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Saying Goodbye: 10 Years, a 19% Annual Return, and 17 Investing Lessons

9 years 7 months and 6 days. This is how much time has passed since I started managing my family’s investment portfolio of US stocks on 26 October 2010. 19.5% versus 12.7%. These are the respective annual returns of my family’s portfolio (without dividends) and the S&P 500 (with dividends) in that period.

As of 31 May 2020

I will soon have to say goodbye to the portfolio. Jeremy Chia (my blogging partner) and myself have co-founded a global equities investment fund. As a result, the lion’s share of my family’s investment portfolio will soon be liquidated so that the cash can be invested in the fund. 

The global equities investment fund will be investing with the same investment philosophy that underpins my family’s portfolio, so the journey continues. But my heart’s still heavy at having to let the family portfolio go. It has been a huge part of my life for the past 9 years 7 months and 6 days, and I’m proud of what I’ve achieved (I hope my parents are too!).

In the nearly-10 years managing the portfolio, I’ve learnt plenty of investing lessons. I want to share them here, to benefit those of you who are reading, and to mark the end of my personal journey and the beginning of a new adventure. I did not specifically pick any number of lessons to share. I’m documenting everything that’s in my head after a long period of reflection. 

Do note that my lessons may not be timeless, because things change in the markets. But for now, they are the key lessons I’ve picked up. 

Lesson 1: Focus on business fundamentals, not macroeconomic or geopolitical developments – there are always things to worry about

My family’s portfolio has many stocks that have gone up multiple times in value. A sample is given below:

Some of them are among the very first few stocks I bought; some were bought in more recent years. But what’s interesting is that these stocks produced their gains while the world experienced one crisis after another.

You see, there were always things to worry about in the geopolitical and macroeconomic landscape since I started investing. Here’s a short and incomplete list (you may realise how inconsequential most of these events are today, even though they seemed to be huge when they occurred):

  • 2010 – European debt crisis; BP oil spill; May 2010 Flash Crash
  • 2011 – Japan earthquake; Middle East uprising
  • 2012 – Potential Greek exit from Eurozone; Hurricane Sandy
  • 2013 – Cyprus bank bailouts; US government shutdown; Thailand uprising
  • 2014 – Oil price collapse
  • 2015 – Crash in Euro dollar against the Swiss Franc; Greece debt crisis
  • 2016 – Brexit; Italy banking crisis
  • 2017 – Bank of England hikes interest rates for first time in 10 years
  • 2018 – US-China trade war
  • 2019 – Australia bushfires; US President impeachment; appearance of COVID-19 in China
  • 2020 (thus far) – COVID-19 becomes global pandemic

The stocks mentioned in the table above produced strong business growth over the years I’ve owned them. This business growth has been a big factor in the returns they have delivered for my family’s portfolio. When I was studying them, my focus was on their business fundamentals – and this focus has served me well.

In a 1998 lecture for MBA students, Warren Buffett was asked about his views on the then “tenuous economic situation and interest rates.“ He responded:

“I don’t think about the macro stuff. What you really want to do in investments is figure out what is important and knowable. If it is unimportant and unknowable, you forget about it. What you talk about is important but, in my view, it is not knowable.

Understanding Coca-Cola is knowable or Wrigley’s or Eastman Kodak. You can understand those businesses that are knowable. Whether it turns out to be important depends where your valuation leads you and the firm’s price and all that. But we have never not bought or bought a business because of any macro feeling of any kind because it doesn’t make any difference.

Let’s say in 1972 when we bought See’s Candy, I think Nixon [referring to former US President, Richard Nixon] put on the price controls a little bit later, but so what! We would have missed a chance to buy something for [US]$25 million that is producing [US]$60 million pre-tax now. We don’t want to pass up the chance to do something intelligent because of some prediction about something we are no good on anyway.”

Lesson 2: Adding to winners work

I’ve never shied away from adding to the winners in my portfolio, and this has worked out well. Here’s a sample, using some of the same stocks shown in the table in Lesson 1.

Adding to winners is hard to achieve, psychologically. As humans, we tend to anchor to the price we first paid for a stock. After a stock has risen significantly, it’s hard to still see it as a bargain. But I’ll argue that it is stocks that have risen significantly over a long period of time that are the good bargains. It’s counterintuitive, but hear me out.

The logic here rests on the idea that stocks do well over time if their underlying businesses do well. So, the stocks in my portfolio that have risen significantly over a number of years are likely – though not always – the ones with businesses that are firing on all cylinders. And stocks with businesses that are firing on all cylinders are exactly the ones I want to invest in. 

Lesson 3: The next Amazon, is Amazon

When I first bought shares of Amazon in April 2014 at US$313, its share price was already more than 200 times higher than its IPO share price of US$1.50 in May 1997. That was an amazing annual return of around 37%.

But from the time I first invested in Amazon in April 2014 to today, its share price has increased by an even more impressive annual rate of 40%. Of course, it is unrealistic to expect Amazon to grow by a further 200 times in value from its April 2014 level over a reasonable multi-year time frame. But a stock that has done very well for a long period of time can continue delivering a great return. Winners often keep on winning.    

Lesson 4: Focus on business quality and don’t obsess over valuation

It is possible to overpay for a company’s shares. This is why we need to think about the valuation of a business. But I think it is far more important to focus on the quality of a business – such as its growth prospects and the capability of the management team – than on its valuation.

If I use Amazon as an example, its shares carried a high price-to-free cash flow (P/FCF) ratio of 72 when I first invested in the company in April 2014. But Amazon’s free cash flow per share has increased by 1,000% in total (or 48% annually) from US$4.37 back then to US$48.10 now, resulting in the overall gain of 681% in its share price.

Great companies could grow into their high valuations. Amazon’s P/FCF ratio, using my April 2014 purchase price and the company’s current free cash flow per share, is just 6.5 (now that’s a value stock!). But there’s no fixed formula that can tell you what valuation is too high for a stock. It boils down to subjective judgement that is sometimes even as squishy as an intuitive feeling. This is one of the unfortunate realities of investing. Not everything can be quantified.   

Lesson 5: The big can become bigger – don’t obsess over a company’s market capitalisation

I’ve yet to mention Mastercard, but I first invested in shares of the credit card company on 3 December 2014 at US$89 apiece. Back then, it already had a huge market capitalisation of around US$100 billion, according to data from Ycharts. Today, Mastercard’s share price is US$301, up more than 200% from my initial investment. 

A company’s market capitalisation alone does not tell us much. It is the company’s (1) valuation, (2) size of the business, and (3) addressable market, that can give us clues on whether it could be a good investment opportunity. In December 2014, Mastercard’s price-to-earnings (P/E) ratio and revenue were both reasonable at around 35 and US$9.2 billion, respectively. Meanwhile, the company’s market opportunity still looked significant, since cashless transactions represented just 15% of total transactions in the world back then.

Lesson 6: Don’t ignore “obvious” companies just because they’re well known

Sticking with Mastercard, it was an obvious company that was already well-known when I first invested in its shares. In the first nine months of 2014, Mastercard had more than 2 billion credit cards in circulation and had processed more than 31.4 billion transactions. Everyone could see Mastercard and know that it was a great business. It was growing rapidly and consistently, and its profit and free cash flow margins were off the charts (nearly 40% for both).

The company’s high quality was recognised by the market – its P/E ratio was high in late 2014 as I mentioned earlier. But Mastercard still delivered a fantastic annual return of around 25% from my December 2014 investment.

I recently discovered a poetic quote by philosopher Arthur Schopenhauer: “The task is… not so much to see what no one has yet seen, but to think what nobody has yet thought, about that which everyone sees.” This is so applicable to investing.

Profitable investment opportunities can still be found by thinking differently about the data that everyone else has. It was obvious to the market back in December 2014 that Mastercard was a great business and its shares were valued highly because of this. But by thinking differently – with a longer-term point of view – I saw that Mastercard could grow at high rates for a very long period of time, making its shares a worthy long-term investment. From December 2014 to today, Mastercard’s free cash flow per share has increased by 158% in total, or 19% per year. Not too shabby.   

Lesson 7: Be willing to lose sometimes

We need to take risks when investing. When I first invested in Shopify in September 2016, it had a price-to-sales (P/S) ratio of around 12, which is really high for a company with a long history of making losses and producing meagre cash flow. But Shopify also had a visionary leader who dared to think and act long-term. Tobi Lütke, Shopify’s CEO and co-founder, penned the following in his letter to investors in the company’s 2015 IPO prospectus (emphases are mine):

“Over the years we’ve also helped foster a large ecosystem that has grown up around Shopify. App developers, design agencies, and theme designers have built businesses of their own by creating value for merchants on the Shopify platform. Instead of stifling this enthusiastic pool of talent and carving out the profits for ourselves, we’ve made a point of supporting our partners and aligning their interests with our own. In order to build long-term value, we decided to forgo short-term revenue opportunities and nurture the people who were putting their trust in Shopify. As a result, today there are thousands of partners that have built businesses around Shopify by creating custom apps, custom themes, or any number of other services for Shopify merchants.

This is a prime example of how we approach value and something that potential investors must understand: we do not chase revenue as the primary driver of our business. Shopify has been about empowering merchants since it was founded, and we have always prioritized long term value over short-term revenue opportunities. We don’t see this changing…

… I want Shopify to be a company that sees the next century. To get us there we not only have to correctly predict future commerce trends and technology, but be the ones that push the entire industry forward. Shopify was initially built in a world where merchants were simply looking for a homepage for their business. By accurately predicting how the commerce world would be changing, and building what our merchants would need next, we taught them to expect so much more from their software.

These underlying aspirations and values drive our mission: make commerce better for everyone. I hope you’ll join us.”       

Shopify was a risky proposition. But it paid off handsomely. In investing, I think we have to be willing to take risks and accept that we can lose at times. But failing at risk-taking from time to time does not mean our portfolios have to be ruined. We can take intelligent risks by sizing our positions appropriately. Tom Engle is part of The Motley Fool’s investing team in the US. He’s one of the best investors the world has never heard of. When it comes to investing in risky stocks that have the potential for huge returns, Tom has a phrase I love: “If it works out, a little is all you need; if it doesn’t, a little is all you want.” 

I also want to share a story I once heard from The Motley Fool’s co-founder Tom Gardner. Once, a top-tier venture capital firm in the US wanted to improve the hit-rate of the investments it was making. So the VC firm’s leaders came up with a process for the analysts that could reduce investing errors. The firm succeeded in improving its hit-rate (the percentage of investments that make money). But interestingly, its overall rate of return became lower. That’s because the VC firm, in its quest to lower mistakes, also passed on investing in highly risky potential moonshots that could generate tremendous returns.

The success of one Shopify can make up for the mistakes of many other risky bets that flame out. To hit a home run, we must be willing to miss at times.  

Lesson 8: The money is made on the holding, not the buying and selling

My family’s investment portfolio has over 50 stocks. It’s a collection that was built steadily over time, starting with the purchase of just six stocks on 26 October 2010. In the 9 years, 7 months and 6 days since, I’ve only ever sold two stocks voluntarily: (1) Atwood Oceanics, an owner of oil rigs; and (2) National Oilwell Varco, a supplier of parts and equipment that keep oil rigs running. Both stocks were bought on 26 October 2010.

David Gardner is also one of the co-founders of The Motley Fool (Tom Gardner is his brother). There’s something profound David once said about portfolio management that resonates with me:

“Make your portfolio reflect your best vision for our future.” 

The sales of Atwood Oceanics and National Oilwell Varco happened because of David’s words. Part of the vision I have for the future is a world where our energy-needs are met entirely by renewable sources that do not harm the precious environment we live in. For this reason, I made the rare decision to voluntarily part ways with Atwood Oceanics and National Oilwell Varco in September 2016 and June 2017, respectively.

My aversion to selling is by design – because I believe it strengthens my discipline in holding onto the winners in my family’s portfolio. Many investors tend to cut their winners and hold onto their losers. Even in my earliest days as an investor, I recognised the importance of holding onto the winners in driving my family portfolio’s return. Being very slow to sell stocks has helped me hone the discipline of holding onto the winners. And this discipline has been a very important contributor to the long run performance of my family’s portfolio.

The great Charlie Munger has a saying that one of the keys to investing success is “sitting on your ass.” I agree. Patience is a virtue. And talking about patience… 

Lesson 9: Be patient – some great things take time

Some of my big winners needed only a short while before they took off. But there are some that needed significantly more time. Activision Blizzard is one such example. As I mentioned earlier, I invested in its shares in October 2010. Then, Activision Blizzard’s share price went nowhere for more than two years before it started rocketing higher.

Peter Lynch once said: “In my investing career, the best gains usually have come in the third or fourth year, not in the third or fourth week or the third or fourth month.” The stock market does not move according to our own clock. So patience is often needed.

Lesson 10: Management is the ultimate source of a company’s economic moat

In my early days as an investor, I looked for quantifiable economic moats. These are traits in a company such as (1) having a network effect, (2) being a low-cost producer, (3) delivering a product or service that carries a high switching cost for customers, (4) possessing intangible assets such as intellectual property, and (5) having efficient scale in production. 

But the more I thought about it, the more I realised that a company’s management team is the true source of its economic moat, or lack thereof.

Today, Netflix has the largest global streaming audience with a pool of 183 million subscribers around the world. Having this huge base of subscribers means that Netflix has an efficient scale in producing content, because the costs can be spread over many subscribers. Its streaming competitors do not have this luxury. But this scale did not appear from thin air. It arose because of Netflix’s CEO and co-founder, Reed Hastings, and his leadership team.

The company was an early pioneer in the streaming business when it launched its streaming service in 2007. In fact, Netflix probably wanted to introduce streaming even from its earliest days. Hastings said the following in a 2007 interview with Fortune magazine: 

“We named the company Netflix for a reason; we didn’t name it DVDs-by-mail. The opportunity for Netflix online arrives when we can deliver content to the TV without any intermediary device.”

When Netflix first started streaming, the content came from third-party producers. In 2013, the company launched its first slate of original programming. Since then, Netflix has ramped up its original content budget significantly. The spending has been done smartly, as Netflix has found plenty of success with its original programming. For instance, in 2013, the company became the first streaming provider to be nominated for a primetime Emmy. And in 2018 and 2019, the company snagged 23 and 27 Emmy wins, respectively.  

A company’s current moat is the result of management’s past actions; a company’s future moat is the result of management’s current actions. Management is what creates the economic moat.

Lesson 11: Volatility in stocks is a feature, not a bug

Looking at the table in Lesson 1, you may think that my investment in Netflix was smooth-sailing. It’s actually the opposite. 

I first invested in Netflix shares on 15 September 2011 at US$26 after the stock price had fallen by nearly 40% from US$41 in July 2011. But the stock price kept declining afterward, and I bought more shares at US$16 on 20 March 2012. More pain was to come. In August 2012, Netflix’s share price bottomed at less than US$8, resulting in declines of more than 70% from my first purchase, and 50% from my second.  

My Netflix investment was a trial by fire for a then-young investor – I had started investing barely a year ago before I bought my first Netflix shares. But I did not panic and I was not emotionally affected. I already knew that stocks – even the best performing ones – are volatile over the short run. But my experience with Netflix drove the point even deeper into my brain.

Lesson 12: Be humble – there’s so much we don’t know

My investment philosophy is built on the premise that a stock will do well over time if its business does well too. But how does this happen?

In the 1950s, lawmakers in the US commissioned an investigation to determine if the stock market back then was too richly priced. The Dow (a major US stock market benchmark) had exceeded its peak seen in 1929 before the Great Depression tore up the US market and economy. Ben Graham, the legendary father of value investing, was asked to participate as an expert on the stock market. Here’s an exchange during the investigation that’s relevant to my discussion:

Question to Graham: When you find a special situation and you decide, just for illustration, that you can buy for 10 and it is worth 30, and you take a position, and then you cannot realize it until a lot of other people decide it is worth 30, how is that process brought about – by advertising, or what happens?

Graham’s response: That is one of the mysteries of our business, and it is a mystery to me as well as to everybody else. We know from experience that eventually the market catches up with value. It realizes it in one way or another.”   

More than 60 years ago, one of the most esteemed figures in the investment business had no idea how stock prices seemed to eventually reflect their underlying economic values. Today, I’m still unable to find any answer. If you’ve seen any clues, please let me know! This goes to show that there’s so much I don’t know about the stock market. It’s also a fantastic reminder for me to always remain humble and be constantly learning. Ego is the enemy.  

Lesson 13: Knowledge compounds, and read outside of finance

Warren Buffett once told a bunch of students to “read 500 pages… every day.” He added, “That’s how knowledge works. It builds up, like compound interest. All of you can do it, but I guarantee not many of you will do it.” 

I definitely have not done it. I read every day, but I’m nowhere close to the 500 pages that Buffett mentioned. Nonetheless, I have experienced first hand how knowledge compounds. Over time, I’ve been able to connect the dots faster when I analyse a company. And for companies that I’ve owned shares of for years, I don’t need to spend much time to keep up with their developments because of the knowledge I’ve acquired over the years.

Reading outside of finance has also been really useful for me. I have a firm belief that investing is only 5% finance and 95% everything else. Reading about psychology, society, history, science etc. can make us even better investors than someone who’s buried neck-deep in only finance books. Having a broad knowledge base helps us think about issues from multiple angles. This brings me to Arthur Schopenhauer’s quote I mentioned earlier in Lesson 6:  “The task is… not so much to see what no one has yet seen, but to think what nobody has yet thought, about that which everyone sees.”

Lesson 14: The squishy things matter

Investing is part art and part science. But is it more art than science? I think so. The squishy, unquantifiable things matter. That’s because investing is about businesses, and building businesses involves squishy things.

Jeff Bezos said it best in his 2005 Amazon shareholders’ letter (emphases are mine):

As our shareholders know, we have made a decision to continuously and significantly lower prices for customers year after year as our efficiency and scale make it possible. This is an example of a very important decision that cannot be made in a math-based way.

In fact, when we lower prices, we go against the math that we can do, which always says that the smart move is to raise prices. We have significant data related to price elasticity. With fair accuracy, we can predict that a price reduction of a certain percentage will result in an increase in units sold of a certain percentage. With rare exceptions, the volume increase in the short term is never enough to pay for the price decrease.

However, our quantitative understanding of elasticity is short-term. We can estimate what a price reduction will do this week and this quarter. But we cannot numerically estimate the effect that consistently lowering prices will have on our business over five years or ten years or more.

Our judgment is that relentlessly returning efficiency improvements and scale economies to customers in the form of lower prices creates a virtuous cycle that leads over the long term to a much larger dollar amount of free cash flow, and thereby to a much more valuable Amazon.com. We’ve made similar judgments around Free Super Saver Shipping and Amazon Prime, both of which are expensive in the short term and—we believe—important and valuable in the long term.”

On a related note, I was also attracted to Shopify when I came across Tobi Lütke’s letter to investors that I referenced in Lesson 7. I saw in Lütke the same ability to stomach short-term pain, and the drive toward producing long-term value, that I noticed in Bezos. This is also a great example of how knowledge compounds. 

Lesson 15: I can never do it alone

Aaron Bush is one of the best investors I know of at The Motley Fool, and he recently created one of the best investing-related tweet-storms I have seen. In one of his tweets, he said: “Collaboration can go too far. Surrounding yourself with a great team or community is critical, but the moment decision-making authority veers democratic your returns will begin to mean-revert.” 

I agree with everything Aaron said. Investment decision-making should never involve large teams. But at the same time, having a community or team around us is incredibly important for our development; their presence enables us to view a problem from many angles, and it helps with information gathering and curation.

I joined one of The Motley Fool’s investment newsletter services in 2010 as a customer. The service had wonderful online forums and this dramatically accelerated my learning curve. In 2013, I had the fortune to join an informal investment club in Singapore named Kairos Research. It was founded by Stanley Lim, Cheong Mun Hong, and Willie Keng. They are also the founders of the excellent Asia-focused investment education website, Value Invest Asia. I’ve been a part of Kairos since and have benefited greatly. I’ve made life-long friends and met countless thoughtful, kind, humble, and whip-smart people who have a deep passion for investing and knowledge. The Motley Fool’s online forums and the people in Kairos have helped me become a better human being and investor over the years.   

I’ve also noticed – in these group interactions – that the more I’m willing to give, the more I receive. Giving unconditionally and sincerely without expecting anything in return, paradoxically, results in us having more. Giving is a superpower. 

Lesson 16: Be honest with myself about what I don’t know

When we taste success in the markets, it’s easy for ego to enter the picture. We may look into the mirror and proclaim: “I’m a special investor! I’ve been great at picking growth stocks – this knowledge must definitely translate to trading options, shorting commodities, and underwriting exotic derivatives. They, just like growth stocks, are all a part of finance, isn’t it?” 

This is where trouble comes. The entrance of ego is the seed of future failure. In the biography of Warren Buffett, The Snowball: Warren Buffett and the Business of Life, author Alice Schroeder shared this passage about Charlie Munger:

“[Munger] dread falling prey to what a Harvard Law School classmate of his had called “the Shoe Button Complex.”

“His father commuted daily with the same group of men,” Munger said. “One of them had managed to corner the market in shoe buttons – a really small market, but he had it all. He pontificated on every subject, all subjects imaginable. Cornering the market on shoe buttons made him an expert on everything. Warren and I have always sensed it would be a big mistake to behave that way.”

The Shoe Button Complex can be applied in a narrower sense to investing too. Just because I know something about the market does not mean I know everything. For example, a few years after I invested in Atwood Oceanics and National Oilwell Varco, I realised I was in over my head. I have no ability to predict commodity prices, but the business-health of the two companies depends on the price of oil. Since I came to the realisation, I have stayed away from additional commodity-related companies. In another instance, I know I can’t predict the movement of interest rates, so I’ve never made any investment decision that depended on interest rates as the main driver. 

Lesson 17: Be rationally optimistic

In Lesson 1, I showed that the world had lurched from one crisis to another over the past decade. And of course, we’re currently battling COVID-19 now. But I’m still optimistic about tomorrow. This is because one key thing I’ve learnt about humanity is that our progress has never happened smoothly. It took us only 66 years to go from the first demonstration of manned flight by the Wright brothers at Kitty Hawk to putting a man on the moon. But in between was World War II, a brutal battle across the globe from 1939 to 1945 that killed an estimated 66 million, according to National Geographic. 

This is how progress is made, through the broken pieces of the mess that Mother Nature and our own mistakes create. Morgan Housel has the best description of this form of rational optimism that I’ve come across: 

“A real optimist wakes up every morning knowing lots of stuff is broken, and more stuff is about to break.

Big stuff. Important stuff. Stuff that will make his life miserable. He’s 100% sure of it.

He starts his day knowing a chain of disappointments awaits him at work. Doomed projects. Products that will lose money. Coworkers quitting. He knows that he lives in an economy due for a recession, unemployment surely to rise. He invests his money in a stock market that will crash. Maybe soon. Maybe by a lot. This is his base case.

He reads the news with angst. It’s a fragile world. Every generation has been hit with a defining shock. Wars, recessions, political crises. He knows his generation is no different.

This is a real optimist. He’s an optimist because he knows all this stuff does not preclude eventual growth and improvement. The bad stuff is a necessary and normal path that things getting better over time rides on. Progress happens when people learn something new. And they learn the most, as a group, when stuff breaks. It’s essential.

So he expects the world around him to break all the time. But he knows – as a matter of faith – that if he can survive the day-to-day fractures, he’ll capture the up-and-to-the-right arc that learning and hard work produces over time.”

To me, investing in stocks is, at its core, the same as having faith in the long-term potential of humanity. There are 7.8 billion individuals in the world today, and the vast majority of us will wake up every morning wanting to improve the world and our own lot in life – this is ultimately what fuels the global economy and financial markets. Miscreants and Mother Nature will wreak havoc from time to time. But I have faith in the collective positivity of humanity. When there’s a mess, we can clean it up. This has been the story of our long history – and the key driver of the return my family’s portfolio has enjoyed immensely over the past 9 years, 7 months, and 6 days.

My dear portfolio, goodbye.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. I, the author, will be making sell-trades on the stocks mentioned in this article over the coming weeks.

Still More Of The Latest Thoughts From American Technology Companies On AI (2026 Q2)

A collection of quotes on artificial intelligence, or AI, from the management teams of US-listed technology companies in the 2026 Q2 earnings season.

Last month, I published Even More Of The Latest Thoughts From American Technology Companies On AI (2026 Q2). In it, I shared commentary in earnings conference calls for the first quarter of 2026, from the leaders of technology companies that I follow or have a vested interest in, on the topic of AI and how the technology could impact their industry and the business world writ large. 

A few more technology companies I’m watching hosted earnings conference calls for 2026’s second quarter after I prepared the article. The leaders of these companies also had insights on AI that I think would be useful to share. This is an ongoing series. For the older commentary:

With that, here are the latest commentary, in no particular order:

Adobe (NASDAQ: ADBE)

In the Business Professionals and Consumers group, Adobe’s management is attempting to transform Acrobat from a leading PDF tool into an AI-powered document productivity platform; more than 400 billion PDFs are opened with Acrobat annually; management believes integrating AI into Adobe’s products will help customers realise the value of AI faster; Acrobat’s capabilities are integrated into major platforms including ChatGPT, Chrome, Claude, and Whatsapp; management recently announced major advances in Acrobat, powered by the Adobe Productivity Agent, that helps users understand information better and create work easily

Our differentiation is grounded in a deep understanding of the PDF format and three decades of document expertise to transform Acrobat from the world’s leading PDF tool into a comprehensive document productivity platform powered by AI. Today, people open more than 400 billion PDFs with Acrobat every year to read, edit and create content. By integrating AI deeply into our products, we are helping customers realize the value of AI faster, more accurately, securely and cost efficiently. We’re meeting users wherever they work and expanding our reach across the digital ecosystem by extending Acrobat’s capabilities to major platforms including ChatGPT, Chrome, Claude, Microsoft Edge and WhatsApp…

… Yesterday, we announced significant advances in Acrobat, powered by the Adobe Productivity Agent, that help people and teams understand the information in their documents faster, create polished work more easily and access trusted knowledge at scale. Acrobat now turns complex documents into visually rich interactive reports and summary slides, as well as audio formats like personal podcasts, enabling users to quickly absorb key insights. New features like Knowledge Base and Analyzer empower teams to ask questions across massive document collections and surface structured insights from thousands of files. This unlocks the value of existing organizational knowledge, driving smarter, faster decision-making at scale, all with enterprise-grade governance, security, trust and compliance. 

In the Creators & Creative Professionals group, Adobe’s differentiation lies in its deep domain expertise across media types; management is delivering personalised value to users with agentic AI with Firefly and Creative Cloud; Adobe offers intelligent routing to the best models for users’ needs; management has expanded the Adobe Creative Agent to additional Creative Cloud flagship apps; Adobe now has a new AI Assisted Editor in beta mode for users of its generative tools; management recently added native generation of music, speech and sound effects to Adobe Firefly; management recently released new creative skills and tools for social creators and solopreneurs; management recently enhanced Firefly AI Assistant’s personalisation and context-awareness; management recently added Adobe Firefly Graph Enterprise Edition and Firefly Creative Production Enterprise Edition to Firefly Enterprise; management recently added a new Simulate feature in Adobe Brand Intelligence to predict campaign performance before the content goes live; Disney Imagineering will be integrating Firefly Foundry for its theme park design toolkit; management is seeing a lot of usage in video generation in Firefly

Our differentiation is rooted in our deep domain expertise across media types, including imaging, design, video, photography, illustration, animation and 3D and complemented by our depth of intelligence across creative workflows. With Firefly and Creative Cloud, Adobe is reinventing creative software with agentic AI to deliver immediate, personalized value— meeting users where they are, with tools and agents that adapt to their needs. Adobe remains committed to delivering intuitive, context-aware experiences that honor creative craft, accelerate creative velocity and ensure that the next generation of Creators can thrive in an ever-changing world. Adobe’s strategy is to offer customers choice as well as intelligent routing to use the best models for their needs, fully integrated in Adobe applications, eliminating the friction of switching between workflows and platforms.

The Adobe Creative Agent empowers customers by handling the orchestration and execution of complex, repetitive creative workflows. We expanded the Adobe Creative Agent to additional Creative Cloud flagship apps, including Photoshop and Premiere, extending conversational, agentic workflows deeper into our professional applications.  

We also introduced several innovations in Photoshop, giving professionals more choice and control at every stage of the creative process. This includes a new AI Assisted Editor, now in beta, offering customers the option of using a dedicated interface and natural-language prompt bar alongside our generative tools powered by leading AI models. 

Adobe Firefly is the all-in-one creative AI studio for the next generation of Creators. In Q3, we added native generation of music, speech and sound effects, bringing commercially safe AI audio to creative workflows. We released new creative skills and tools like Create Storyboard and Create Brand Kit, purpose built for social creators and solopreneurs, along with additional enhancements that help make Firefly AI Assistant more personalized and context-aware over time…

…Firefly Enterprise, spanning Firefly Services, Adobe Firefly Foundry and Adobe Brand Intelligence, helps the world’s largest brands industrialize content production with brand safe custom models. In July, we expanded Firefly Enterprise with Adobe Firefly Graph Enterprise Edition and Firefly Creative Production Enterprise Edition, giving businesses reusable, nodebased creative workflows and mass-scale production capabilities, alongside a new Simulate feature in Adobe Brand Intelligence that predicts campaign performance before content goes live. We announced that Disney Imagineering is integrating Firefly Foundry into its theme park design toolkit, bringing Disney stories, characters and experiences to life in Parks faster than ever…

…If you look at the amount of innovation that is going into Firefly, it is magical. Video in particular, you are seeing a lot of usage of video, so that certainly helps across that.  

Adobe recently acquired Topaz Labs; Topaz Labs adds state-of-the-art AI enhancement models to the Adobe Firefly, Firefly Services, and Creative Cloud apps; Topaz Labs has over a million users; Topaz Labs’ AI technology has won an Emmy Award; Adobe’s management will integrate Topaz Labs’ technology across Adobe’s creative AI portfolio; management expects the deal to close in 2026 Q3 (FY2026 Q4); some of Adobe’s customers are also Topaz customers and they have been praising Topaz

We announced our agreement to acquire Topaz Labs, which would add state-of-the-art AI enhancement models in Adobe Firefly, Firefly Services and Creative Cloud apps, providing Creators, designers, video professionals, photographers and enterprises the tools to achieve exceptional quality across every format and workflow. With over a million users, Topaz Labs and its Emmy Award-winning AI technology will be integrated across Adobe’s creative AI portfolio, enabling customers to enhance footage, restore and remaster archival content, and blend AI-generated and traditionally captured content into seamless final productions. We expect the transaction to close in Q4, subject to regulatory approvals and other customary closing conditions…

…A number of our customers have been using our technology along with Topaz. We had a lot of great feedback on them from our customers.

Under the Creators & Creative Professionals group AI credit consumption is accelerating sequentially in 2026 Q2 (FY2026 Q3) across Creative Cloud and Firefly; Firefly’s ending ARR in 2026 Q2 (FY2026 Q3) was up 40% sequentially (was nearly $300 million in 2026 Q1); under the Marketing Professionals group, ending ARR was up 20% year-on-year in 2026 Q2 (FY2026 Q3) for each of AEM & agentic web apps, Adobe GenStudio and AEP & apps  

Additional Creators and Creative Professionals highlights include:

  • Creative freemium MAU now surpassing 100 million and growing over 70% year over year;
  • Intensity of AI usage continues with credit consumption accelerating quarter on quarter, across Creative Cloud and the Firefly App;
  • Firefly ending ARR across Firefly App and Firefly credit packs grew 40% quarter over quarter;
  • Enterprise wins this quarter include Academy Sports, Disney, Jet2, Perficient, Premier League, Publicis, Tennis Australia and T-Mobile…

…Additional Marketing Professionals highlights included:

  • Ending ARR growth of over 20% year over year for each of AEM & agentic web apps, Adobe GenStudio and AEP & apps;…
  • …Q3 industry analyst recognition, being named the top leader in two Forrester Waves: including Customer Data Platforms for B2C and Experience Optimization Solutions, as well as two IDC Marketscapes for Worldwide AI-Enabled Customer Data Platforms for B2B Users and B2C Users; 
  • Global enterprise customer wins in Q3 included Academy Sports, Alpine Racing, BNP Paribas, Humana, IKEA, Jet2, Marriott, MSC Cruises, Publicis, Royal Bank of Canada, Vanguard and Wells Fargo. 

Adobe’s management’s recently delivered the first unified brand visibility solution, Adobe Brand Visibility, by combining Semrush’s AI visibility intelligence with Adobe’s agentic content optimization capabilities; Adobe Brand Visibility can tap on Adobe’s database of nearly 300 million real-world AI search prompts; Adobe Brand Visibility is seeing tremendous interest from brands to understand how they are showing up across leading AI platforms; management recently introduced GenStudio for Commerce Media Networks for retailers to provide self-serve, on-brand creative for advertising partners; management recently expanded Adobe Brand Intelligence so users can predict audience reactions to content before it goes live; CX Enterprise Coworker was recently made generally available; CX Enterprise Coworker coordinates AI agents and workflows across analytics, content creation and journey orchestration; CX Enterprise Coworker already has 1,700 customers and early adopters

In Q3, we delivered the first unified brand visibility solution bringing together Semrush’s AI visibility intelligence with Adobe’s agentic content optimization capabilities, grounded in a deep understanding of business and brand context. Adobe Brand Visibility is a comprehensive solution for Generative Engine Optimization that combines the industry-leading capabilities of Adobe LLM Optimizer with Semrush’s AI Optimization. We’re seeing tremendous customer interest in tapping our database of nearly 300 million real-world AI search prompts to understand how their brands are showing up across leading platforms such as ChatGPT, Google AI Mode, Microsoft Copilot and Perplexity AI. 

At the Cannes Lions International Festival of Creativity in June, we introduced a major expansion of Adobe GenStudio to help brands meet customers wherever they are in the moment of purchase, in a stream or in a scroll. GenStudio for Commerce Media Networks gives retailers a way to attract advertising partners with self-serve, on-brand creative built directly from product listings and category context. We also expanded Adobe Brand Intelligence capabilities so marketing teams can preview how content will resonate with audiences before it ever goes live. This is what an agentic content supply chain demands, at the speed our customers need. 

We are seeing tremendous customer interest in CX Enterprise Coworker, the specialized AI agent in CX Enterprise that autonomously executes complex marketing and customer engagement workflows. CX Enterprise Coworker, which became generally available in June, meets marketers where they are, embedding agentic intelligence directly into the engagement lifecycle, offering choice and control while enabling teams to act faster, scale personalization, and continuously optimize outcomes. CX Enterprise Coworker synthesizes insights from Adobe and third-party applications, while coordinating AI agents and workflows across analytics, content creation and journey orchestration. Early customer interest is strong with over 1,700 customers and early adopters of CX Enterprise Coworker. 

Adobe’s management is seeing customers look for 4 things in agentic software, namely, (1) a user interface of their choice, (2) model flexibility, (3) connection to their enterprise data so that there’s no hallucination, and (4) the ability to realise the value of the software

What I hear is when they look for agentic software, what they mean by that is they are looking for, one, the product architecture, the product architecture evolving so that people can use the user interface of their choice, whether it is conversational or a traditional interface, that could be ChatGPT or a cloud or a Copilot, along with the functionality they get from Adobe. We are making that possible, as you have seen our announcements across creativity, across productivity, as well as the CX announcements like the Adobe Marketing Agent. We are making that possible through other interfaces as well as our own, like we are doing with our apps as well.

Second, they are looking for model flexibility. They’re looking to make sure that they can have access to the best models available and that we, as the provider of the agentic software, are matching the best model available to the best task and making it easy for users. That’s something that we are doing extremely well, with the Adobe Creative Agent we talked about and the Adobe Productivity Agent as well. 

Then they’re looking to make sure that the apps are using their enterprise data and context so that there’s no hallucination, that they get usable results, and that they get predictability out of the use of AI. That’s something that we are doing really well with, for example, the CX Enterprise Coworker we talked about, because that’s built on top of the Adobe Experience Platform, where we serve over 1 trillion experiences every year.

Then they’re looking for value. They’re looking to make sure that the provider of agentic software is helping them realize the full value of this software, bringing it all together across all of the complexity of AI and software. That’s what we’re doing with the growth we’re seeing across our forward -deployed engineering and our value -realization teams.

Adobe’s management sees a wide variety of pricing models for its AI products

[Question] One question we get a lot is you kind of meet customers where they are or how they want to consume in terms of how you monetize AI across either Creative Cloud, Acrobat, or your enterprise products, and that is through bundled credits, credit packs, premium tiers, per-seat pricing. There is also usage-based contracts. Over time, which pricing model do you expect to become the primary driver of AI revenue?

[Answer] It really depends on what exactly they are doing, what are they trying to get done, what is their skill level, what they are doing it in the context of. So that can vary based on whether they are individuals or enterprise customers and so on. So it really then starts to focus on what they are actually doing with it. So we are happy to work with, say, for example, something like Microsoft Copilot in the enterprise to ChatGPT for consumers and so on, and making sure that they are getting value and driving up that intensity of usage and the engagement. Beyond that, depending on the product area, once we have the value, we can map it to the monetization that Shantanu talked about, which helps us with better segmentation, understanding what the segments are, and how they are getting value. So we have a wide variety of ways, as you pointed out, to monetize that, and we are going to be applying that both based on the context of the customer and the context of what they are doing.

MongoDB (NASDAQ: MDB)

Enterprise Advanced (EA) revenue growth was 36% year-on-year in 2026 Q2 (FY2027 Q2); the strength in EA was widespread across MongoDB’s installed base; when management brought search and vector search to EA, demand for EA came in immediately from customers who want to build AI in their own self-managed environments; a US bank was an existing customer of EA and recently started using EA for GenAI and semantic search; AI self-managed use cases represent net new demand for MongoDB, while hybrid development opens the door to Atlas for existing EA customers; the introduction of AI features in EA was driven by customer requests

EA and other had a standout quarter, growing 36% year-over-year due to widespread strength driven by our run anywhere capabilities…

…Turning to Enterprise Advanced, this quarter’s strength was widespread across our install base, particularly within financial services, tech, and the public sector. Two patterns in how customers are using EA stand out, and both point to why this business is strategic for us.

The first is AI in governed, self-managed environments. This quarter, we brought search and vector search to EA, closing a gap between our cloud and self-managed experiences. Demand came in immediately and across industries from customers looking to take a consolidated approach to building AI in their own governed, self-managed environments. A major U.S. bank shows what that looks like in practice. EA already serves as the standardized data platform for more than 100 production applications across payments, fraud detections, document processing, customer and account services. This quarter, that bank extended that same environment to GenAI and semantic search for employee advisors, chatbots, product search, and document intelligence. By bringing operational data, search, and vector retrieval together, self-managed with EA, they keep sensitive customer and conversational data inside their own governed environment without sending up separate systems. That gives them a practical foundation to expand AI across the bank on the same platform already running their most critical operations…

…Bringing AI self-managed opens net new demand for us, and hybrid deployment often means that the strong EA estate opens the door to net new Atlas conversations within the same customers…

…The reason we invested in EA roadmap that we outlined, and it is nice to see it is working out, is that customers said to us, many customers, even in my early days, that you must invest in EA. If EA gets to being AI-ready with search, vector search and so on, they are asking, “Hey, can we also make Voyage AI available in a self-managed type of an environment?” That was very customer-driven, and we are meeting customers where they are.

Voyage’s customer count was up nearly 100% sequentially in 2026 Q2 (FY2027 Q2); Atlas Vector Search adoption  is outpacing growth in the rest of MongoDB; Atlas Vector Search’s performance is a sign of strong early momentum in AI workloads; financial services, healthcare, technology, and AI native companies are increasingly choosing MongoDB to run AI workloads; Voyage’s embedding and reranking models are consistently at the top of leaderboards; management recently brought automated Voyage embeddings to Atlas; management recently launched Voyage Code 4, a coding model; management recently shipped a new reranking API for Voyage; some of Atlas’s largest existing customers are starting to use Voyage for AI use cases, while a large number of new Voyage customers are AI natives that are new to MongoDB; Voyage grew its customers by around 100% sequentially for the 2nd consecutive quarter in 2026 Q2 (FY2027 Q2); Claude Code and Codex are driving developer referrals to Voyage; coding agents love Voyage; there is low awareness that Voyage is part of MongoDB, but once customers realise this, they start to also look at Atlas

Voyage customer count nearly doubled quarter-over-quarter, and Atlas Vector Search adoption continues to outpace the growth of the rest of the company, showing our strong early momentum for AI workloads…

…Enterprises across financial services, healthcare, tech, are running their most demanding mission-critical workloads on MongoDB, and we are winning more workloads each quarter. Increasingly, these same enterprises, as well as AI natives, are choosing our platform for AI workloads, evidenced by the adoption of Atlas Vector Search and Voyage AI embeddings…

…We are also seeing strong traction with Voyage, our embedding and reranking models, which consistently rank at the top of independent leaderboards. In August, we brought automated Voyage embeddings to Atlas for one-click vector search setup, launched Voyage Code 4, a model purpose-built for code, and shipped an upgraded reranking API, all keeping Atlas retrieval accuracy for AI ahead of the market. 

Voyage traction is showing up on both ends of the market. Some of our largest existing Atlas customers are beginning to adopt Voyage for AI use cases, while a large majority of new Voyage customers are AI natives and have no prior relationship to MongoDB…

…Within Atlas, Voyage customers roughly doubled quarter- over- quarter for the second consecutive quarter, continuing the encouraging signs of the demand for our AI embedding capabilities…

…When I look at the names of the kind of customers we are getting, whether they are in San Francisco Bay Area, whether they are large enterprise, whether they are in London or Tel Aviv, or Seattle, they tend to be driven by AI workloads. When the team did analysis on where is the referral for our Voyage is coming, as you would have imagined, most of this referral is coming via coding agents. Number one, Claude, and number two, Codex is driving most of the referral traffic for Voyage…

…Coding agents love Voyage. They are recommending us, and we are getting this new customer cohort…

…The awareness is low, that Voyage is actually coming from MongoDB. This customer told me, “Oh, we love Voyage. We are using Voyage.” I said, “You know that is a MongoDB product.” They are like, “Oh, we did not know that.” Okay, then we should now look at Atlas because you have Atlas auto-embeddings.

MongoDB’s management thinks it’s natural for customers whose data are already on MongoDB to build agentic workflows on top of the data; MongoDB’s platform have important features for AI, such as search, vector search, and embeddings, that are built in; management is seeing different industries utilise MongoDB for a range of AI use cases; management is seeing a growing number of AI workloads reach production; MongoDB is starting to see some benefit from AI but it’s still small; the AI workloads management is seeing on MongoDB are mostly for customer-facing workloads; one of MongoDB’s bank customers told management that they think vectors should be integrated into the data layer, which is to MongoDB’s advantage; a media company which is a big vector search customer, had its agents realise that semantic queries need to be within an operational data layer; Eleven Labs, an AI native that continues to scale well with MongoDB, thinks it’s important that vector is being embedded in a database

For customers that already run large part of their data estate on MongoDB, building an agent on top of that data is a natural extension because the data an agent actually needs is live operational data, not a stale copy sitting in a warehouse. Search, vector search, and embeddings are built in, not bolted on, so rather than agents connecting to many separate systems, they connect to one platform. We are seeing this show up across industries in a range of use cases, whether it is retrieval of internal knowledge, customer-facing chatbots and agents, or fraud and identity workflows. It is still early, but we are seeing more of these workloads reach production, such as the Financial Times…

…We have started to see some benefit from AI, even though it is small, but we are excited about the momentum, and we do expect consumption to continue to be consistent with what we have seen during the first half of the year…

… What I’m seeing is initially, say you are a wealth manager at a bank and there are lots and lots of knowledge base articles that you want to vectorize, use our embeddings, and then use as a chatbot for folks that are doing wealth management and talking to clients real-time. That is one very specific example where a particular large bank is using MongoDB. There are also other examples where because there are lots and lots of documents, employee-facing use cases where knowledge base articles so that employees can leverage, do a search, because now search is fully integrated into the operational data and documents get loaded, and then embeddings make the vectorization better. That will be another large enterprise example where we are seeing use cases. But the clarity that I got was that it was almost always, “Hey, we want to use MongoDB where the scale matters on the agents that we are trying to create for our customer-facing activities,” whatever the customer-facing activities are. We are not seeing early traction with, “Hey, I created a co-pilot kind of a thing that appeals to a couple of hundred employees.”…

…These are millions of agents in production that are doing something that is customer-facing, and they would say, “We want to use MongoDB for scale, performance, and of course, run anywhere,” and that’s where you’re using it…

…This large bank told me that based on their testing, they believe that vectors should be integrated fully in the operational data layer, and MongoDB doing that was seen as a huge advantage…

…Even a large media company, which became one of our biggest vector search customer, that was driven by an agent trying to do the semantic query and figuring it out. Okay, if this is an operational data layer, then it just works…

…We are seeing that even in AI native cohort, that vector being part of the database is received really, really well. One of the examples I shared, last quarter, ElevenLabs, which continues to scale nicely with MongoDB, they see that as a huge advantage of vector being embedded.

The Financial Times is using MongoDB for AI-driven discovery; the Financial Times is using Vector Search and Voyage AIto build a hybrid full text and semantic search solution; the Financial Times has used the Voyage-4 and Voyage-4-lite models to significantly cut retrieval costs with minimal performance impact; the time-to-value for the Financial Times in using MongoDB is measured in weeks

It is still early, but we are seeing more of these workloads reach production, such as the Financial Times, which leverages us to power AI-driven discovery, reaching millions of readers with interactive experiences at scale. With Vector Search and Voyage AI, the Financial Times now unifies their operational data and vector embeddings on a single platform, building a hybrid full text and semantic search solution, eliminating the complexity of syncing separate systems and accelerating time to production. By indexing content with the high accuracy Voyage-4 model and serving over 100,000 daily queries on the cost-efficient Voyage-4-lite model, the Financial Times has significantly cut retrieval costs with minimal performance impact. What used to take weeks of manual index monitoring is now finished in a day…

…Like what we saw on my Financial Times use case, that I shared, the time to value for them to leverage Atlas Vector Search and embedding was in weeks, not in months and years, to get AI ready for searches and others that happen.

Frontier AI labs are customers and partners of MongoDB; multiple frontier labs are using Atlas for mission-critical workloads; there’s one frontier lab using MongoDB for inference and chat workloads after poor performance from PostgreSQL, and experiencing 10x faster reads; frontier labs are using MongoDB for research workloads for model development; MongoDB’s relationships with frontier labs are still early, but management is optimistic about the traction; MongoDB’s management recently launched a fully managed MCP (model context protocol) server for developers to connect to MongoDB when using agentic coding platforms; Anthropic’s management have been pointing developers to MongoDB Voyage for embeddings; the frontier lab using MongoDB for inference started with inference, and then expanded usage to other workloads; the frontier lab using MongoDB for inference is having a great experience with Atlas

Moving on to the momentum we are seeing with Frontier Labs, who are both customers and partners for us. Multiple leading labs leverage Atlas for workloads that are mission-critical to how they ship their products. One lab uses us for inference and chat workloads after moving away from PostgreSQL due to performance lags and outages affecting user experience. They migrated their chat memory system onto Atlas in just four weeks and now run at 10x faster reads than PostgreSQL. Beyond that, labs use us for research workloads to store experimental results, evaluation data, and training artifacts for model development. These relationships are still early, and engagement varies lab by lab, but we are energized by the traction we are seeing with them…

…Just recently, we launched a fully managed MCP server, making it easier for developers and agents to connect directly to MongoDB when they are using Claude Code, Codex, and Grok Build, as well as popular coding tools like Cursor and Devin from Cognition. Paul Smith, Chief Commercial Officer at Anthropic, described our technology partnership and recent integration with Claude by noting, “The best AI applications need a strong database, which is why we have long pointed to developers building on Claude to MongoDB Voyage for embeddings. More recently, demand from those developers drove MongoDB to build a new managed MCP server, which has seen fast adoption since launch and now lets developers explore, query, and manage their MongoDB data without ever leaving Claude.”…

…With one of the labs, they started towards the later half of last calendar year with one of the workloads that was running inference on MongoDB and used us as a memory layer. With that lab, our team, what they saw on the Atlas performance for that specific inference, then they said, “Wow, Atlas is performing really well across reads and writes compared to PostgreSQL.” That is what they were using originally. They started then moving just recently in Q2, few other workloads for inference on Atlas. So we had one inference workload that started last year in November, December timeframe, and then they moved another couple of workloads for inference for some other products that they have created in, I want to say this is August, so around June, July timeframe. We are seeing. They told me straight up, this is the technology team, that Atlas has taken all the pain away from an uptime perspective, performance perspective. We do not even think about it. We are now as we create new products, we want to run inference on it.

MongoDB’s management thinks the choice of the data layer made by AI natives will determine whether their product can rapidly scale; some AI natives choose MongoDB from day one, while others migrate to MongoDB after hitting scaling limits when using their prompt-driven development platforms; many of MongoDB’s new customer additions in 2026 Q2 (FY2027 Q2) are AI natives

The final piece of the AI opportunity is AI natives, companies whose data layer determines whether the product can support rapid scale. Some choose us from day one. Others start elsewhere, like prompt-driven development platforms, and migrate to us as they hit scaling limits and real usage arrives…

…We added a record 2,900 net new customers this quarter, and many of them are AI natives.

Fireflies, an AI native building an AI assistant for work, serves more than 20 million users; Fireflies chose MongoDB from day one for its flexible document model, which has provided the foundation for Fireflies’ hypergrowth

Fireflies, a unicorn AI native startup, is building what it calls the number one AI assistant for work, helping people unlock the knowledge buried in their conversations. Fireflies serves more than 20 million users across 1 million+ organizations and has processed over 7 billion meeting minutes. Fireflies chose Atlas from day one for its flexible document model over a rigid relational schema, and today runs more than 40 microservices with change streams powering real-time pipelines for analytics and growth intelligence. That lean, scalable foundation has helped fuel their hypergrowth seamlessly.

Eve, an AI native providing AI solutions for legal work, is using Atlas embedding and Voyage’s reranking API to improve retrieval quality directly in Eve’s RAG (retrieval-augmented generation) layer 

Eve is one of them. A unicorn AI native that automates legal case intake, medical chronologies, and demand letter drafting for plaintiff law firms. Eve uses Atlas embedding and reranking API powered by Voyage AI’s Rerank 2.5 to surface the most relevant evidence from large sets of case documents. This improves retrieval quality directly into Eve’s RAG layer while simplifying the infrastructure needed to build and evolve these AI experiences.

Oracle (NYSE: ORCL)

Oracle had very strong year-on-year revenue growth of 121% for its Cloud Infrastructure business in 2026 Q2 (FY2027 Q1), driven by a strong demand environment

Cloud infrastructure revenue for Q1 was $7.4 billion, up 121%, reflecting strong execution as we brought record levels of new megawatt capacity online, supported by a continued strong demand environment for compute and our database services.

Oracle’s gross margin declined in 2026 Q2 (FY2027 Q1) as expected as it builds out its AI infrastructure business; the buildout has caused Oracle’s free cash flow to be negative; management continues to expect Oracle’s capex to around $70 billion in FY2027; Oracle recently completed a $20 billion at-the-market equity issuance in 2026 Q2 (FY2027 Q1) to help fund its capex; management has previously said that FY2027 and FY2028 are peak capex years for Oracle;  Oracle’s AI infrastructure projects are delivering a free cash flow conversion ratio of 100% to post-tax EBITDA very shortly after they ramp up; management is seeing costs for data centers going up, and so Oracle has to charge more, so there won’t be an impact on gross margins; management thinks operating margin is actually more important for Oracle than gross margin; management expects Oracle’s gross margin to step down in FY2027 and then flatten over the next couple of years

Our gross margin did decline as expected, driven by impacts from ramping up our data centers and the acceleration of infrastructure revenue. However, this was offset in the quarter by lower operating costs and strong operating leverage tied to simplification and efficiency actions…

…Our CapEx for the quarter was $28 billion, leading to negative free cash flow of $5 billion. Our net cash CapEx, so net of prepayments, was $18 billion for the quarter. To note, our CapEx will not be linear throughout the year. We continue to anticipate $90 billion-$95 billion in CapEx for the full year, with not more than $70 billion in net cash CapEx. Lastly, we are quite pleased to announce that we completed our previously disclosed $20 billion at-the-market equity issuance in entirety during the Q1…

…[Question] You have told us that fiscal 2027 and 2028 are peak CapEx years. At the same time, others in the market are spending hundreds of billions of dollars on capacity with seemingly no end in sight. How should we think about Oracle possibly slowing down spending beyond the next two years if others aren’t?…

…What I would say, though, is that each of these projects that we are doing, by nature, is a strong free cash flow generating project. As soon as they ramp up, very shortly thereafter, they are delivering a free cash flow conversion ratio of something like 100% to post-tax EBITDA. In fact, the business by nature is somewhat, quote, “self-funding” at some point, in terms of throwing off a lot of free cash flow…

…Prices in a world where demand exceeds supply, typically prices don’t go down, they do go up. I think the net effect is that obviously things cost more, but then we have to charge more money for them so that we get compensated. We’re doing that across all of these different businesses. We don’t expect this to have an impact on our gross margins…

…Gross margin to me is always an important indicator, probably even more important internally for us to double-check, and I think investors obviously want to double-check. It is something that will change very quickly, for example, if we do not have the right pricing model. When we talk about driving value, though, and driving value for the business, for me, operating margin is probably the ultimate point that we want to follow. Gross margin, like you mentioned, at the moment, there is a number of things going on. We have both the ramp-up in data centers, plus we have an adjustment across the two business models that we have in the business. Software being a much higher gross margin business, but with higher R&D and sales costs below gross margin. Infrastructure being a lower gross margin business, and we have talked about that and we gave the numbers. Clay has given the expectations for quite a bit of that business. Not database, obviously, but the more AI infrastructure and cloud side. That business, by nature, has much lower R&D and sales associated with it, at least in a company like Oracle, where we can effectively gain from all of the R&D that is already been done and being done across the rest of the company. So really, how to watch how we are going to drive value out of the business over time, I think operating margin is really the key metric that we would look at…

…I mentioned in the Q4 that we would expect a step down in gross margins this year. You can see the EPS guidance that we give, though, so you can see what we might expect in terms of operating margin. Over the next couple of years, as we finish the ramp-up, you can reasonably expect that gross margin would flatten, I would say.

Oracle’s remaining performance obligation (RPO) in 2026 Q2 (FY2027 Q1) was up 46% year-on-year to $664 billion (was $638 billion in 2026 Q1); the vast majority of the sequential increases in RPO were from prepay or bring-your-own-hardware contracts, which do not require incremental capital from Oracle, although it still requires capex; the new S$26 billion in RPO will not impact Oracle’s capital expenditure or revenue until FY2028 and beyond; management expects half of Oracle’s RPO to convert to revenue in the next 36 months

our Remaining Performance Obligations, or RPO, increased $26 billion from Q4. There are two things happening here. First, we continued to grow our RPO during the quarter to support future revenues. The vast majority of those new contracts were via prepay or bring your own hardware or similar mechanic, so will not require incremental capital from Oracle. Also, that new RPO will not impact our CapEx or revenues until fiscal 2028 or beyond. Second, we started to see a strong conversion of our RPO into revenues this quarter, driving our cloud infrastructure results…

…I didn’t say, and I don’t think myself nor Hilary said that it doesn’t require additional CapEx. We said it doesn’t require additional cash from Oracle…

…While there clearly are capital expenditures, it does not require Oracle to go out and find additional cash to do it. Now, the question becomes, well, how do you do that? Well, we have a variety of different models. Sometimes it’s working with our suppliers, through different financing arrangements that allows us to pay for the capacity as the customers pay us. That’s one mechanism. Another mechanism is that a customer says, “Hi, I’d like to pay for the hardware, but use your operational ability and your cloud infrastructure technology assets and your data center to go out and actually turn that into an AI cluster.” It’s a different option. A third option is that the customer has been able to raise money. Maybe it is a startup, maybe it is an established company, and says, “Hi, I would like to pay you upfront as a prepayment, and in return, that doesn’t require you to front the cash to go out and spend your dollars on that CapEx.”…

…We now expect around half of our RPO to convert into sales over the next 36 months…

…We closed more than $30 billion of additional AI contracts in Q1 without requiring additional capital from Oracle.

Oracle’s management thinks that AI is an accelerator for packaged applications; management thinks AI agents can perform tasks using an organisation’s established workflows and business rules, and human employees just have to oversee the agents; management thinks Oracle can combine AI with business rules, regulatory compliance, security models, and data modesto enable customers to realise AI’s value; management is confident that the introduction of AI into Oracle’s product suite will deliver significantly faster ROI (return on investment) for customers; management will soon introduce an agentic AI feature that can dramatically reduce SaaS deployment times; management thinks Oracle AI Agent Studio has a very compelling value proposition because customers get to build AI agents on very complex business rules, a highly differentiated security model, and data models 

The introduction of AI is an accelerator, not a replacement, for packaged applications. As such, our decades of experience and expertise running business processes across every industry, in every geography, for organizations of any size, gives us the understanding of how to help them succeed.

Before AI came along, application suites had already proven their effectiveness. Companies had been able to increase their profit margins because end-to-end automation with standardized and efficient business processes proved to be much more effective than one-off custom solutions. But that did require organizations to follow workflows and processes as designed in the system, something that many struggle to achieve consistently across functions, teams, and regions. AI changes this dynamic. Rather than asking every employee to navigate and execute a process exactly as the system expects, AI agents can perform tasks using the organization’s established workflows and business rules. Employees then shift to overseeing agents, resolving exceptions, and applying human judgment where it matters most. By combining applied AI with decades of sophisticated business rules, regulatory compliance, security models, data models, and customer configurations, we enable customers to continuously realize AI’s value while keeping their data secure and their operational guardrails intact…

…We are incredibly confident in the potential for this new paradigm to deliver much more rapid ROI for our customers. At AI World in October, we will unveil a new agentic AI accelerator poised to redefine how customers deploy Oracle applications faster, simpler, and at a dramatically lower cost. Working alongside Oracle and customer teams, AI agents will automate and orchestrate implementation at an unprecedented scale, compressing SaaS deployments from years to months, and months to weeks…

…The next layer is our Oracle Fusion Agentic Applications AI studio, which allows customers and/or partners to build their own AI agents right inside the same platform. That is not a different platform. It is not a different control plane. It is the same control plane and the same platform that our applications are running on, which means that Oracle AI Agent Studio, which allows customers to build their own agents or partners, gets all of the same quarterly updates, gets all of the same security patching, and is available as a complete service to our customers. You are allowing customers to position AI as a UI on top of a very complex set of business rules, on top of a highly differentiated security model, and of course, data models that have evolved for years and years. You put the horizontal applications, the vertical applications, the Oracle AI Agent Studio together, and we think that is very compelling.

Oracle’s customers used embedded AI capabilities more than 150 million times in 2026 Q2 (FY2027 Q1), up 42% sequentially; Oracle’s AI agents executed 3.5 million times in 2026 Q2 (FY2027 Q1), up nearly 100% sequentially; Oracle’s customers have more than 2,300 AI agents in production, up 90% sequentially; AI production usage in Oracle Fusion consumed 900 billion tokens in 2026 Q2 (FY2027 Q1)

Customers used our embedded AI capabilities more than 150 million times during the quarter, with usage growing 42% sequentially. Our AI agents executed more than 3.5 million times in production during the quarter, nearly doubling quarter- over- quarter. Customers have over 2,300 AI agents in production, and that is up 90% quarter- over- quarter. Overall, AI production usage across Fusion alone consumed 900 billion tokens during the quarter. 

Oracle’s management recently announced the general availability of the AI-powered NetSuite Next; more than 10,000 NetSuite customers are already using the NetSuite AI Connector service that lets customers connect NetSuite data to AI assistants; Every Man Jack estimates that the NetSuite AI Connector service will save it $350,000 annually

We are announcing the general availability of our new AI-powered offering called NetSuite Next. This presents an agentic experience that is simpler, more powerful, and is infused with AI across the workflows that customers rely on every day. It is easier to adopt, it is more productive from day one, and it is more valuable as customers grow. Additionally, the NetSuite AI Connector Service, which lets customers securely connect their NetSuite data to leading AI assistants of their choice, including ChatGPT and Claude, is already one of the fastest adopted capabilities in the whole entire history of NetSuite, with more than 10,000 customers already using it. Personal care company Every Man Jack estimates that the service alone will save $350,000 annually and nearly 5,000 hours of work.

Oracle delivered 850 megawatts of AI infrastructure in 2026 Q2 (FY2027 Q1); delivery in FY2027 Q1 is 3x what was delivered in FY2026 Q4, and 73% of the capacity delivered in FY2026; Oracle’s global GPU utilisation is 97.9% (was 97.5% in 2026 Q1); Oracle’s GPUs that came up for renewal in 2026 Q2 (FY2027 Q1), most of which are at least 4 years old, was renewed or resold at prices 20% higher; management sees long useful lives for the AI infrastructure Oracle is building; Oracle’s Abilene, Texas AI data centre has delivered 75% of its total capacity (was 42% in 2026 Q1); customer-acceptance at Abilene has shortened to only 24 hours; OpenAI’s latest GPT-6 Astra model was trained in Abilene; Oracle’s Shackelford, Texas AI data center is progressing well; management finds NVIDIA’s Vera Rubin systems to be performing better than expected, and will deliver them to customers in 2026 Q3 (FY2027 Q2); Oracle’s AI infrastructure investments are pretty diversified; when Oracle builds a data center, the capacity is not all delivered at one go; Oracle’s new data centers in New Mexico and Wisconsin are making good progress; Oracle is deploying Bloom Energy’s fuel cells in New Mexico and management sees it as the most environmentally friendly on-site energy generation technology; management sees the current constraints in AI infrastructure as power and data centers

We delivered 850 megawatts of AI capacity containing more than 300,000 GPUs to customers since the end of Q4. Delivery in Q1 is almost three times what we delivered in all of Q4 and 73% of the total capacity we delivered last fiscal year…

…GPU utilization remains extremely high at 97.9% in Q1. GPU longevity and value continue to impress. Of all the GPUs that came up for renewal in Q1, that capacity was renewed or resold at a 20% premium to prior contracts. The majority of those GPUs are four years or older. We see a long, useful life with increasing value for the AI capacity we’re deploying.

Abilene continues to deliver at an extraordinary pace. We delivered 131,000 GPUs there in Q1, 1.9 times the volume delivered in Q4. Six of the eight campus buildings, representing 618 megawatts and 75% of total capacity, have now been delivered to the customer. Customer acceptance has compressed to only 24 hours, showing that the systems arrive ready for customer workloads. The recently released GPT-6 Astra was trained at our site in Abilene. Shackelford is our next gigawatt-scale campus and is progressing well.

NVIDIA Vera Rubin systems are performing better than expected across hardware quality, manufacturing yield, and performance. We will deliver our first Vera Rubin systems to customers in Q2…

…New Mexico and Wisconsin are very important large sites for us, but I think it is important to have some context. We talk about these sites as being around 1 gigawatt a piece. We just delivered 850 megawatts in Q1. What that means is that, as you can see, neither Shackelford, nor New Mexico, or Wisconsin, or Michigan were delivered in Q1. So we have a large, diverse, broad set of data center developments going on throughout the U.S. and around the world to deliver capacity to customers. Now, some of these sites, like New Mexico and Wisconsin, obviously garner a lot of attention. There is a lot of discussion about them. But I think it’s important people realize that all of our eggs are not in a single basket…

…When these large sites are built, they don’t all come online at once. Let’s say that you have a gigawatt site, and it’s supposed to start delivering, let’s say, in January of a year. It’s not like in January you get a gigawatt of capacity. It’s phased over many quarters…

…New Mexico is an interesting location. We’re making very good progress. In terms of construction, data center is definitely on track. We’re going through the process of acquiring our air permit. And the technology that we’ll be deploying there is Bloom fuel cells, which is by far the most environmentally friendly way that we can do on-site power generation. Has extremely low water consumption, has extremely low emissions compared to really any other way to do on-site generation. We’re very confident that as we continue through this process, we’ll work with the local regulators and community citizens in Doña Ana County, and with everybody else in New Mexico. But we’re just going through the process, and I don’t think that’s rare for large projects like this one.

In Wisconsin, we’re not doing on-site generation. We’re really working with our partners across the board to design and deliver that energy capability through the grid. But again, working through the process, these are complex projects. And again, in Wisconsin, data center delivery is actually very much on track and going well. Working with the Public Service Commission and ATC and We Energies, we’re constantly evolving different aspects of the energy design and delivery plan…

…The environment continually changes. It used to be that the constraints were GPUs and fabs. Then constraints moved to power generation. There’s data center constraints. But the world’s a big place…

Oracle has completed its Azure and AWS regional footprint expansions and this gives customers a consistent way to run Oracle AI Database next to their applications in the cloud they choose

We completed our planned Azure and AWS regional footprint expansion, reaching 70 multicloud database regions and 119 availability zones. This gives customers a consistent way to run Oracle AI Database next to their applications and data in the cloud they choose.

Oracle recently expanded its relationship with OpenAI and now offers OpenAI API access; Oracle is now bringing Gemini models to its enterprise applications; Oracle has released new Grok models; management is expanding Oracle’’s opens source model catalog

We expanded our OpenAI relationship to offer OpenAI API access, ChatGPT for work, and Codex through Oracle Marketplace, including GPT-6 Astra. We are bringing Gemini models to Oracle’s enterprise applications, and we released new Grok reasoning, multimodal, and text-to-speech models. We also continue to expand the open source model catalog, including new models from NVIDIA, Qwen, Google, DeepSeek, and others.

With APEXlang, developers can tap on the speed of generative AI for coding, but remove the downsides of difficulty in maintenance; Oracle’s AI Data Platform is now integrated with Codex and Claude Code; Oracle’s AI Data Platform has a few different business models, which includes consuming non-Oracle work

APEXlang is a new technology that represents an APEX application as structured, human-readable application definitions that can be stored in source control, validated, and governed. AI coding agents generate and modify those definitions while the APEX engine continues to provide the security, reliability, and operational controls required for enterprise applications. Developers gain the speed of generative development without the downsides of difficult-to-maintain opaque application code. We are taking the same approach with the Oracle AI Data Platform. AI Data Platform is now integrated with Codex and Claude Code, allowing developers to work with AI Data Platform data, knowledge, and capabilities from the coding environments they already prefer…

…[Question] You mentioned the AI data platform, you guys put it in your press release, so I just want to double-click on that. It seems like an important way in allowing customers to deploy agents against their proprietary data. Can you just help us understand the business model around that? Does it drive incremental consumption of Oracle Database OCI, or do you see that being sort of a standalone software revenue opportunity?

[Answer] You sort of clicked on the answer, really, to the business model is all the above. Certainly, we can run this in a model where we are consuming 100% of non-Oracle work. This is by no means specific to the Oracle Database or the Oracle applications. The AI Data Platform is agnostic and able to pull in and automate the ontologies from any data source. In fact, we have hundreds of data sources that we are doing this automation for today. So, whether it is just pure consumption of AI Data Platform, whether it is used in concert with our applications, or whether it is used in concert with OCI, we are more focused on allowing the customer to make the best choice, or the partner to make the best choice that suits them.

Oracle is already investing in forward-deployed engineers at its customers for a number of its AI products

We are already investing in deploying forward deployed engineers at our customers. That’s true for the AI Data Platform. It’s also true for our Fusion Agentic Studio, as we see them really as a combination platform running on a single control plane in OCI.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. I have a vested interest in Adobe and MongoDB. Holdings are subject to change at any time.

What We’re Reading (Week Ending 06 September 2026)

The best articles we’ve read in recent times on a wide range of topics, including investing, business, and the world in general.

We’ve constantly been sharing a list of our recent reads in our weekly emails for The Good Investors.

Do subscribe for our weekly updates through the box in the blog (it’s on the side if you’re using a computer, and all the way at the bottom if you’re using mobile) – it’s free!

But since our readership-audience for The Good Investors is wider than our subscriber base, we think sharing the reading list regularly on the blog itself can benefit even more people. The articles we share touch on a wide range of topics, including investing, business, and the world in general. 

Here are the articles for the week ending 06 September 2026:

1. X post on AI demand – Philippe Lemoine

Dwarkesh’s basic intuition seems to be that AI will soon be able to fully automate many white-collar jobs, so to get a sense of how much revenue OpenAI/Anthropic can generate by replacing them, you can just look at the wage bills for those workers, but that’s not how things work.

First, if AI can fully automate most tasks performed by those workers but even a handful of them prove resistant to automation, AI will still generate a lot of value but it will presumably be captured mostly by the remaining workers, their firms or their customers and the current wage bill for those workers will massively overestimate the future revenue of frontier labs.

In that case, demand for AI may not explode in the way Dwarkesh and Dylan expect, because it will be bottlenecked by humans in production.

But let’s assume, as Dwarkesh and Dylan presumably do, that AI capabilities will improve so much that it can automate every task those workers perform and their jobs can be fully automated. It still doesn’t follow that demand will be as high as they think.

Even when it has become technically possible to replace most white-collar jobs with AI in principle, before it can happen in practice, there will be enormous transition costs and frictions as firms will have to undergo massive reorganization. This will be very slow even if politics doesn’t interfere, which it will.

Dwarkesh’s argument implicitly assumes that frontier AI companies will be able to charge about the same for tokens that provide services equivalent to that of the worker being replaced, but as long as there is enough competition, the prices they can charge will be pushed down and if he’s right about how fast capabilities will improve they may fall very quickly…

…Now, even if prices do fall rapidly, this could in theory be compensated by increased demand in volume. But there is only so much legal, managerial, engineering, etc. services that people want, even if prices fall.

The price elasticity of the demand for those services will eventually fall and, even if improved capabilities shift the demand curve outward, this will only generate so much demand because no matter how good your lawyer gets and how low his rates fall, at some point you don’t need more of his services…

…the thing about AI agents is that even if they reach the point where they can fully replace human workers on the production side, they can’t replace them on the consumption side because they don’t consume anything except compute and a few B2B services.

The income will still go to someone, but they will probably have a lower propensity to consume and different spending patterns, so there is a macroeconomic problem here about where the ultimate demand for the output of consumer goods and services produced by the customers of OpenAI and Anthropic will come from.

2. AI Semiconductor Endgame 2026 (III) – Fin

Hardware/infrastructure revenue growth in the internet revolution had exponential growth along only one dimension of penetration: user count

Because everyone was on a subscription — $50 a month for internet access, and there’s nowhere to upsell from there. It’s a flat-rate service. Looking at ten times as many web pages doesn’t make you pay ten times as much. A flat-rate service has no second dimension of exponential growth; once it saturates, it saturates…

…AI hardware demand, by contrast, comes from the exponential growth of tokens. The reason this round of AI is so hardware-hungry is fundamentally that the ceiling is determined by two dimensions: exponential growth in user count/penetration, and exponential growth in usage per person

These two dimensions of exponential growth multiply, and both convert into a single unit of account: tokens — which raises the infrastructure ceiling by far, far more

Where does each of the two dimensions stand in our era?

The first dimension, user penetration, crossed 50% a few months ago — meaning the derivative of the sigmoid is about to inflect…

…The second dimension, tokens per person, is still early in 2026. The median AI spend inside US enterprises is currently $12 per person per month. Long term, that number could plausibly reach at least 10% of a white-collar salary — roughly $1,000 a month. There are nearly two orders of magnitude in between…

…This should be historically rare: compute/infrastructure demand created by a relay of sigmoid curves across two dimensions, and with it a semiconductor supercycle

But all exponential growth is an illusion before the ceiling arrives, and this round of AI buildout is no exception — the illusion just lasts much longer, because there’s an extra dimension of exponential growth taking the baton…

…Right now, broadly defined coding tasks account for roughly 60–70% of all ARR revenue. If you count only the narrow developer definition it’s maybe 40%; the other 20–30% is likely tasks from other industries converted into a coding-agent execution structure…

…What takes the baton from developer coding is not some other isolated mega-scenario. The fastest-growing thing right now is precisely “non-programmers using coding infrastructure to complete non-coding product tasks”, coding is still the default execution kernel, but it isn’t necessarily the product category the user sees…

…As of June 2026, among OpenAI’s enterprise customers, Codex already accounts for 64% of combined Codex + ChatGPT output tokens. Since February, Codex weekly active users have grown 108x in legal, 41x in sales and recruiting, 26x in marketing — and only 5x in engineering

Looking at Anthropic’s revenue mix by vertical, narrow developer/software-company coding is only 40%, financial services/insurance is over 20%, and legal, pharma/life sciences, and consumer/retail e-commerce are all very substantial, each on the order of 10%.

The logic of software eating the world, once LLMs lowered the barrier to coding by a hundred times, has even intensified into coding eating the world, or put another way, coding is the modality agents are most fluent in, and agents are using coding to spread their utilization into all knowledge work…

…From the broad agent-coding angle, I don’t currently see a hard ceiling on large-model/agent demand. We’re still in the phase where the more you use it, the more efficiency you gain — the marginal positive return is still large, and the main bottleneck is how much budget revenue/profit can support. Willingness and use cases aren’t the problem…

…Inference is simply too profitable right now, so overbuild is an inevitable outcome, because everyone wants to grab a piece of the inference market, every player is in the arms race, nobody can stomach losing share and failing to ride the wave of high-speed growth, and no one is going to back down

Closed-source inference gross margins clear 70% easily (even after the CSP takes its cut), and token factories hosting open-source models and selling tokens run 60%+ gross margins as well (DeepSeek’s GM is beyond 80%), GPU prices keep rising, rent for 1GW is heading toward $20B, and even just selling short-term GPU cluster contracts carries 60%+ gross margin. This AI infrastructure market is so profitable and so tempting that anyone with distribution and technology is piling in as a neocloud, and because there’s generally a one- to two-year gap between build plans and delivery, overbuild is certain to happen — it’s only a question of when

“A question of when” means that at current demand and current compute plans, overbuild isn’t visible for at least two years. Any step-function improvement in models (reasoning -> agent, for instance), or any innovation in the application paradigm that sustains AI spending growth, keeps extending the overbuild timeline further out

When those extensions can no longer keep up with the pace of the buildout, overbuild will slowly start to surface

3. The Teaser Period: Why the AI Boom Is Hitting a Reset Wall – Groundbreaker

Nothing looked wrong in the summer of 2006. Home prices had risen for the better part of a decade. Delinquencies were near historic lows. Credit spreads were tight, the ratings held, and the securitization machine hummed. If you had asked a hundred people on a trading desk whether the American mortgage market was months from seizing, most would have laughed.

Millions of subprime borrowers were, at that moment, paying the low introductory rate on a two-year adjustable rate mortgage – the 2/28 ARM. A low fixed-rate for two years, then the rate reset to a payment 30% to 50% higher. During those first two years the loan performed beautifully: the borrower paid, the servicer collected, and the bond paid its coupon. Nothing looked wrong because the whole complex – housing, mortgages, securitization – was sitting inside the teaser period.

Every ARM reset was known, dated, and contractually inevitable from the moment of origination. Aggregate those reset schedules and you get the most damning exhibit of the era: the reset wall. Roughly a trillion dollars of adjustable-rate mortgages were contractually set to reset across 2007 and 2008 – thirty to forty billion dollars a month at the peak…

…The parallel to 2006 is exact and it explains the single most-cited absurdity of this cycle: How does OpenAI, a company with some $40 billion of run-rate revenue, sign $1.4 trillion of compute commitments? The same way a household with $60,000 of income signed a $600,000 mortgage: because the terms at signing do not require the payment yet, and because everyone at the table – borrower, lender, and the market – believes the growth will arrive before the payment does…

…The compute commencement wall can be made visible in exactly the way the reset wall was visible in 2007 – from disclosed contracts and delivery schedules… 

…A frontier lab signs a $12 billion, ten-year capacity commitment with a compute provider. The contract is take-or-pay, meaning the lab commits to payments once the capacity is delivered, and delivery requires a campus that does not yet exist: two years of construction, procurement, and power work stand between signature and completion.

Now look at what each party’s financial statements show during the two-year teaser.

The seller – a hyperscaler or neocloud – books the arrangement into RPO or contracted backlog on day one – the full $12 billion, disclosed, quoted, and celebrated. The market values it as contractual future revenue. Meanwhile the seller’s cash flow statement hemorrhages: the campus is being built, so capex runs far ahead of receipts. Booked backlog rises; reported earnings feel none of the buildout; financing frequently sits off-balance sheet.

The buyer – a frontier lab like OpenAI or Anthropic – announces access to the compute it needs to pursue its scaling roadmap, and its private valuation reprices on the announcement. The commitment is a future obligation, disclosed – if at all – deep in a contractual-obligations footnote or, for the private labs, nowhere public. No expense hits the P&L because no service is being received. A lab that has committed tens of billions across multiple providers carries a cost structure that reflects only its commenced capacity.

The market sees a seller with explosive backlog and a buyer with secured compute capacity, and prices both as growth stories. Nobody is lying. Every number is GAAP-clean. The structure simply guarantees that during the teaser period, the system’s reported economics and its committed economics diverge by the full value of everything signed and not yet commenced…

…In residential credit, the interval between origination boom and reset wall was twenty-four months, because that was the teaser’s term. In compute, the interval is the construction timeline – twenty-four to thirty-six months. The 2025–26 signing boom therefore mathematically guarantees a 2027–28 commencement boom, exactly as 2005–06 originations guaranteed 2007–08 resets…

…This is what it means to say we are in the teaser period. The booked figure is enormous; the billed figure is a fraction of it and only beginning to turn up. Everything about the present looks like strength. The obligations that will govern 2027 and 2028 are already signed, already dated, and already sitting in RPO. What has not happened yet is the conversion – the moment booked becomes billed and the take-or-pay clock starts running regardless of the revenue and the counterparty’s ability to pay…

…The claim is not that commencement causes a lab to fail. It is that commencement is the date on which a pre-existing mismatch – fixed obligation against assumed revenue – becomes cash-due, and that, as in 2008, the mismatch is visible in the fundamentals well before the date makes it unavoidable. You do not need demand to fall. You need it only to decelerate below the rate the booked compute was underwritten to.

The compute contracts commencing in 2025 and early 2026 cleared, or very nearly cleared, the required growth rate. This is the crucial point, and it is the reason there is no alarm anywhere in the system: the early vintages worked.

They worked the way the 2005 and 2006 subprime resets worked. The collateral appreciated fast enough. The refinancing happened. Everyone who signed was vindicated, and vindication is the input to the next round of underwriting. Success in the early vintages is the mechanism that manufactures the late ones…

…For committed compute merely to equal revenue in 2027 – not to be comfortably covered, simply to reach parity, before a single dollar is spent on wages, research, sales, or tax – revenue would have to compound at 217% annually off the 2025 base. The dashed line at 100% represents revenue doubling every single year and sustaining it, which no company at this scale of revenue has ever done for a multi-year stretch. The obligation is accelerating at more than double the rate of the best case for the cash flow meant to cover it.

The obligation curve is contractually fixed and steep – it ramps according to a defined construction timeline. The revenue curve is a growth rate. If the growth rate rolls over – the two curves cross. That is the reckoning: not a demand collapse, but a demand deceleration meeting a cost schedule that was set in a more optimistic year.

4. 90% of executives say AI hasn’t boosted productivity. Some are still cutting jobs – Mark Ma and The Conversation

One Atlanta Federal Reserve study found that about 90% of executives believe AI has not yet boosted productivity at their companies. Other evidence suggests that the broader increase in productivity seen since 2021 is more likely due to remote work or factors other than AI, like downsizing in sectors such as technology…

…Managers at publicly traded firms typically make decisions based on whether a new investment improves short-term profitability and share price. So after investing heavily in AI, managers face pressure to show a strong financial return. The expectation is that if AI makes employees more efficient, the company will need fewer of them to complete the same work.

As a result, a quick way for managers to help businesses realize that anticipated return is by cutting headcount and lowering labor costs. Some of the companies we studied even started to lay off employees before pouring money into AI, as a way to free up capital for future AI investments…

…To see how employees perceive and react to AI adoption, we analyzed millions of employee-satisfaction reviews on the workplace review site Glassdoor.com. By identifying and analyzing AI-related comments, we found them to be much more negative than the overall tone of employee reviews.

This negativity reflects widespread concerns over corporate AI adoption and anti-AI sentiment among workers. At the same time, there’s a strong association between employee sentiment toward AI and firm productivity based on the employer’s financial information. This suggests that anti-AI sentiment among workers actually lowers productivity and offsets the potential efficiency gains caused by AI…

…What businesses need to understand, I believe, is that managing how employees feel is key to unlocking AI’s benefits. In turn, that means creating an environment where workers feel that AI is working with them, not against them. 

5. Prediction: AI will collapse – wordgrammer

The modern AI discourse is making a similar mistake to saying “everyone will have a website” back in 1995.

I hear stuff like:

  • People want personal software
  • Everyone will build a mobile app
  • The market for software is infinite

No.

You are directionally correct, but you are missing something big.

Every human will use agents. But less than 1% will use coding agents. (In the same way every human has a “personal page” through social media, but less than 1% have a personal website.)

You need an “idiotproof” sandbox. Your consumer agent, as well as agents for enterprise use cases, must have a 0% chance of failure. Your consumer agent must be usable:

  • While drunk In bed
  • Having sex
  • On the toilet
  • During lunch break
  • In the background while working on homework
  • While your brain is 99% preoccupied with a difficult task at work

It must be impossible for AI to: make purchases you did not intend, send messages you did not intend, and access information you did not want to share. It cannot be “difficult” for these to happen. It must be impossible. (In the same way that YouTube videos have a 0% chance of phishing, cross-site scripting, malware, and viruses.)

No amount of models getting better will give them a 0% chance of failure. To get to a 0% chance of failure, you need to be creative. You need to innovate. You need to radically rethink your abstractions.

Every human has a “personal page” through social media, but less than 1% has a personal website. What is the same shift for AI?

Every human will use _____ agents, but less than 1% use coding agents. What is _____?


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have no vested interest in any companies mentioned. Holdings are subject to change at any time. 

Company Notes Series (#17): Federal National Mortgage Association

Editor’s note: This is the latest edition in the “Company Notes Series”, where we periodically share our notes on companies we’ve studied in the recent past but currently have no vested interest in (we may invest in or sell shares in the companies mentioned at any time). The notes are raw and not updated, and the “as of” date for the data is given at the start of the notes. The previous edition in the series can be found here. If you have any thoughts on the series you would like to share, feel free to do so through the “Contact Us” page; we appreciate any feedback. Thanks in advance!

Start of notes for Federal National Mortgage Association (Fannie Mae)

Data as of 31 March 2026

  • Fannie Mae has a long history of profitability since 2012, and the net profit has been quite consistent:
Table 1; Source: Fannie Mae annual reports
* Net profit is to company, and not to common shareholders, because under the current conservatorship, the net profit of Fannie Mae essentially accrues to the Senior Preferred Securities
** 2013’s net profit was unusually high because of a large US$45.41 billion benefit for federal income taxes, largely as a result of a one-time release of valuation allowance against deferred tax assets; for perspective, 2012 and 2014’s provision for federal income taxes were US$0 and US$6.941 billion, respectively
*** 2017’s net profit was unusually low because of a large US$15.984 billion provision for federal income taxes, largely as a result of a one-time tax charge of US$9.9 billion for federal income taxes; for perspective, 2016 and 2018’s provision for federal income taxes were  US$6.02 billion and US$4.14 billion, respectively
  • In September 2008, the US Treasury provided financial support to Fannie Mae by investing in the company’s senior preferred stock (SPS). The SPS also gave the Treasury warrants to purchase shares equal to 79.9% of Fannie Mae’s common stock, on a fully-diluted basis, for effectively nothing
  • Under the terms of the SPS, the US Treasury has committed US$233.7 billion in funding-support, and Fannie has drawn down US$119.8 billion as of 31 December 2025. Fannie last drew upon the funding support in early-2018, with the super-majority of the amounts being drawn-down in 2008-2011. Fannie has paid a total of US$181.4 billion in dividends to Treasury as of 31 December 2025, which is substantially higher than what Fannie has drawn upon; Fannie stopped paying the US Treasury a dividend in 2019 Q3 at the direction of the government. The SPS terms initially came with a dividend rate of 10% annually in cash, or 12% annually in payment-in-kind. Based on IRR (internal rate of return) calculations, the US Treasury has earned an annual return of 9.8%which is just lower than the dividend-rate of the SPS.
  • The SPS also comes with a liquidation preference. As of 31 March 2026, the liquidation preference for the SPS is US$230.5 billion. What Fannie’s common stock is worth will depend heavily on how Treasury sees the liquidation preference terms for the SPS. If Treasury decides to waive the liquidation preference and thus cancel the SPS, there can be significant value in Fannie’s common stock. If Treasury wants to pursue the liquidation preference, through, say, conversion of the SPS into common stock, then the value in Fannie’s common stock can be wiped out
  • As a sense check, Fannie’s total diluted outstanding common shares (this includes full conversion of all preferred stock, including the SPS-related warrants owned by Treasury) of 5.893 billion as of 31 December 2025. Net income in 2025 was US$14.364 billion. Diluted EPS in 2025 is thus US$2.45. At a P/E of 8, Fannie’s stock price would be nearly US$20. Fannie’s stock price as of 31 March 2026 is only US$7.35. A P/E of 8 is consistent with what Farmer Mac (Federal Agricultural Mortgage Corporation) carries at the moment. Farmer Mac is equivalent to Fannie Mae, but for loans made to farmers (Fannie Mae is for mortgage loans). Farmer Mac is much smaller than Fannie Mae, with annual net income in the US$150 million to US$200 million range. So Fannie might even deserve a premium; at a P/E of 12, Fannie’s stock price would be US$29.
  • Just official confirmation from Treasury that it wants to cancel the SPS and waive the liquidation preference can significantly boost Fannie’s stock price, without anything else changing.
  • One negative point worth noting is the enterprise regulatory capital framework (ERCF) that Fannie is under. The ERCF is imposed by the FHFA (Federal Housing Finance Agency) and requires Fannie to hold a certain amount of risk-weighted capital in-relation to the assets owned by the company. Right now, the ERCF applied to Fannie requires a CET1 (Common Equity Tier 1) ratio of 4.5%, which is really high and is similar to a US bank. Under the current ERCF, Fannie’s risk-based adjusted total capital has a shortfall of US$215 billion.

Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have no vested interest in any company mentioned. Holdings are subject to change at any time.

What We’re Reading (Week Ending 30 August 2026)

The best articles we’ve read in recent times on a wide range of topics, including investing, business, and the world in general.

We’ve constantly been sharing a list of our recent reads in our weekly emails for The Good Investors.

Do subscribe for our weekly updates through the orange box in the blog (it’s on the side if you’re using a computer, and all the way at the bottom if you’re using mobile) – it’s free!

But since our readership-audience for The Good Investors is wider than our subscriber base, we think sharing the reading list regularly on the blog itself can benefit even more people. The articles we share touch on a wide range of topics, including investing, business, and the world in general. 

Here are the articles for the week ending 30 August 2026:

1. How Countries Go Broke: The Dynamic Behind What is Happening Now – Ray Dalio

To me, the credit/market system is like the human circulatory system, bringing nutrients to all parts of the body that make up the markets and economy. If credit is used effectively, it creates productivity and income that can pay back the debt and interest on the debt, which is healthy. However, if it isn’t used well so it doesn’t produce enough income to pay back the debt and the interest on the debt, debt service will build up like plaque that squeezes out other spending. When debt service payments become very large, that creates a debt service problem and eventually a debt rollover problem as holders of the debt don’t want to roll it over and want to sell it. Naturally, that creates a shortage of demand for debt instruments like bonds and the selling of them, and when there is a shortage of demand relative to supply that either leads to a) interest rates rising, which drives markets and the economy lower, or b) the central bank “printing money” and buying debt, which lowers the value of money, which raises inflation from what it would have been. Printing money also artificially lowers interest rates, which hurts the lenders’ returns. Neither approach is good. When interest rates rise because the selling of debt becomes too large to curtail and the central bank has bought a lot of bonds, the central bank loses money, which hurts its cash flow. If this continues, it leads to the central bank having a negative net worth.

When this becomes severe, both the central government and the central bank borrow to make debt service payments, the central bank prints money to provide the lending because the free-market demand is inadequate, and a self-reinforcing debt/money printing/inflation spiral ensues.

In summary, the classic things to watch are as follows:

1) The amount of government debt service there is relative to government revenue (which is like the amount of plaque in the circulatory system),

2) The amount of selling of government debt there is relative to the amount of demand for government debt (which is like the plaque breaking off and causing a heart attack), and

3) The amount of central bank printing of money to purchase government debt to make up the shortfall in demand for government debt relative to the supply of government debt that needs to be sold (which is like the central bank administering a heavy dose of liquidity/credit to ease the liquidity shortage, producing more debt, which the central bank has an exposure to)…

…Now, imagine that you are running a big business called the US government. That will give you a perspective that will help you understand the US government’s finances and its leadership’s choices.

The total revenue this year will be about $5.5 trillion while the total expenses will be about $7.5 trillion, so there will be a budget shortfall of about $2 trillion. So, this year, your organization’s spending will be about 40% more than it is taking in. And there is very little ability to cut expenses because almost all the expenses are previously committed to or are essential expenses. Because your organization borrowed a lot over a long time, it has accumulated a big debt—approximately six times the amount that it is bringing in each year (about $32 trillion[1]), which equals about $240,000 per household that you have to take care of. And the interest bill on the debt will be about $1 trillion, which is about 20% of your enterprise’s revenue and half this year’s budget shortfall (deficit) that you will have to borrow to fund. But that $1 trillion is not all that you have to give your creditors because, in addition to the interest you have to pay on your debt, you have to pay back the principal that is coming due, which is around $10 trillion. You hope that your creditors will either relend or lend it to you. So, the debt service payments—in other words, the paying back of principal and interest that you have to do to not default—is about $11 trillion, which is about 200% of the money coming in.

That is the current situation…

…I believe that this situation needs to be dealt with via what I call my 3% 3-part solution. That would be to get the budget deficit down to 3% of GDP in a way that balances the three ways of reducing the deficit, which are 1) cutting spending, 2) increasing tax revenue, and 3) lowering interest rates. All three need to happen concurrently so as to prevent any one from being too large because, if any one is too large, the adjustment will be traumatic. And these things need to come about through good fundamental adjustments rather than by force (e.g., it would be very bad if the Federal Reserve unnaturally forced interest rates down)…

…Throughout history these debt cycles have occurred in virtually every country, typically several times, so there are literally hundreds of historical cases to look at. They go back as far as there is recorded history. Said differently, all monetary orders have broken down and the debt cycle process I’m describing is behind these breakdowns. This is the process that led to the breakdowns of all reserve currencies, like the British pound and the Dutch guilder before the pound. In my book, I show the 35 most recent cases.

Q2: If this process happens repeatedly, why are the dynamics behind it not well-understood?

You’re right that the process is not well-understood. Interestingly, I couldn’t find any studies about how this happens. I theorize that it is not well-understood because the breakdown of monetary orders typically happens only about once a lifetime in reserve currency countries and when it happens in nonreserve currency countries this process is presumed to be a problem that reserve currency countries are immune to. The only reason I discovered this process is that I saw it happening in my sovereign bond market investing, which led me to study many cases of it happening throughout history so that I could navigate them well (such as navigating the 2008 global financial crisis and the subsequent European debt crisis…

…Q5: Do you know of any analogous cases of the budget deficit being cut so much in the way you describe and good outcomes happening?

Yes. I know of several. My plan would lead to a cut in the budget deficit of about 4% of GDP. The most analogous case of that happening with a good outcome was in the United States from 1991 to 1998 when the budget deficit was cut by 5% of GDP. In my book, I list several similar cases that happened in other countries…

…Q7: Japan—whose 215% debt-to-GDP ratio is the highest of any advanced economy—has often served as the poster child for the argument that a country can live with consistently high debt levels without experiencing a debt crisis. Why don’t you take much comfort from Japan’s experience?

The Japanese case exemplifies and will continue to exemplify the problem I describe, and it demonstrates my theory in practice. More specifically, because of the high level of the Japanese government’s over indebtedness, Japanese bonds and debt have been terrible investments. To make up for a shortage of demand for Japanese debt assets at low enough interest rates to be good for the country, the BoJ printed a lot of money and bought a lot of Japanese government debt, which has led to holders of Japanese bonds having losses of 51% relative to holding US dollar debt since 2013 and losses of 76% relative to holding gold since 2013. The typical wages of a Japanese worker have fallen 55% since 2013 in common currency terms relative to the wages of an American worker.

2. AI Jitters Have Suppliers Preparing for Data Center Boom to Go Bust – Brooke Sutherland

Manufacturers say they still have more orders from data center customers than they can handle. With no near-term end in sight for the demand surge, they’re racing to add factory capacity for electrical, power generation and cooling equipment. Siemens AG, for example, is investing more than $200 million in new electrical and power distribution products facilities in Georgia and Texas, the latest in a string of expansion projects for the industrial giant and its peers meant to support the data center buildout. But with the market getting increasingly jittery about sky-high valuations and the ultimate payoff from this massive debt-fueled spending bonanza, industrial companies are also taking precautions to make sure they don’t get stuck holding the bag…

…Even as it adds factory space, Siemens is tapping third-party manufacturers to fulfill some of its equipment orders, both to help it meet high demand and to give it some flexibility if that demand falters, Powell said. “If we were to get to a situation where the market dropped 15%, we’d have the opportunity to lower some of those third-party orders and not hit our own factories as hard,” he said. “They understand that we’re not necessarily giving them stuff forever.”

The German industrial giant is also trying to stay diversified in its electrical products business, even as data centers make up an increasing percentage of the market. The data center construction boom is now so huge that private spending has surpassed that for both the general office and healthcare markets…

…Suffolk Construction, one of the largest contractors in the US, is similarly seeking to make sure it doesn’t become “intoxicated” with data centers, says Charles McCarthy, president of mission critical projects. “We’re bringing on a lot of people, bringing on a lot of resources,” he said. “We want to make sure that there’s a backup plan. And when the market does turn, when some of these things do happen, there’s an avenue for us to keep our growth moving forward.”…

…Siemens similarly sees more risk with so-called neocloud data center companies that rent out access to leading AI chips amid concerns about circular financing. “There might be one or two really big winners out of these neoclouds, and you don’t want to miss out on that,” Powell said. “But if something goes bad in the data center market, it’s probably not going to start with the big cloud providers. It’s probably going to start with one of these big neoclouds.”

3. There are ~180 net nets in Korea, and I’m writing up all of them – Oliver Sung

Chaebols themselves are old (Samsung dates to 1938 and both Hyundai and LG go back to 1947) but the system that made them what they are was built in the 1960s and 70s. Park Chung-hee took power in a coup in 1961, and after he gained power, he put the commercial banks under government control and decided to point cheap credit at a handful of families he’d picked to industrialize the country. If these families hit their export target, well then more loans would follow at rates that were negative in real terms. The money that built corporate Korea came from the state and then from the banks, never really from shareholders, so the shareholder was never the constituency that mattered. That conflict between controllers and minority holders has been running ever since, and it’s been incredibly difficult to resolve.

Each one of the companies under a chaebol, some listed and some not, is called an “affiliate.” Samsung, Hyundai, and LG each run dozens of affiliates, and the largest 81 chaebols in the country count >3k affiliates under their umbrella. Why this is an issue when it comes to governance is that the families keep a tight grip on their affiliates through a spaghetti-fashion of cross-holdings between them. It’s not abnormal for a family to own, say, just 3.7% of a company but control 62.4% of the votes through a block of affiliates, meaning you could buy as much of the company as you’d like and still be the minority next to a family that owns <4% of it. If you wonder why I picked such odd percentages for illustration, you’ve probably already guessed that those aren’t illustrative but are the real numbers. 3.7% ownership vs 62.4% control represents the average across the country’s chaebol affiliates…

…Underlying that issue is a bunch of things that have traditionally been wrong with the machinery and have caused the chaebols to not only treat minorities unfairly but also hoard cash and create a jumble of corporate pyramids. Even worse, this machinery incentivized the controllers to in fact keep their own share prices down, and there have been at least four moving parts to it:

  1. Dividend taxation. In Korea, once an individual’s financial income passes KRW20mn/year, dividends get folded into progressive rates that approach 50%, so the rational move for controllers has been to hoard the cash and pile it into low-return assets and further cross-holdings.
  2. Inheritance taxation. Korea taxes inheritance at up to 50%, with a surcharge on controlling stakes that takes the bill toward 60%. And because the taxable value of listed shares is the average market price over the four months around the transfer, a family planning succession has a large and entirely legal incentive to keep their share price down for years.
  3. Merger rules. A Korean merger ratio is typically set by averaging recent market prices rather than by any fair-value opinion. If the merger ratio is decided by the marginal buyer in the market rather than negotiated in the boardrooms, then that’s been good enough for the regulators. In 2015, the Samsung chairman was dying and his son, Lee Jae-yong, needed to end up controlling Samsung Electronics, which he barely owned any of, without triggering the inheritance bill. What he did own was a large slice of Cheil Industries, a small company in the group. Samsung C&T, a separate one, held a block of Samsung Electronics shares. So Samsung decided to merge C&T into Cheil right when C&T was trading at historic lows and Cheil at historic highs. The national pension fund, C&T’s biggest shareholder, swung the vote. People went to prison over that vote (including Lee Jae-yong, but he was later acquitted of all charges related to the merger), and the deal stood anyway.
  4. Misuse of treasury shares. Because treasury shares haven’t traditionally been cancelled in Korea, in many cases they’ve been used to abuse shareholder value. There have been numerous cases of controllers swapping treasury shares with friendly parties, which is precisely what happened last year when Muhak, a local brewer, executed two treasury stock cross-swaps with its main glass bottle supplier and Samsung Gongjo, an auto parts company in the same region. This has meant that a Korean buyback is less a return of capital than a block of dormant votes bought with shareholders’ money and parked until the controller needs them…

…But the government is taking much deeper stabs at it from multiple fronts:

  1. In July 2025, amendments to the Commercial Act were approved to require directors to balance corporate and shareholder interests. This is similar to what Japan enacted in its Stewardship Code around 2014. Before this amendment, a director’s duty ran to the company, which in a family-controlled company meant the family. This amendment is likely to mean more fairness in mergers, spins, splits, delistings, and other corporate transactions going forward.
  2. Then in December 2025, the National Assembly approved a massive reduction in the dividend tax rate to a range of 14-30% for “high-dividend payers.” A “high-dividend payer” is one that has a payout ratio of >40% or has a payout ratio of >25% and increases it by 10% from the prior year. Crucially, to qualify, the company must also have a Value-up plan disclosed on the KRX. This is the first reform that really rewires the incentives for return of capital.
  3. Finally, in February this year, the National Assembly passed another amendment requiring mandatory cancellation of treasury shares. Companies must now cancel newly acquired treasury shares within one year, and existing treasury stock got an 18-month grace period. This is a big deal…

…It’s important to mention that regulators have also decided that Korea has too many listed zombiecos, and so the exchange has started clearing out from the bottom. The minimum market cap for staying on KOSDAQ went to KRW20bn in July and will reach KRW30bn in January 2027. 30 trading days under the line brings a warning, then 90 more days to climb back above it, or the company gets delisted. The first company went out in June, another 36 were flagged just a week ago on August 12, and something like 1/10 of KOSDAQ could be gone by the end of the year.

4. We Bought a $500 Counterfeit Rolex So Good, Even Rolex Didn’t Spot It – Alistair Charlton and Jeremy White

I’m sitting upstairs in Rolex’s flagship London store on Old Bond Street. I’ve just handed over a fake Rolex to the staff and requested that its bracelet be adjusted, a simple bit of maintenance that requires removing a few links. I haven’t volunteered that the watch is a phony, but I haven’t said it’s legit, either…

…After what feels like far too long, the salesperson returns. He, like his colleagues downstairs did when I arrived, congratulates me on a beautiful watch and hands me back the counterfeit timepiece, now perfectly sized. The removed links have been placed reverently in a delicate, tiny paper bag, marked with the Rolex logo in cadmium green. Heart still pounding, I walk out…

…Mass-produced in huge quantities by Chinese factories, these watches are sold through dealers who advertise on TikTok and Instagram, broker through WhatsApp, and arrange discreet delivery to your door. Since reputation by word-of-mouth is paramount (these businesses can’t exactly show their wares in a digital shop window), they even claim to offer customer service channels, warranties, repair centers, and guarantees to send a replacement if your purchase is seized by customs…

…Quality control, or QC, is at the heart of this community. The subreddit r/RepTime has 269,000 weekly visitors and over 18,000 weekly contributions, according to Reddit’s own statistics. Posts about new counterfeit watch purchases pile up by the hour, both in r/RepTime and r/RepTimeQC, the offshoot subreddit focused on quality control. The posts contain photographs sent from the dealer to the customer, who then seeks advice from the RepTime community on whether they should “GL” (green-light) or “RL” (red-light) their purchase…

…Even a Reddit community with more than a quarter of a million weekly visitors represents a mere fraction of the global fake-watch industry. The Federation of the Swiss Watch Agency has estimated that tens of millions of fake watches are produced every year, dwarfing the number legitimately manufactured by Swiss brands. And, while many super clones sell for between $500 and $700, there are cases of ultra counterfeits posing as watches worth millions.

“There’s a very well-known Patek,” says counterfeit watch expert Adrian Hailwood, referring to an automatic model with the reference number 3448. It was the first serially produced automatic perpetual calendar wristwatch, and there have long been rumors that two examples were made in rose gold for a South American retailer. Only one is publicly known, a 1968 example first sold in Uruguay. In 2011 it was sold at auction by Christie’s for CHF 2,099,000 (about $2.3 million at the time), then sold again in 2025 for CHF 2.7 million (about $3.3 million).

“Allegedly there’s another one,” Hailwood says. “But I’ve seen three—all pretending to be that one, and all of them with faults. So somebody is churning out rose gold 3448s. And if it’s potentially got a list price of a million pounds, there’s a lot of incentive to put them together.”

Hailwood says that because such a piece would have real Patek innards and a totally fake outside, requiring a lot of work and resources and access to parts, each would cost between £20,000 to £30,000 to create. “You can imagine someone going, ‘Look, we can’t put this through public auction, it would be a million pounds. But, say, £400,000 and ask me no more questions.’ People with more money than sense would potentially go for that,” he says.

Million-dollar Pateks tend not to crop up on r/RepTime. Instead, the vast majority of watches subjected to quality control checks are replica Rolexes. Posts scrutinizing the fine details of Submariners, Datejusts, and Daytonas are especially frequent, along with a smattering of Tudor, Omega, IWC, and Cartier replicas. Most tend to be stainless steel, since their low manufacturing cost means these clone watches cannot be made from real precious metal…

…For a thorough expert evaluation of our cloned watches, WIRED met Adrian Hailwood at the UK offices of Watch Collecting, an online watch auction platform he helped launch in 2021, and for which he now provides authentication services. Since much of the production cost of super clones goes on the dial, Hailwood suggested inspecting other parts of the watch.

Under the jeweler’s loupe, he spotted bracelet screws that “really aren’t very round,” and the underside of a clasp that “is very much raw metal” and “not particularly nice.” These imperfections were followed by a Rolex logo on the bracelet which had been “milled out quite amateurishly … Almost looks like someone has done it with a Dremel.”

Hailwood plowed on. “The luminous material looks like it’s not set particularly nicely … The pip is not centered in the triangle, and it’s slightly too yellow for a modern watch.”

One startling piece of accuracy, however, is the coronet (Rolex’s crown-like logo), which since the early 2000s has been laser-etched discreetly into the 6 o’clock position of the sapphire crystal. A couple of millimeters wide and only visible under bright light, the supposed anti-counterfeit measure was present in our replica Submariner. On some fakes the coronet is fudged with a sticker or crudely scratched into the back of the sapphire. Other times it seems genuine, but fails to match the original, which is made up of tiny stars of varying sizes, not just the etched dots of the counterfeit.

Opening the watch revealed a replica movement that looked, at first glance, very much like the real deal. It appeared to be “reasonably good,” but then Hailwood pointed out how there’s a balance regulating arm to help fine-tune how quickly the watch runs—a type of movement that Rolex hasn’t used since 1957. Rolex now uses movements with free-sprung balances, so, in a bid to fool authenticators, counterfeiters have been known to swap the whole assembly around, obscuring the balance components. “That caught a lot of people out,” Hailwood says.

Since WIRED’s watches were examined, however, the counterfeiters have already upped their game. Hailwood claims free-sprung balances have now been introduced across clone movements imitating those by Rolex, Patek Philippe, Richard Mille, and Audemars Piguet. Once a relatively small-volume upgrade, these are now “industrialized features” that eliminate one of the tells he identified in our replica Submariner.

“The investment to produce this kind of clone movement … this is not back-alley sweatshop stuff,” says Hailwood, “this is big factories investing millions to produce full-on clones. It’s said by some watchmakers that these are now close enough that they can be serviced with Rolex parts, which does raise the specter of someone taking a genuine Rolex balance out and swapping it in [to a fake].”…

…According to a May 2025 report from the Organization for Economic Cooperation and Development, the global fake goods trade was worth $467 billion in 2021—the most recent data available—and accounts for 2.3 percent of all global trade, rising to 4.7 percent in the European Union. Clothing, footwear, and leather goods are the most commonly seized counterfeit goods, while watches rank fifth by quantity, and first, comfortably, by value.

A second OECD report focused on Switzerland found that, also in 2021, around $4.7 billion worth of counterfeit goods infringed Swiss trademarks, leading to a $3 billion loss in domestic sales. More than 40 percent of those goods, by value, are watches, with roughly 65 percent of seizures originating in China and Hong Kong. Overall, the global fake Swiss watch market equates to about 7.7 percent of the value of Switzerland’s legitimate watch exports, but with far lower production costs and sales prices per unit.

But remember, these figures are based on seized goods, not those that slip through the postal system unnoticed…

…Ultimately, what’s most striking isn’t merely the scale of this barely hiding counterfeit industry, but the misplaced enthusiasm driving it. These are real watch lovers who have built a genuine online community—people who are fluent in reference numbers, obsessing over index alignment and lume color. They are thrilled to share their knowledge and time, for free, with curious newcomers. It’s very much a genuine passion for watchmaking, but like the crooked hands of a red-lighted replica, it’s pointing the wrong way.

5. Let the Bond Market Speak – Stanley Druckenmiller

The Treasury Department announced on Aug. 19 that it would double the size of its long-dated bond buybacks, from $2 billion to at least $4 billion per operation, aimed at the 10- to 30-year sector and running from Sept. 9 through Nov. 4. The announcement came after the 30-year yield touched a 19-year high. Yields fell within minutes. By the next afternoon they had round-tripped to levels above where they started. The market’s verdict was swift and correct: This wasn’t liquidity management, it was price management—and a mistake far larger than $4 billion suggests…

… Inflation is 3% to 4% and has been above the Fed’s target since 2021. Unemployment is 4.1%, full employment by any definition. The deficit is running near 6% of gross domestic product, a number America has never before produced in peacetime at full employment. The national debt crossed $40 trillion the same week Treasury intervened. Net interest will exceed $1.1 trillion this fiscal year, more than the defense budget. The 10-year yield, even after the summer selloff, sits at or below the economy’s nominal growth rate. That means a borrower (federal government) running 6% deficits at full employment, with above-target inflation, still funds itself at roughly the rate its economy grows….

…The long-term Treasury yield is the most important price in the world. It is also the only fiscal disciplinarian the U.S. has left. Neither party will run on entitlement reform. Both have spent the past decade expanding commitments while ignoring arithmetic. Democracies don’t repair their finances because a budget office publishes a table. They repair them only when the cost of inaction becomes visible and immediate, when mortgage rates bite, when auctions tail, when the political price of a rising long bond finally exceeds the political price of touching spending…

…Every basis point of artificial yield suppression is a subsidy to procrastination. Suppressed long rates sugarcoat the interest-cost projections, shrink the apparent urgency, and let incumbents assure voters the debt is someone else’s problem. If Congress and the administration are unlikely to touch entitlements even with the market’s signal, they are certain not to touch them without one. Whatever this operation saves in basis points, it will cost multiples in delay…

…The defense of the buybacks writes itself: It is a routine tool, introduced in 2024 for liquidity and cash management, trivial against a marketable debt stock approaching $30 trillion. All true but beside the point. Routine operations aren’t announced off-cycle, at double size, on the heels of the long bond’s hitting a two-decade high, with a signal that they can grow without limit…

…What should happen instead is straightforward. Return buybacks to their stated purpose: small, scheduled, off-the-run liquidity operations announced at quarterly refundings, never off-cycle responses to yield levels. Term out the debt honestly and pay the price the market sets. If the 30-year must trade at 5.5% to clear, that isn’t a crisis. It is an invoice. Then do the only thing that durably lowers long-term yields: address the primary deficit. Reform entitlements gradually and honestly, through means testing, indexing changes, eligibility adjustments phased in over decades—so that the burden is shared across generations instead of dumped on the youngest…

…Governments defending prices against fundamentals always lose. The only variable is how much they spend before conceding. 


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have no vested interest in any companies mentioned. Holdings are subject to change at any time. 

Even More Of The Latest Thoughts From American Technology Companies On AI (2026 Q2)

A collection of quotes on artificial intelligence, or AI, from the management teams of US-listed technology companies in the 2026 Q2 earnings season.

Earlier this month, I published More Of The Latest Thoughts From American Technology Companies On AI (2026 Q2). In it, I shared commentary in earnings conference calls for the second quarter of 2026, from the leaders of technology companies that I follow or have a vested interest in, on the topic of AI and how the technology could impact their industry and the business world writ large. 

A few more technology companies I’m watching hosted earnings conference calls for 2026’s second quarter after I prepared the article. The leaders of these companies also had insights on AI that I think would be useful to share. This is an ongoing series. For the older commentary:

With that, here are the latest commentary, in no particular order:

Adyen N.V. (OTC: ADYEY)

The complexities faced by merchants are increasing because of AI and fraud

As the industry shifts, so does the complexity of our customers’ operations and the scope of what we solve. Today, merchants are competing for consumer attention while shoppers expect increasingly personalized experiences and have access to instant product and price comparisons. AI is reshaping enterprise operations, exposing the limitations of legacy systems. Fraud is more sophisticated and requires businesses to protect revenue without compromising the customer experience. It is becoming clear that modern businesses require solutions not only at the transaction, but also well before and after it.

Adyen’s management recently introduced Adyen Agentic, which allows merchants to participate in the AI commerce ecosystem; Adyen Agentic has the Agentic Feed module that allows AI agents to have accurate inventory data; Adyen Agentic has the Agentic Cart module that brings an AI agent’s selection into existing checkout, tax, fulfillment, and order management systems; Adyen Agentic is AI platform-agnostic; major payment companies American Express, Visa, and Mastercard are early strategic partners of Adyen Agentic; Adyen Agentic is already live with some merchants; management thinks that trust must be established instantly when AI agents make payments on behalf of consumers; Adyen Agentic’s payment module enables merchants to accept machine-to-machine payments in a safe and secure way; OpenAI is also an Adyen Agentic partner; navigating the agentic commerce landscape is currently what merchants are most focused on

We introduced Adyen Agentic, enabling merchants to integrate once and participate across the rapidly evolving ecosystem of AI commerce…

…Adyen Agentic is another way in which we expand our platform beyond payments. Two modules of the product suite extend our role earlier in the commerce journey: Agentic Feed structures and distributes real-time catalog, pricing, and availability data into conversational commerce environments so AI agents have accurate inventory. Agentic Cart then hooks the agent’s selection back into existing checkout, tax, fulfillment, and order management systems to build a dynamic, purchase-ready order. Because this architecture is AI platform-agnostic, merchants can integrate once and participate across the entire ecosystem. Early participants in Adyen Agentic include strategic partners American Express, Mastercard, Salesforce, and Visa, as well as enterprise retailers ESW, Scheels, Sézane, and SharkNinja…

… As AI agents begin making purchases on behalf of consumers, trust must be established instantly, without a human in the loop. The payment module within the Adyen Agentic product suite is built to enable merchants to accept machine-to-machine payments while maintaining the same high standards of authentication, fraud prevention, and payment performance that defined our platform for the past twenty years…

… I think it is good to point out on the OpenAI relationship that we work with them as an LLM, as we do with all the parties. That is to help our merchants…To be super clear it is an Adyen Agentic partner and also a customer…

…Currently, what’s top of mind is for merchants is “How are you going to help us through the Adyen Agentic threat for them?

Adyen recently won OpenAI as a customer for consumer payments

Recent wins like OpenAI show our ability to solve the most complex operational and financial challenges in these emerging business models…

…If you look at a company like OpenAI working for us, that is just for payments. That is for payments of their consumers…

…On the OpenAI, it is their payment. It is the payments which their clients pay to them, and no forward-looking statements on that.

Orb helps to reduce the complexities involved with usage-based billing and this is important for software companies because these companies are transitioning to AI-driven usage-based billing; management thinks Orb can open up a market for Adyen with very mature companies; management thinks Adyen can onboard AI native companies with Orb

Our acquisition of Orb extends this strategy beyond customer engagement into monetization. AI is transforming how software is consumed, making usage-based billing the default pricing model for many modern businesses. Traditionally, companies relied on fragmented systems for usage metering, billing, and payments, creating operational complexity. By integrating Orb with our payment infrastructure, we replace this fragmentation with a unified monetization engine spanning the entire revenue lifecycle — from usage tracking to settlement. Beyond basic billing, Orb enables merchants to continuously experiment with, optimize, and evolve their pricing strategies using real-time data. For software and AI companies, this eliminates underlying friction and turns billing into a strategic growth driver…

…Orb, if you look at AI native, that is billing and you see that opens up a market for us where we can land very mature companies…

…The reason to work with Orb is that we can onboard AI native companies. So that is separate from that. What you see is that the AI native companies grow very fast, and the billing sits in their infrastructure. So where we take that, you’ll see that in the future.

Nu Holdings (NYSE: NU)

Nu Holdings’ management introduced NuFormer, the company’s foundation model for financial behaviour around a year ago; since NuFormer’s introduction, management has focused on building a single AI platform that will power the entire Nu Holdings business; the work on building the AI platform includes growing Nu Holdings’ GPU fleet, expanding architecture research, and building on a decade of transaction history across more than 100 million customers; management recently updated NuFormer to a hybrid linear attention design, and trained the model with the Muon optimiser; any improvement to NuFormer can instantly upgrade performance across all of the company’s business lines without retraining; the latest generation NuFormer model has much higher context length and training and inference speeds, while having lower costs; Nu Holdings can now achieve the same predictive performance with NuFormer with 20 million fine-tuning data rows that previously required over 400 million, cutting development cycles from weeks to days; NuFormer now teaches nearly every decision Nu Holdings makes; NuFormer was first deployed in the credit portfolio in Brazil before it was deployed in Mexico, then unsecured lending in Brazil, and to core credit models; NuFormer is now being tested in credit cards for SMEs, and for Nu Holdings’ Colombian customers; NuFormer is also being used to handle more than 60% of customer support conversations in Brazil; NuFormer is being used to predict what a customer wants next and allows Nu Holdings to recommend relevant products; NuFormer is used to put relevant campaigns infront of customers most likely to find them useful; NuFormer is more powerful than traditional models, but managemnt is still tracking its performance

About a year ago, we introduced nuFormer, our foundation model for financial behavior. Since then,e we have focused on one objective, building a single AI platform that powers business and customer decisions across Nubank. That work spans every layer of the stack. We increased and upgraded our own GPU fleet, giving us full control of the compute layer. We expanded our architecture research efforts, and we continue building on one of our greatest advantages, more than a decade of transaction history across more than 100 million customers in three countries…

…We recently advanced NuFormer to a hybrid linear attention design, the same architectural approach behind frontier models like Kimi K3 and Qwen3.5, and we trained it with Muon, the same class of optimizer powering today’s most efficient large language models. By decoupling NuFormer’s core backbone from specific downstream decisions, any improvement to the central model can instantly upgrade performance across all our business lines without costly retraining.

The latest generation quadrupled context length, training speed, and inference speed, while reducing the cost of running models in production. As we have scaled pre-training, the base model’s understanding of how our customers behave has become deep enough to change how we build every model on top of it. To give you one example, today we can achieve the same predictive performance with 20 million fine-tuning data rows that previously required over 400 million, cutting development cycles from weeks to days.

The platform now reaches nearly every decision we make. We first deployed NuFormer in our flagship credit portfolio in Brazil. Through 2025, we replicated the model in Mexico, demonstrating that the platform generalizes across markets. During the first half of this year, we extended it to unsecured lending in Brazil and to the next generation of our core credit models. We are now testing it in credit cards for SMEs and for our Colombian customers…

…Today, AI agents handle more than 60% of customer support conversation in Brazil, with customer ratings at or above human parity.

Beyond underwriting and customer support, we are using artificial intelligence to optimize decisions across credit, deposits, and growth, moving from predicting outcomes to determining the actions that maximize value under real-world constraints. Now the same understanding of transactions that predicts credit risk also predicts what a customer wants next. It allows us to recommend the products that maximize long-term customer value, personalize the app experience, and move toward our vision of an AI private banker.

NuFormer is also improving how we grow. As the model learns our representation of how every customer behaves, we use it to put each campaign in front of the customers most likely to find it useful, and more than 100 campaigns have already run this way. 

One AI platform now powers underwriting, customer support, optimization, and growth…

…It certainly is the case that our AI generated models and assisted models are more powerful than traditional logistic regression models. That is incontrovertible. We are tracking them, though, in the exact same way that we would have tracked our historical models. We are looking at the degree of predictability, the variance at the low- end and the high- end of the predictive range, as well as the outcomes across both back-testing as well as forward-testing of that model in production.

Management believes NuFormer can be translated very quickly from Latin America to the USA, but a specifically US-tuned model will take 1-3 years; management’s focus in the USA in the beginning will be to build out Nu Holdings’ dataset to prepare for expansion once management has the same level of confidence as they do in Brazil, Mexico, and Colombia

It will take us some time to build up the same confidence in our credit risk models in the U.S. as we have in Brazil and Mexico and Colombia, where we have been operating for years. The way to think about it is that the platform, the NuFormer platform for credit models and the credit risk expertise that we have in the company, will translate very quickly across the border. But the actual data richness and building the experience of foundational testing and having the models in place that are specifically tooled for the U.S. market will take somewhere between 12 and 30 months, depending on the degree of maturation of those curves. Our priority at the beginning of our entry into the U.S. market, when that happens, will be to test, learn, build out our data set, and then be ready to expand once we have that same level of confidence there that we do in our core markets.

NVIDIA (NASDAQ: NVDA)

NVIDIA’s management sees supply constraints for 2027 (FY2028)

We expect to grow revenue by approximately 70% in fiscal 2028. This is a supply-constrained outlook…

…Customers’ forecasts point to our growth doubling next year. However, as I mentioned earlier, we expect to grow approximately 70% as we are supply-constrained. NVIDIA Compute is fully utilized across every cloud we serve.

Hyperscale revenue grew 13% sequentially in 2026 Q2 (FY2027 Q2); ACIE (AI Clouds, Industrial, and Enterprise) revenue grew 25% sequentially in 2026 Q2 (FY2027 Q2); management expects the AICE segment, which includes neoclouds, to be nearly half of NVIDIA’s data center business; sovereign AI revenue, driven by neoclouds, was up 35% sequentially and tripled year-on-year in 2026 Q2 (FY2027 Q2); management is seeing regional cloud surging everywhere, because of the fungibility and strong economic characteristics of NVIDIA compute; neoclouds are surging everywhere; management has introduced a revenue-sharing structure for neoclouds, where NVIDIA provides a minimum revenue guarantee to give lenders confidence in neocloud projects, in exchange for a portion of neoclouds’ revenues above that floor; NVIDIA is not making loans for the neocloud projects under the revenue-sharing structure; NVIDIA gets paid twice under the revenue-share structure; management thinks the revenue-share structure expands NVIDIA’s addressable market and has the potential to deliver billions in revenue; management expects the AICE segment’s computing needs to be larger over time than the whole of global cloud computing today

Hyperscale revenue of $49 billion grew 13% sequentially, driven by sustained strength in Blackwell…

…ACIE revenue of $40 billion increased 25% sequentially and 138% year-over-year. Growth was driven by neocloud capacity additions to meet the rising demand from enterprises, AI startups, and sovereigns, as well as hyperscalers purchasing capacity to supplement their own build-outs…

…Hyperscalers will remain a major growth driver, but non-hyperscaler growth, our ACIE segment spanning sovereign regional neoclouds, enterprise edge, and air gap data centers will represent roughly half of our data center business…

…In sovereign AI, our business, primarily through the regional neoclouds, grew 35% sequentially and more than tripled year-over-year in Q2…

…Because NVIDIA Compute is productive, fungible, rentable, and durable, regional cloud interest is surging around the world. We helped CoreWeave, Nebius, and Nscale build entire infrastructure businesses, and neoclouds are emerging everywhere. Firebird in Armenia, Cassava Technologies across Africa, GMI Cloud in Taiwan, Yotta and Neysa in India, Firmus in Australia, YTL AI Cloud in Malaysia, pairing local land, power, and operating expertise with our platform. Last month, we announced a partnership with Noetra, Japan’s national AI company, to build an NVIDIA DSX AI factory that will create open models to power AI agents, digital twins, robotics, and physical AI applications. South Korea’s LG and Hyundai Motor Group are partnering with NVIDIA to build and scale AI. In Europe, a record 35 new NVIDIA-powered AI supercomputers were unveiled to advance industry and scientific breakthroughs. 

Neoclouds are seeing strong demand pipelines for many diverse offtakers. Rather than allocating their entire capacity to a single long-term offtake guarantee that lenders typically require to finance a data center independently, we have introduced a revenue-sharing structure. NVIDIA provides a take or pay commitment on a portion of the facility’s capacity, a minimum revenue guarantee that gives lenders the confidence to underwrite the project, and in exchange, we share in a portion of the neocloud’s revenue earned above that floor. Independent capital still underwrites every deal on its own merits. We’re not making loans. In this model, we get paid twice, once on the hardware sale and again through the share of rental revenue, a highly reoccurring stream layered on top of a one-time equipment purchase. Over time, this model can expand our addressable market and create reoccurring usage-linked revenue stream alongside our core platform revenue, with the potential to drive billions in revenue over the medium to long term…

…There is sovereign AI, there are regional AIs, there are neoclouds, there are AI startups at enterprises where we are seeing, which represents about half of our business, and that is growing 100% a year. That part of the world’s computing is likely to be larger over time than even what we are currently experiencing in the cloud.

Half of NVIDIA’s Data Center revenue comes from hyperscalers, and the other half comes from ACIE (AI Clouds, Industrial, and Enterprise) customers, including sovereigns; ACIE customers grew 31% sequentially in 2026 Q1 (FY2027 Q1), with AI Cloud revenue tripling year-on-year; the number of partner data centers in the AI Cloud business exceeding 10 megawatts is now over 80, up nearly 100% year-on-year; Sovereign revenue was up 80% year-on-year in 2026 Q1 (FY2027 Q1); NVIDIA’s AI systems are now in nearly 40 countries

NVIDIA’s management sees a backlog of $2 trillion in the cloud industry; management expects hypercaler capex to be nearly $800 billion in 2026 and $1.3 trillion in 2027

With cloud industry backlog now greater than $2 trillion, CapEx by the top five hyperscalers is expected to reach nearly $800 billion in 2026 and $1.3 trillion in 2027.

NVIDIA and Amazon’s AWS recently expanded their partnership, whereby AWS will be deploying an additional 2 million GPUs, and Vera CPUs, from 2026 Q3 (FY2027 Q3) through to 2028 Q2 (FY2029 Q2); AWS will be serving NVIDIA’s Nemotron family of open source models; Amazon will be adopting NVIDIA’s full physical AI stack for its warehouse robots

Today, we are delighted to announce an expansion of our partnership with AWS. Building on its already vast installed base of NVIDIA Compute, AWS is deploying an additional 2 million GPUs starting this quarter through the second quarter of fiscal 2029, along with Vera CPUs, some integrated with Rubin, others standalone. AWS will serve NVIDIA Nemotron family of open models on Amazon Bedrock and SageMaker. Amazon will also adopt our full physical AI stack, Omniverse, Cosmos, Isaac, and Jetson to power its fleet of warehouse robots.

NVIDIA’s management is seeing the company’s neocloud partners bring capacity online faster and at lower cost; management expects neoclouds to have 8 GW of total capacity by end-2026, up from 3 GW at end-2025

Using NVIDIA DSX reference designs, our neocloud partners are bringing capacity online faster and at lower token cost. They are expected to exit the year with 8 GW in total installed capacity, up from approximately 3 GW at the end of 2025.

NVIDIA’s next-generation GPU system, the Vera Rubin, has brought its revenue opportunity to $40 billion per gigawatt; Vera Rubin delivers 30x higher throughput per megawatt, and 35x lower token cost, compared to Grace Blackwell Ultra systems; NVIDIA started shipping Vera Rubin in Aug 2026; management expects Vera Rubin to be the fastest product ramp in NVIDIA’s history; management expects Vera Rubin to be 20% of Data Center revenue in 2026 Q3 (FY2027 Q3); management thinks the revenue opportunity for future generations of GPU systems on a per gigawatt basis should increase materially over time, as the newer GPU systems become ever more productive

Since Hopper, our revenue opportunity has grown from roughly $18 billion per gigawatt to $25 billion with Blackwell, to $40 billion with Vera Rubin…

…Vera Rubin exemplifies this, delivering 30x higher throughput per megawatt and 35x lower token cost relative to Grace Blackwell Ultra. We commenced production shipments of Vera Rubin earlier this month. Having already received purchase orders from every major hyperscaler, AI cloud, and system OEM, we expect Vera Rubin to mark the fastest product ramp in NVIDIA’s history…

…We see Vera Rubin accounting for about 20% of data center revenue in Q3…

…[Question] As we think about the path even beyond Vera Rubin, we think about Vera Rubin Ultra and so on and so forth. Should we really conceptualize $40 billion goes to $60 billion, $80 billion?

[Answer] Is our goal to put as much compute on a plot of land? Is our goal to put more compute into 1 GW or less? Obviously, we would like the speed of light answer. The perfect answer is actually infinity per gigawatt. If we could literally get $1 trillion of compute into 1 GW and one piece of Land, Power, and Shell, it would be a fantastic outcome. The answer is directionally in that direction. We started in the world of general purpose computing during Moore’s Law. We were probably, pick your favorite number, but I am going to go with something like $5 billion, $3 billion per gigawatt of compute with general purpose computing. Then eventually with Hopper, it was $18 billion. Now Grace Blackwell is $25 billion. Next, Vera Rubin is $40 billion, and after that it is going to be higher. That is excellent. That is fantastic for the industry. It is fantastic for customers. So long as the productivity of it continues to grow, the durability and the fungibility continues to grow, then people are happy to invest in assets that generates revenues, generates profits, and helps them recoup their returns so incredibly fast.

NVIDIA’s Spectrum-X Ethernet product grew 2.6x year-on-year in 2026 Q2 (FY2027 Q2), making NVIDIA the largest and fastest-growing network company globally; there are 5 different types of networking systems needed to run AI data centers

Spectrum-X Ethernet, which grew 2.6x on a year-over-year basis, is already helping us become the largest and fastest-growing network company in the world…

…We just mentioned, each gigawatt of technology and NVIDIA’s revenue exposure in the Hopper timeframe with Hopper plus InfiniBand, and now Vera Rubin and CPU and three types of different networking, because it takes that many types of networking to address the entire world’s data center. Not to mention the scale-in security networking and the scale across multi-campus networking. You could argue five different types of networking systems.

NVIDIA’s ethernet networking product, Spectrum X, is now larger than all ethernet peers combined; NVIDIA’s other networking product, Infiniband, grew 4x year-on-year in 2026 Q1 (FY2027 Q1), driven by XDR technology

NVIDIA’s management sees agentic AI driving demand for CPUs; NVIDIA is in full production for its Vera CPU; the Vera CPU completes agentic tasks 1.8x faster, and provides 5x the bandwidth per watt, compared to other CPUs; management expects the Vera CPU to be deployed by all hyperscalers and major neoclouds and AI labs; management continues to see $20 billion in total CPU revenue in 2026 (FY2027); management expects CPU revenue to more than double in 2027 (FY2028)

Rising adoption of agentic AI is driving an acceleration in demand for data center CPUs…

…Today, we are in full production of our next generation Vera CPU. As a standalone product, Vera expands our TAM even further. Vera completes agentic tasks 1.8x faster on the spec benchmark and provides five times the bandwidth per watt than any other data center CPU. We expect Vera to be deployed by every major hyperscaler, neocloud, AI lab, and system OEM, with shipments already underway to our lead partners, including OCI, SpaceX AI, and starting this quarter, AWS. We continue to see demand for approximately $20 billion in total server CPUs. Based on our customer demand and improving supply outlook, our preliminary expectation is for CPU revenue to more than double in fiscal 2028, positioning us as one of the world’s leading server CPU suppliers.

NVIDIA’s rack-scale LPU (language processing unit) system, Groq 3 LPX, is in full production; Groq 3 LPX produces 4x the number of tokens per second against the next best alternative; management expects to ship Groq 3 LPX in volume in 2026 Q3 (FY2027 Q3)

At Hot Chips earlier this week, we announced that Groq 3 LPX, our first rack-scale LPU system, is in full production and already setting records, demonstrating nearly 4x the number of tokens per second against the next best alternative on our Artificial Analysis benchmark. We expect to ship Groq 3 LPX in volume later this quarter to early adopters. Nebius will be the first.

Global VC funding for AI exceeded $400 billion in 2026 H1; 70% of global VC funding is spent on compute; 20 AI startups have exceeded $1 billion in annualised revenue run rate, up from 13 AI startups in 2025 Q4; AI startups specialising in vertical enterprise software grew the fastest

Global VC funding in AI, roughly 70% of which is spent on compute, exceeded $400 billion in the first half of 2026, surpassing the $265 billion raised in all of 2025. Nearly 20 companies, including Cursor, owned by SpaceX, Figma, and Together AI, now exceed $1 billion in annualized run rate revenue, up from 13 companies in Q4 of last year, with vertical enterprise software logging the fastest growth.

Samsung Electronics is using NVIDIA’s solutions to achieve 20x greater performance in computational lithography

Samsung Electronics is using NVIDIA cuLitho to achieve up to 20x greater performance in computational lithography.

NVIDIA’s management sees the company as a neutral partner to sovereign and neoclouds

We don’t own a cloud ourselves. We are a neutral partner to every sovereign and neocloud.

NVIDIA’s management sees extraordinary compute demand from frontier AI labs, but the frontier AI labs’ balance sheets and credit profiles cannot support their compute needs; NVIDIA has invested $50 billion in frontier AI labs; NVIDIA has partnered with 6 of the world’s leading infrastructure capital providers to establish financing platforms that will raise more than $500 billion of 3rd-party capital to fund the compute needs of the frontier AI labs; NVIDIA recently partnered Softbank Energy for a Portsmouth data center that will exclusively host NVIDIA compute for OpenAI, and NVIDIA is providing credit support; OpenAI has existing and planned commitments for 12 GW of NVIDIA compute; NVIDIA has provided credit support for 2 GW of compute for another frontier AI lab that has also secured substantial amounts of NVIDIA compute independently; management does not see the credit support for OpenAI and other frontier AI labs as circular financing, and instead, sees attractive returns from the support with limited risk; management thinks the frontier AI labs are once-in-a-generation companies that will become the largest technology companies in history; NVIDIA’s compute for supporting the frontier AI labs is fungible and can be used by other customers; management expects NVIDIA-supported demand from frontier AI labs to be 25% of NVIDIA’s business in 2027 (FY2028); management sees the frontier labs having skyrocketing sales and fantastic margins

The frontier AI labs have extraordinary demand for training and inference compute, but they are growing faster than what their balance sheets and credit profiles can support. They have rapidly growing customer demand, yet still lack the decades-long infrastructure contracts and investment-grade financing capacity needed to secure the AI factory infrastructure independently. In other words, their growth is not limited by their technology or customer demand. It is limited by compute. For these companies, more compute means more intelligence, more users, and more revenue. NVIDIA is needed to help power this flywheel. 

First, we have invested nearly $50 billion in the frontier AI labs. This was a meaningful commitment, but it represented a small fraction of our expected free cash flow over the same period. Further, to support the frontier labs infrastructure build-outs, we recently announced partnerships with six of the world’s leading infrastructure capital providers, Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs, and KKR, to establish financing platforms that will raise over $500 billion of third-party capital. With these partnerships, building on our unique, fungible, and durable computing platform, the AI labs will be able to build and assess AI infrastructure funded by long-term institutional capital at relatively attractive rates.

Last week, we announced that we secured land power shell capacity through our partnership with SoftBank Energy to exclusively host NVIDIA Compute at their Portsmouth campus. The initial deployment, expected to support 4.25 GW of AI factory capacity, will be utilized by OpenAI. Each generation of NVIDIA AI factory systems deployed at PORTS-Pike could represent approximately 1.5 million NVIDIA GPUs, and over 20 years, the site could support multiple upgrade cycles. Here is the essential economic point. The LPS commitment secures a long-lived AI factory site, while the NVIDIA Compute within the data center can be upgraded repeatedly. This project deepens our longstanding partnership with OpenAI. OpenAI has committed to substantial deployments of NVIDIA AI infrastructure through 2030. OpenAI’s existing and planned commitments represent approximately 12 GW of NVIDIA Compute. For another frontier AI lab, we will provide selective credit enhancement for nearly 2 GW of compute. This complements the substantial NVIDIA Compute capacity they have secured independently without NVIDIA’s credit support.

We recognize the scale of this support, and we know some will call this circular financing. We see it differently. We are going through a major computing platform shift, the creation of one of the most important technologies in human history, and these are once-in-a-generation companies. Their technology leadership is proven, and their customer traction and usage are skyrocketing. We expect them to become the largest technology companies in history. We believe these investments, measured against the strength of their demand, the business they create for us, the ecosystem they build on NVIDIA’s platform, and the equity returns on our invested capital will be excellent, and our risk is limited.

The NVIDIA Compute platform is fungible and durable and can be redeployed to support other customers. For context, we expect demand from the AI labs for which we expect to leverage our balance sheet to contribute toward roughly a quarter of our business next year. This remains compute we ship will be consumed by investment-grade customers or those that are backed by one…

…The frontier labs, their sales are skyrocketing. Their margins are fantastic. They are generating profitable tokens. They are only limited by the amount of compute.

NVIDIA earned minimal revenue from China in 2026 Q2 (FY2027 Q2); management does not include China in its outlook

In Q2, we shipped less than 1% of our total data center revenue in Hopper 200 products to customers based in China in accordance with the U.S. government licenses. Current Hopper shipments are dilutive to corporate gross margins, and given ongoing geopolitical uncertainty, there is no China data center compute revenue in our forward outlook.

NVIDIA is extending longer payment terms to customers

Days of sales outstanding increased to 60 days, reflecting extended payment terms for large purchases by certain investment-grade customers to be shipped over multiple quarters.

NVIDIA is experiencing extreme pricing conditions for memory chips; management has decided to absorb memory-related costs, resulting in lower gross margins for NVIDIA; the scarcity in memory chips is driven by the AI build-out; NVIDIA has good relationships with the main global suppliers of memory chips, and is working with them to increase capacity for NVIDIA

GAAP and non-GAAP gross margins were both 75%, largely unchanged from last quarter due to a similar product mix…

…Many of you have expressed concerns regarding our gross margins, as component costs have risen significantly. As you are already aware, we are experiencing extreme pricing conditions in memory. The magnitude of the price increase has exceeded our prior expectations and are headed even higher into next year. As a result, we are resetting expectations today. For Q3, we expect GAAP and non-GAAP gross margins to be 74% ±50 basis points. We expect margins to bottom in Q4 in the 71%-72% range before settling at 72%-73% in fiscal year 2028 as executed price increases take effect in Q1…

…Memory scarcity today is being driven in large part by the AI build-out itself, and unlike a component that simply raises our cost with no offset benefit. Tighter memory supply is a symptom of the same demand surge that is driving our own growth. We have longstanding, deep relationships with all three major memory suppliers, and we are working closely with them to further increase the capacity our roadmap requires.

The amount of compute required by an AI agent is 15-100 times higher than that of a human

The amount of compute necessary for an agent versus a human using it is probably 15 – 100 times, depending on the type of problem you are trying to solve. The amount of compute necessary is just extraordinary.

It’s getting increasingly more difficult to stand-up AI infrastructure; NVIDIA’s management thinks the cost to develop 1 GW AI data center has increased from $30 billion 5 years ago to $60 billion today, but the increase in productivity has also been tremendous; management thinks that the absolute-large sum of capital needed for AI data centers today, coupled with the fact that NVIDIA’s compute can be used across multiple phases of the AI life cycle and models, mean that NVIDIA has an extraordinary advantage; NVIDIA’s management thinks that the return on investment on a $50 billion data center is now less than a year 

It is also the case that you can no longer procure technology per se and stand up this infrastructure. You have got to go secure the Land, Power, and Shell, which oftentimes is a couple, two, three years out. All of the rest of the supply chain necessary to align the construction, the power, the cooling, all of the labor that is necessary…

…Each gigawatt of data center increased from, say, $30 billion about five years ago to now $60 billion today. Of course, the productivity’s tremendous. The performance is incredible in comparison. But you are talking about a $60 billion investment. To the extent that you could use it across multiple phases of the AI life cycle, run every single type of model you can imagine running on it, whether it is diffusion or autoregressive or state space or some hybrid version of that, every version of attention mechanism you can think of, small or large models. The investment that you make will be preserved and useful and productive for a lot longer time. I think our advantage in this new world is really quite extraordinary, and it could explain why it is that our growth is actually accelerating…

…I heard the other day that return on investment capital is now less than a year, and we are talking about $50 billion data centers.

NVIDIA’s management sees any procurement of NVIDIA compute by the hyperscalers to be very profitable for the hyperscalers

Back in this hyperscale space, that is growing incredibly too, right? You know that they now have backlogs of $2 trillion. You know that when they stand up NVIDIA Compute, when that happens, their revenues go up, their earnings contribution go up. Compute is profitable, very profitable today, and Compute directly translates into increased revenues.

NVIDIA’s management sees the company’s computing systems as having a different purpose to the inference-specific AI chips that the rest of the AI ecosystem, including the frontier labs, are developing; management is confident that NVIDIA’s computing systems will remain very valuable for, and widely used by, the frontier labs

[Question] A lot of these investments are designed to help the frontier labs, especially OpenAI and Anthropic, but both of them are designing their own custom chips. In fact, OpenAI just in the last few days spoke about Jalapeño and their claims about being better than Blackwell and so forth. So how are you balancing this dynamic where you want to invest a lot in the ecosystem, but part of that ecosystem wants to develop competitive solutions?

[Answer] We’re building something very different. Whereas many of these XPUs are inference-specific chips for one cloud or one service, NVIDIA is a platform, an entire AI factory platform that spans the entire AI life cycle that you can use in any cloud. It’s in every cloud. You can run anywhere. We’ll help you set it up anywhere. We built something very different. All of the AI services, at some point, are going to want to go around the world, and those data centers won’t necessarily be just built by them. They’re going to run, and I think they’re going to run on NVIDIA all around the world. And of course, I think our technology, I have 100% confidence that our technology will continue to be extraordinary for them and that the economics of using our technology, whether it’s from data processing to training, to post-training, to agentic processing, our technology’s going to be extraordinary for them. They’re going to use it. I’m very confident that they’re going to be customers and partners of ours for a very long time.

NVIDIA’s management sees a need for both open-source and closed models; management sees skyrocketing use for both open-source and closed models; management sees that nearly all open-source models are running on NVIDIA’s computing systems; management sees skyrocketing revenue and great margins for both open-source and closed model providers; management thinks NVIDIA’s position in open-source models is great because of the wide proliferation of CUDA; management thinks open-source models are reaching frontier capabilities, and is vital in cybersecurity; management thinks NVIDIA is the only platform that runs every frontier model; management thinks both open-source and closed models will succeed, and is happy that is the case

The world will need both closed models and open models. Both closed models and open models are skyrocketing in use. I would say nearly all open models run on NVIDIA, and the reason for that is because NVIDIA’s footprint around the world is the highest, and our architecture is the most fungible…

…The frontier labs, their sales are skyrocketing. Their margins are fantastic. They are generating profitable tokens. They are only limited by the amount of compute. That is equally true for open models. Our position in open models is very good because the CUDA ecosystem is literally everywhere.

The open models are also foundational to just about every AI startup and every enterprise company around the world. It is vital to them. The reason for that is because you should rent intelligence, strong intelligence, smart intelligence wherever you can, which is the reason why we rent it, and I encourage my employees to use the cloud service as much as they can. But every major company and surely every country and every startup needs to build their domain-specific, their proprietary AI, their proprietary alpha. The open models reaching frontier levels has made it possible, has enabled them to all do that. One of the areas where frontier models is vital is cybersecurity. You see the number of cybersecurity companies that are enabled by frontier models so that they could have distributed, massively distributed, continuously running autonomous cybersecurity systems to defend. Those companies are emerging…

…I’m fairly certain we’re the only platform that runs every frontier model, whether it’s closed or open. Most of them were built on NVIDIA, so they run great on NVIDIA. So we’re delighted by any model succeeding. So long as models succeed, I’m very happy. Both closed and open models are going to succeed, and they’re both simultaneously driving our sales.

NVIDIA’s management thinks that demand in the AI industry will inflect further upward when recursive self-improvement and AGI (artificial general intelligence) happens with AI models; the inflection will be driven by the proliferation of agents

[Question] There’s recursive self-improvement, which apparently at Anthropic and OpenAI is going very well with AI that improves itself. Even OpenAI said they could hit AGI by the end of this year. With the developments in RSI as well as AGI, what happens to industry demand? Does it inflect further? What does it mean for NVIDIA when those things take place?

[Answer] It’s going to inflect further. Today, the vast majority of AI is prompted by people. I believe that this last month it has crossed. Most AI are now agentic. But in the future, every company will have a whole bunch of agents. We have 40,000 employees, roughly. In the future, we’ll have 400,000 agents, 4 million agents. Those agents are running continuously. They’re running in the background. If you know anybody who builds edge personal AI agents, and they run it on their DGX Spark. I know a lot of people who run it on DGX stations, this incredible workstation that we’ve built, and you can buy it from Dell, and they’re incredible. These AI agents running on a DGX station runs 24/7, because you got stuff for it to do all the time. When the world goes to agentic, fully agentic systems, you are going to have agents running all the time, working with other agents running all the time. Those will be working in the background, improving your company, improving your lives. In a lot of ways, we are kind of recursive at this point. You could argue it is coarse-grained, but every time you run through an agent, it reflects on how it could do a better job next time, and it updates the skill file. The skills document, the markdown, is updated at the end of every single one of them. Next time you run it is going to get better. It is a kind of a loosely coarse grain self-improvement.

NVIDIA’s management thinks AI is now doing useful productive work and generating profitable tokens; management thinks the AI industry will generate more profitable tokens if they had access to more compute

I think the most important thing that matters for the industry is that, one, AI is now doing productive and useful work. Two, AI is generating profitable tokens. Three, if we had more compute, we could generate more profitable tokens, which results in more profit for all of the services. This is the exact phase where we are at.

State of the AI market?

Last year, one of the funnest things to do is just to go figure out where I go for dinner and who I have dinner with, and their stock price doubles the next day.

NVIDIA’s management sees the entire supply chain for the semiconductor industry as being challenged

Our entire supply chain is challenged. Everybody is really running flat out. More capacity is coming online all the time, which is one of the advantages of what’s going to happen this year. It’s not going to come online in an instance in time, but it’s going to come online every day.

Okta (NASDAQ: OKTA)

Okta’s management is seeing the emerging use of AI elevating the importance of identity in a company’s security posture; management thinks securing AI identity is a no-regret investment that all organisations will make, regardless of how the other areas of AI develop

The emerging use of AI by organizations and threat actors alike has further elevated the role identity plays within a company’s security posture. Organizations are accelerating their infrastructure modernization timelines to address this heightened threat environment. We are seeing conversations that begin with securing AI broaden into identity modernization initiatives…

…We don’t have all the answers, but what we do know is that there are some no regrets investments. We know that every customer is going to have to figure out where their agents are. They’re coming from all over the place. They’re going to have to figure out what they can connect to, and they’re going to have to figure out what they can do. No matter what happens at the model layer or the platform layer or the app layer, or if applications build their own agents or they get disrupted with agents, what the companies build themselves, that’s all going to unfold. What model is the best? Is it an open source model? Is it a frontier model, some combination? That’s all going to unfold as it will over the next several years. But the no regrets decision is you have to have this foundation of where are my agents, what can they connect to, and what can they do?

Okta recently acquired Permiso; Permiso detects and resolves threats across human to agentic identities in multi-cloud environments; management will integrate Permiso into Okta’s existing Identity Threat Protection and Identity Security Posture Management solutions; 80% of security breaches are identity-based attacks, but only a small percentage of Okta’s customer base has the most advanced Identity Threat Protection product that is integrated with Permiso; Permiso has 400 native risk detections

We just completed the acquisition of Permiso, a cloud-native identity security platform that detects and mitigates threats across human, non-human, and agentic identities in multi-cloud environments. Permiso Will be integrated into a unified security offering with our existing Identity Threat Protection and Identity Security Posture Management solutions. The combination strengthens Okta’s AI security offerings with enhanced visibility into autonomous agent behaviors and additional runtime controls to ensure secure agentic activity in real time…

…80% of breaches are identity-based attacks. But when you look at our customer base, relatively small percentage have the most advanced Identity Threat Protection product. Identity Threat Protection, we have talked about it for a while, Jonathan. It is very important and very unique, and by the way, very differentiated. None of the other IdPs have this. It not only evaluates session risk at the time of login, but also post-login. Continuously monitors it, looks for risk signals, not only from Okta, but risk signals from the ecosystem, from CrowdStrike and Palo Alto Networks, and takes those all together and can shut down sessions after login. So any company that is running identity without this technology, you are at risk and you are behind, but not everyone has upgraded to it… Permiso, the way to think about Permiso, it is like the next generation of that. So instead of 90 native risk detections, they have 400 native risk detections. So it is a much richer and deeper set of correlative processes and machine learning that can really look at a session deeply across many vectors and many variables and detect risk.

Okta’s management continues to see 3 advantages the company has in securing AI agents for organisations, namely, (1) distribution, (2) product breadth, and (3) neutrality; Okta’s product breadth was a driving force in its recent mult-imillion deal for Okta for AI Agents with a large healthcare company; the large health company was dealing with agentic sprawl, and Okta will give it a single control plane to discover, secure, and govern its agents; Okta will also manage the healthcare company’s entire identity fabric; Okta’s existing distribution scale of being the identity system of record for more than 20,000 customers helped it win a deal for Okta for AI Agents with a global business management consulting firm; Okta’s neutrality helped it win a deal for Okta for AI Agents with a large asset manager; the asset manager had thousands of agents in production from multiple vendors and only Okta’s neutral platform could cover all the agents without vendor lock-in; Okta’s customers see the company as being well-positioned to secure AI agents

Identity is the primary control plane for securing AI, and customers are extending the trusted foundation they already rely on with Okta’s neutral, modern, enterprise-grade identity platform to now cover agents. We continue to build on three unique advantages to help our customers navigate this shift: distribution, product breadth, and neutrality…

…Our product breadth was a key driver in securing a multimillion dollar Okta for AI Agents deal with a Fortune 50 healthcare company. AI was spreading across their organization, and they could not tell where their agents were, what those agents were connected to, and what they could do. Okta will give them a single control plane to discover, secure, and govern those agents, helping them meet strict HIPAA compliance requirements. Okta will manage their entire identity fabric, including agent governance, Privileged Access Management, and identity security, helping to ensure every human, non-human, and agent identity is managed.

Our distribution advantage comes from the reach and trust we’ve built as the identity system of record for more than 20,000 customers. We saw it at work with a global business management consulting firm that was racing to put its own AI agents into production. After considering an in-house build, the firm chose Okta for AI Agents for its single control plane for human and non-human identities, faster deployment, and lower cost of ownership. Okta will carry the agents’ identities through every handoff, binding the agents to the original employee’s delegation with a verifiable record that can satisfy client and regulator requirements.

Our neutrality was critical to an Okta for AI Agents deal with one of the world’s largest asset managers, where AI was rolling out faster than their security team could govern. Thousands of agents from multiple vendors were running in production, creating risks the organization couldn’t consistently see or control. Only Okta’s independent and neutral platform could cover their heterogeneous environment, from employees and devices to AI agents without vendor lock-in. Okta will provide visibility across all agents and enforce least privileged access so every agent gets only what it needs…

…Our place in the ecosystem is super important and super strategic. It is not just me saying that. I think it is in all these customer conversations. I am having many customer conversations. I am flying around meeting these customers that are trying to solve these security challenges in general, but in particular around AI agents. They see us as like the naturally well-positioned to secure this agentic future. We are going after that on all fronts…

Okta for AI Agents lets organisations secure and control every AI agent they deploy; Okta for AI Agents is still too small to show up in Okta’s overall numbers, but management is very optimistic about its future and thinks being the system of record for agents could be the biggest category in cybersecurity; Okta won dozens of Okta for AI Agents deals in 2026 Q2 (FY2027 Q2) and the deals included several million-plus deals; Okta for AI Agents deals continue to be bigger than the average deal size; management thinks the biggest competitor for AI deals is customer-confusion because every vendor is saying they have the answer; management is seeing a big pipeline for Okta for AI Agents and the question now is how fast the pipeline will convert; 81% of the CISOs (chief information security officer) Okta has spoken to are aware of the risks of deploying agents without adequate security; management thinks Microsoft is trying to copy what Okta is doing with Okta for AI Agents; management sees ServiceNow and Salesforce as being more complementary than competitive, with Okta helping ServiceNow build kill switches for AI agents, and helping users log into Salesforce’s Agentforce; management is currently implementing a per-user uplift pricing model for Okta for AI Agents because that’s what customers want; management will change the pricing model for Okta for AI Agents quickly based on customer feedback; there is some consumption limit with Okta for AI Agents’ pricing model; management thinks it’s possible that Okta for AI Agents will become material for Okta by 2028

Customers want to move quickly without compromising on security and control. Okta for AI Agents lets them do both by helping them discover, govern, and protect every agent…

…As exciting as that is, Okta for AI Agents, it is too small to show up in the numbers right now. Going forward, especially over the next couple of years, we are super optimistic. We think this being the system of record for agentic, for agents in the enterprise and being the system of record for agent identity. In the fullness of time, it could be the biggest category of cyber…

…Particularly strong was the 30% of the new bookings were from new products. Okta for AI Agents inside of that bucket, there were dozens of deals in the quarter, including several million-dollar-plus deals, which is super exciting…

…But what I said last time around, the average deal size for AI deals being bigger than the average deal size for the rest of Okta, that still remains the case…

…[Question] It was great to see those early AI security wins. I wanted to touch a little bit more on just competitive dynamics. Could you help us understand that scene right now?

[Answer] The biggest competitor is confusion. We are competing against confusion, so our solution has to be clarity. And customers are confused because there is so much excitement and so much opportunity in AI. It is the natural tendency of every vendor to say, “What we are doing and what we have done in the past is critical to AI. We have the answer. We have the one answer.” And I think that confuses the customer because they have 17 vendor meetings, and every vendor tells them they have the right answer…

…Last quarter, we talked about record pipe. The pipe is even bigger, and there’s more pipeline. The question is how fast it will convert, right? We don’t have four years of history on conversion. When we think about the future, there’s obviously some degree of being prudent about how fast that’s going to convert. But the pipeline’s there…

…81% of the CISOs that we talk to are aware right now that they are exposed with agents deployed in their enterprises where they do not yet have an adequate security platform in place. A very high percentage of our customers know that they have the need…

…[Question] You got Microsoft, Salesforce, ServiceNow. Maybe can you give us some perspective about to what extent do those products overlap and compete with your Okta for AI Agents?

[Answer] I think Microsoft is copying us, which I think they have been for 15 years. I think they’re copying what we’re doing, and they see the value of an agent registry. I think the challenge for them is going to be it’s really hard to be neutral, and it’s really hard to make an agent registry that works as well for Amazon and Google and OpenAI and Anthropic as it does for Azure and Microsoft. But I think they have a similar vision, and it looks at least from their blogs, I don’t know if they have a real product yet, but at least from their blogs, it seems like they are copying us. 

Then, I think ServiceNow and Salesforce are like every vendor. I think they’re coming at the problem from their perspective. ServiceNow is coming at it from a very asset management, workflow management perspective, and we found it very valuable to work with them because we can add a lot of value in that environment. We can really help them sever the connections, the trusted connections between agents and the rest of the ecosystem. We’re at that level of detail. We have the tokens, we have the protocols, so that can really help the control tower from ServiceNow actually come to fruition with a kill switch that can actually kill the connections. That’s been a really valuable partnership. Salesforce, similar, it’s like they’re coming from more of the service and support and platform layer to some degree, but guess what? People log in to Agentforce through Okta, and we can help people securely connect Agentforce to everything else in the ecosystem. Because the more Agentforce agents are connected to data across the ecosystem, the better, and we can help with that.

So everyone’s kind of sticking in their own lane, and lucky for us, our lane is perfect for this world. Our lane is people to technology and then technology to multiple different vendors with multiple different plays in the technology space. We’re very good at that…

…[Question] Just given how quickly agentic AI adoption is happening out there, how are you incorporating the number of AI agents in your deal?

[Answer] Our pricing model is per user. If you want to buy Okta for AI agents, it’s an uplift to your per user charge. The product works across different use cases, so it can be login for the user and the agent, it can be passing the agent credential across the whole chain of command, it can be governing the agent, but the pricing is per user, an extension of the per user price. Now, the first thing everyone says is, “Well, that’s crazy. Seats are going away, and you’ve got to charge per agent.” That all may be true, but the way customers are using agents now and the way they want to buy is per user. One of our advantages is we’re super close to the customers, and as I’m sure this is for sure going to evolve, and as we come up with ways that work for the customer and work for Okta, how to package it and price it differently, we’ll iterate quickly and give them what they want…

…[Question] Is there any consumption limit on those per user pricing?

[Answer] In our products, we haven’t done that much, but we’re starting to add that stuff…

…[Question] Can you talk about how much the raise in the outlook was due to AI?

[Answer] Still immaterial. Still very small. We are very early innings. But like we have talked about here, we are excited about the long-term opportunity. So for FY 2027, we do not think it is going to be material, but 2028 and beyond, if things keep going the way that they are going, then we do think that there is a real possibility for this to be material for the business in the long run. 

Okta’s management thinks the fragmented AI landscape is creating huge opportunities for Okta

The fragmentation of the AI landscape creates significant opportunities for Okta. As enterprises deploy agents across models, clouds, applications, and infrastructure, they need a neutral identity layer that can secure it all.

Anthropic recently named Okta as the first identity provider for enterprise-managed auth for MCP connectors; enterprise-managed auth is generally available; enterprise-managed auth allows organisations to centrally govern how Anthropic’s Claude connects to applications; Okta’s management recently expanded Cross App Access, Okta’s open standard for securing AI, with more integrations; Okta’s management thinks that cybersecurity in the future will take the entire AI industry to work together to secure; management thinks the addition of Anthropic to Cross App Access is a big step forward for the open standard; Anthropic’s release of enterprise-managed auth is the first time an AI agent has been compatible with Cross App Access; 26 top SaaS vendors are supporting Cross App Access

That’s why we partner with industry leaders, including Anthropic, which this quarter named Okta the first identity provider supporting enterprise-managed auth for MCP connectors. Now generally available, enterprise-managed auth enables IT teams to centrally authorize and govern how Claude connects to enterprise applications.

We also recently expanded our work with AWS, Cisco, OpenAI, Databricks, and Snowflake, alongside more than 25 new Cross App Access integrations, providing a standardized way to govern how AI agents connect to a growing ecosystem of enterprise applications and resources…

…I think longer term is something we are working on as well. I think longer term, the entire industry needs to work better together. The industry right now in security, everyone is coming at the customer saying they have the only answer. They can secure agents. They are going to be the one to do it. The reality is it is going to take us all working together. Okta has been working on this. On these calls, the last five or six calls, we have talked about standards and ecosystem. We made a huge step forward in terms of one of the main standards we have been working on, which is the standard we have talked about called Cross App Access. The huge step forward this time is when the biggest AI agent in the world, Claude, is supporting Cross App Access. They released Enterprise-managed authorization, which is the first time an AI agent has been compatible with this protocol…

…Everyone in the resource side of the equation is starting to support it as well. We announced 26 top SaaS vendors are supporting from a resource perspective this protocol.

Customers are trusting Okta to secure AI because of its track record

They share the concern that you just articulated, which is the various players in the space and the venture-funded companies are moving very rapidly, and it’s difficult for them to have confidence in predicting what the future is going to be. And one of the reasons that they come to Okta and talk to Okta is specifically because we are a proven company. We’ve been solving this problem for 17 years for over 20,000 customers, and we’ve earned the trust of those customers and the partners that we work with to solve these problems.

Okta’s management is seeing the number of agents explode inside organisations

We were talking to a company that ended up being a nice Okta for AI agent deal in the quarter. When the evaluation started, we ran our technology, and we detected 50 instances of a Claude agent in the environment. They were thinking about what they wanted to do, then we came back a few weeks, and there was 1,500 Claude agents in the environment. It’s like 50, two weeks, 1,500. These customers are really tangible, the risk that they’re seeing and the way this is coming into their organization. This is catalyzing some of these deals, this onrush of agents.

Okta’s management recently put the infrastructure in place for consumption-based pricing for Agent SSO because they expect the usage by agents to be quite high

I don’t know if you guys saw the announcement we did about supporting Agent SSO in our base edition across the board, as we did it on Monday. Agents are going to log in way more than people. So in that product, we actually have a cap of Agent SSO that we’re actually not going to enforce right away, but we’re putting the framework and the scaffolding in there to have a consumption-based pricing eventually, because it’s very likely that with agents proliferating and how they behave, that the usage is going to be quite high.

Okta’s management thinks the previous association between Privileged Access Management (PAM) and agentic is wrong

I think that this association between PAM and agentic was overemphasized. I think there was this mindset three years ago that agents needed privileged access, and so PAM was going to be the right place to do agents. I think it’s wrong. I think agents do need privileged access, for sure, but it needs to start on a much broader base. PAM is too narrow. PAM had very small number of users and super locked down environments. Agents, the whole dream of agents is that they’re there for everyone. It doesn’t make sense to start your agent journey and figuring out where the agents are and what they can do and what they connect to. It makes no sense to start it from the most locked down thing sitting next to the Oracle Database on a Sun server.

It makes sense to start it from the broad IdP [Identity Provider], whether it’s customers or whether it’s employees, and then start from there and say, “Hey, how can I take this token that was generated for this user and pass it through with traceability and accountability all the way through the chain it needs to go through?” That’s what we’re seeing in the industry. It’s a much better place to start.

Salesforce (NYSE: CRM)

Salesforce is now partnering with Anthropic to launch Claudeforce; Claudeforce is the 1st time Anthropic has been able to accelerate its go-to-market efforts within Claude; Salesforce and Anthropic are big users of each other’s products; Claudeforce has Claude Cowork layered on top of Salesforce to let users unlock trapped value within Salesforce; Claudeforce delivers intelligence within the software companies are already using to run their businesses; Claudefore is powered by a new AI harness Salesforce built called AI Force (AI Force is also powering a lot of other Salesforce AI products); Salesforce is rolling out Claudeforce to the entire company, and will make the product generally available in September; all Salesforce sellers will be demo-ing Claudeforce; all Salesforce customers will be able to buy Claudeforce via an upgrade to Salesforce’s premium editions; management thinks Claudeforce will be a new wave of demand for Salesforce; Salesforce’s management team is using Claudeforce to build agents that improve its own sales process

This is the number one AI in the world, Anthropic, and the number one CRM, Salesforce, coming together for the first time in an incredibly powerful way to build a new product called Claudeforce…

…This is the first time that we’ve really been able to incredibly accelerate our go-to-market efforts within Claude, and we want that for all the other enterprises…

…We’re big users of Salesforce. Salesforce is big users of Claude Code, of Cowork, of other tools. We’ve put products like Claude Tag in Slack already, which is a part of Salesforce…

Anthropic builds this amazing model. And now the model has this incredible user interface, Cowork. And when you take Cowork and then you’re able to put it right on top of Salesforce, it’s able to bring the data, the applications, the semantics, the agents themselves and build complete applications, a total user interface to let you get all the value out of Salesforce that’s been trapped. So customers have put hundreds of billions of dollars into Salesforce. There is a huge amount of value that can be unleashed through this combination…

…They want intelligence delivered inside the software they’re already using to run their business. That’s what Salesforce, that’s what Claudeforce is going to do. I show them Claudeforce, I show them reasoning across their Salesforce data and workflows. I can show it right inside Cowork. I also show it right inside Slack. One click to deploy and their path to AI transformation just opens up in front of them…

…This is the best of both worlds. It is the number one AI meeting the number one CRM and putting them together. As I said, when you do that, you get this incredible result, a radically different type of interface on top of Salesforce’s entire platform. It is really powered by this incredible new AI harness that you are going to see at Dreamforce, AI Force, and that harness is able to power not only Claudeforce, but a new version of Slack that you are going to be seeing, as well as Coworker, which is something inside our Lightning interface, and other amazing things as well…

…We are rolling it out to the whole enterprise, to the whole company, and then we are going to make it, Patrick, we are going to make it available to GA in September to everyone at Dreamforce. Every single seller of Salesforce will be demoing this product as one of the surfaces…

…Every customer will be able to buy it. They will have to upgrade to our premium editions, and it is going to be a new wave of demand…

…We build our own agents based on Claude, and that agent inspects, they are our deputy CROs for all our businesses, and they inspect the business, the pipeline. They tell us if there is risk in the month or in the quarter. I do one thing that is, Marc, you would love this. I talk, by the way, I do this on Slack. This is one of the surfaces. I do this in, at the time, Cowork, now is Claudeforce. But I also do it in an app that I build with Claude Code. So depending on the moment, I use one of the surfaces. But I do one thing that is very powerful. Every time that I visit a country, and don’t tell anyone, because I don’t want my team to know. But essentially what I do is, okay, I’m visiting Italy. We have an amazing leader there, Vanessa Fortarezza. She’s our Forza della Natura. I said, “Okay, give me all the open opportunities for the month, then send a Slack to every account executive, copying the whole chain all the way to Vanessa, telling them, ‘Look at the opportunity record, look at everything, make it sound like it’s me.’ I review all the emails, all the Slacks before they go.” It all of a sudden sends 50 very customized Slack messages to the AEs, asking them if I can help, if we can do anything. It’s incredible. The engine is very smart. It proposes already ideas to close the deal. When I visit the country, everybody’s mobilized. Everybody has been working over the weekend. Vanessa is crazy running around, and we close deals faster.

Salesforce’s management thinks fears of a SaaSpocalypse are overblown; Salesforce’s net new AOV (annual order volume) in 2026 Q2 (FY2027 Q2) is the strongest in 4 years; Salesforce’s seats grew in the quarter; Salesforce’s attrition is near its lowest level; Salesforce’s pricing power is intact, with A1E (AgentForce 1 Edition) and A4X (AgentForce For Apps) bookings more than doubling sequentially in 2026 Q2 (FY2027 Q2); Salesforce’s contract length terms improved across all segments; agentic use of Salesforce was up 6x via MCP (Model Context Protocol) calls and Claude calls; 9 of the top 10 AI companies use both Salesforce and Slack, and grew their spend 435% year-on-year in 2026 Q2 (FY2027 Q2); frontier models depend on Salesforce and are not replacing the company’s products; management thinks that the combination of non-deterministic AI models with deterministic software creates value at a level never seen before; management has been pleasantly surprised that AI coding tools are making Salesforce’s product better; customers that start the agentic journey with Salesforce are at double the AOV, with a possibility to 3x-4x the AOV; only 5% of sales workers have upgraded to Salesforce’s higher-end editions and they are paying premiums of 60%-80%

I really want to start here at the beginning and talk about the SaaSpocalypse. I think you can see from the results, net new AOV growth, it’s the strongest in 4 years. Skeptics really said that seats would decline, and also that Agentforce sales and service and Slack, all seats grew year-over-year. Skeptics said customers would leave, but attrition was near its lowest level ever. Skeptics said pricing power would erode and A1E and A4X bookings more than doubled quarter-over-quarter. Contract length terms improved across all segments in new business and renewals…

…Agentic use of the platform, it surged 6x, sixfold, via Model Context Protocol calls and Claude calls…

…Nine of the 10 AI companies, like you just heard from Anthropic, that standardized on Salesforce, use Salesforce and Slack. Their spend is up 435% year over year. Frontier models depend on CRM. They make sure that it works, that it all comes together. They do not replace them…

…This is not the SaaSpocalypse. As I said earlier, we have been hearing about this for the last two quarters, these dire predictions about the end of software and how the models eat everything. But none of them have come true for us, and I do not even understand how they could possibly come true. Look, models you have to remember, models are probabilistic systems. They are non-deterministic systems. But our system, those four layers that we talked about with data and apps and semantics and agents, those are deterministic systems. But when you put those two things together, that is a level of value we have never seen before…

…I think that has been the huge shock for us, that these new next-gen tools, the Cursors, the Replit, the Claudes of the world, make our product better. That all of a sudden it can customize the data, the metadata, set up the preferences, do the administration, do things that maybe you needed a bunch of service folks to do. Now all of a sudden, you’re getting going in a month. Maybe it might have taken you, before, 6 months to a year. All of a sudden now you’re fully automated. Your ability to add new functionality and do new things, this has provided this very strong platform…

…Customers that start the agentic journey with Salesforce, on average, they are already at double the AOV with a perspective of nearly quadrupling, 3 x – 4 x the AOV…

…Only 5% of the knowledge workers that use sales and service have upgraded to the higher-end editions. We get a 60% to 80% premium.

AgentForce ARR reached $1.5 billion in 2026 Q2 (FY2027 Q2), up 240% year-on-year (was $1.2 billion in 2026 Q1, up 205% year-on-year); Agentforce and Data 360 reached nearly $4 billion in ARR (annual recurring revenue) in 2026 Q2 (FY2027 Q2), up 210% year-on-year (was $3.4 billion in 2026 Q1, up 200% year-on-year); AgentForce ARR’s growth was driven by Slackbot, Headless, and AI momentum; Salesforce’s help agent is powered by Agentforce and it has surpassed 5 million conversations, with 64% resolved autonomously; Agentforce bookings grew triple-digits in 2026 Q2 (FY2027 Q2); 50% of the bookings came from customers refilling their consumption tank; Salesforce added 2,000 paying Agentforce customers into production in 2026 Q2 (FY2027 Q2), up 70% sequentially; Salesforce

Agentforce and Data 360 annual recurring revenue (“ARR”) reached nearly $3.9 billion, up over 210% Y/Y. Agentforce ARR exceeded $1.5 billion, up over 240% Y/Y. Effective Q2 FY27, Agentforce ARR includes our AI offerings, Slackbot and Headless 360…

…Agentforce ARR reached $1.5 billion, as you heard, driven by Slackbot and Headless launches and continued AI momentum…

…As customer zero, we are putting Agentforce to work across our own business. Salesforce’s help agent has surpassed 5 million customer conversations with 64% resolved autonomously…

…[Question] I wanted to circle back on the strong Agentforce ARR growth, and in particular, what proportion of current Agentforce is coming from pay production customers rather than pilots? And how has the timeline from pilot to paid deployment and refilling credits changed over the last couple of months?

[Answer] The top line numbers are obviously very impressive, but I like to go a little bit deeper under the hood. When you look just at bookings, not just the cumulative ARR, our bookings, Elizabeth, grew triple digit, so we doubled year on year. That was pretty fantastic. 50% of the bookings came from customers refilling the tank. So they consume, they use the Flex Credits, they want more, they raise their hand, we go there…

We added 2,000 paying customers into production. That is 70% more quarter on quarter.

Many of Salesforce’s customers in Europe have not started on their AI transformations

That’s why I was in Europe. Most of them have not started their AI transformations yet. If you talk to most CEOs, they may say they have a project or they have a failed experiment, or they were told to build a model, but it didn’t work out for them. That is not AI transformation.

Salesforce is helping its customers clean up their data so they can better utilise AI

All of a sudden we’ll go, “Whoa, are you really paying attention to your AI? Because your data quality doesn’t seem to be exactly right.” All that data inside Salesforce now provides hundreds of petabytes of critical context so agents can actually understand your business. We’re doing more to help customers clean up their data, to make sure that it’s well-harmonized, to make sure that they have the right level of data cleansing, building the right data warehouses. Then our apps, well, they can be more valuable than they’ve ever been. Because now they don’t just run your business, they’re running all of your agents as well.

Slack is where AI lives and where human users can work together with AI; there are more than 1 million companies on Slack now; companies are all building agentic products directly onto Slack because that is what their customers want; Slackbot is Salesforce’s fastest adopted AI product; Slackbot has 1 million active users 5 months after launch, up 150% sequentially; Slackbot can read across all of a user’s Slack data; management thinks Slack is the best play to work with, and build with, AI; management recently introduced Slack Code for teams of agents and humans to build together; Slack Code and Slackbot make for a powerful multiplayer IDE (integrated development environment); upgrades to premium Slack editions have tripled since the launch of Slackbot; Slackbot is driving 8.1 million annualised hours of productivity gain for Salesforce employees

When you look at Slack today, it is where work happens, and it is where these AI lives and can do things. Not only is it where human work happens, now it is where you can build together, too, with Slack Code. AI is not trapped in a single player chat window. It is a teammate that works across all your people, finding the right agent, the right action on the flow of work, fueled by all the enterprise context that lives in Salesforce, the conversational context in Slack. Companies like Anthropic, OpenAI, Lovable, Replit, on and on and on, I think there is more than 1 million companies on Slack now, are all building their agentic products directly into Slack because Slack is where their customers want them. Slackbot is our fastest adopted AI product ever. Five months after launch, it has 1 million active users, up 150% quarter-over-quarter…

…It has the ability to read across all of your Slack data, and you are going to have insights into your business you just were not able to have before…

…Slack is not just the best place to work with AI, it is also the best place to build with AI. We just introduced Slack Code, a shared space for teams of agents and humans to build together right where they already work. When you combine Slack Code with Slackbot, it becomes an incredibly powerful multiplayer IDE…

…Upgrades to our premium Slack editions have tripled since we launched Slackbot…

…Slackbot is driving 8.1 million hours of annualized productivity gains for our employees.

Athenahealth used Data 360 to bring all product usage and account data into a single source of truth, and used Agentforce to connect all that data to their AI; employees across every level at Athenahealth can now get instant answers from Salesforce data, without any data going to any model; Salesforce has been building this zero data retention solution in 2023

Let me show you what this looks like for Athenahealth. Every time someone needed a case summary or opportunity insight, they had to ask IT to run a report. They used Data 360 to bring together all the product usage and account data from across their systems to create a single source of truth. Then, with AI Force, this new user interface harness that sits on top of our core systems, they have connected all of it to their AI, complete with the context and the permissions that already lived in Salesforce. Now, employees across every level can get instant answers from real Salesforce data, from real Salesforce metadata, and all of the sharing models and security models. All of this is done with zero data retention. That means no data goes to any model. It all stays in your company. We started engineering that in 2023. We have been perfecting it over the last three years, and we audit it, and we are sure that that data is staying with you. Without ever opening a browser, the usage and the value they are getting with Salesforce is going way up.

Replit’s sales team uses Slack; Replit has tripled its number of Agentforce sales seats; Replit is building custom apps that connect directly to Salesforce data and workflows

Look at that great company, Replit. You saw them in the pre-show. It’s an amazing company. Their sales team lives here in Slack with Salesforce as their source of truth. They’ve tripled the number of Agentforce sales seats. They’re building custom apps that connect directly to Salesforce data and workflows.

Uber’s Uber for Business service has a mountain of inbound leads that its employees were unable to reach; Uber used Agentforce to manage the inbound leads and generated 60% more leads within 2 weeks

Uber for Business. They’ve got 30 onboarding specialists and a mountain of inbound leads nobody was ever going to reach. Their rules, their workflows, every deal that’s ever gone through them. They’ve used Salesforce since the start of Uber, and all of that lived inside Salesforce. Now, this is how they sell. They just pointed Agentforce at the pile, got to work, looked at their whole history of their whole company, all the institutional memory, everything that’s inside Uber. Now six weeks to launch, within two weeks, 60% more leads and converting.

Robinhood put AI inside Slack, and now any employee can use Slackbot to surface past decisions and solve problems

Robinhood is a great example of what is happening. Robinhood needed AI adoption across its whole workforce, not just engineers. Vlad put AI inside Slack, the place where the entire business comes together and connects to Salesforce, Google, Okta, and other systems. Now any employee can use Slackbot to surface past decisions and conversations, solve problems without engineering support.

The CEO of Ohalo tried to vibe-code a CRM software but quickly realised how difficult it was; Ohalo decided to go with Salesforce’s CRM since it was already using Slack; Ohalo has built custom workflows, interfaces, and sales tools that integrates with Salesforce; Ohalo’s CEO realised the best way the company can create value is not to build something that everyone else does; Ohalo used Claude to build an Ask HR tool within Slack instead of building its own communications tool; Ohalo was previously using a CRM from a Salesforce competitor, but spent plenty of effort building custom tools on it without success, whereas it was really easy to build custom tools on Salesforce; Ohalao’s CEO thinks AI is destroying the value of verticalised software, but increasing the value of horizontal software such as Salesforce 

[Ohalo CEO] We did a little vibe coding. I did a vibe code to make a CRM product over the weekend. You quickly realize just how much it takes to do maintenance, to do accounts, to do security. There is just much more to it. We realized pretty quickly there are certain, I would say, software applications that are maybe verticalized, where you have to build custom workflows that make sense for your particular business. Then there is platform software, and platform software, we realized pretty quickly, is really what we need to build our entire company around. Salesforce is what we kind of decided to go with on CRM. We are already on Slack. We are not going to go vibe code Slack. We are not going to vibe code CRM. 

Then we build custom workflows, custom interfaces, custom prospecting tools at my sales teams. I have got agents that are out scanning public county databases, trying to find where farmers are planting what crops, what their names are, what their contact info is. I have got agents doing all sorts of prospecting. That interface gives my sales team leads. That integrates with Salesforce. They can then go run the standard workflows that are a little bit more standardized across verticals, and we can build all of our custom workflows in parallel and in concert with the Salesforce tool…

…I am not going to create value as a business by doing something that everyone else does. If everyone else is using Microsoft Excel, I am not going to go build Microsoft Excel. If everyone else is using an ERP tool, we integrate with NetSuite, and I know that you guys have an integration with NetSuite. We are not going to go build an ERP tool, and we are not going to go build Slack. We are not going to build communications and messaging. We are not going to build CRM. We are going to build custom interfaces for doing plant breeding. We are going to build custom interfaces for prospecting customers. We’re going to build custom interfaces for selecting the right product for a farmer based on my satellite and radar imagery that shows me what that farmer’s field is going to look like next season, making an estimation, and then making the right product selections for him. The interface to do that for my sales team, for my customers, that’s where we add value. The actual following up with the customer, connecting with the customer record, making that transaction record, storing it, that needs to be done safely, securely. It needs to be done with the right account settings, the right access. That’s what we’re not going to go build, and that’s really where the partnership works…

…Just internally, we use Slack, right? That’s our primary communication messaging tool. In Slack, we’ve got an Ask HR channel now. So we basically used Claude to set up an Ask HR channel that anyone in my company can ask the HR questions that they would normally spend time calling up the HR people saying, “Hey, I got this question. I got this question.” Ask HR has access to all of our internal HR documents, and it knows who you are, whether or not it can access your personal information. It knows standard benefits, policies, and it can just answer all your questions for you through Ask HR. I don’t need to go build a communications tool to do that. I can leverage Slack, and I can leverage Claude to deliver that internally. It’s another good example of kind of the sort of thing where we can build something custom using our internal benefits, our internal HR policies, but then we can leverage the platforms and Claude to deliver that…

…Ben works at my shop, and Ben used Claude, he used Cursor, and he spoke to your Salesforce guys, stood it up. What took us months of going back and forth trying to customize this other CRM tool and build the application and workflows around it that we needed, we were pulling our hair out. We’re like, “Let’s just build it all from scratch.” That’s when you and I talked. Ben used Claude and Cursor, got into Salesforce, and was able to get everything stood up in under a month. I wasn’t sold until we did it. Then I was like, “Okay, I’ll give Marc credit at this point, and maybe we should send him a check and pay for the product.”…

…When we got in there, and Ben was able to do this in under a month. He told me he did the whole thing in under a month…

…I was probably early on a SaaSpocalypse train, as you know, because I know you listen to my show. And I always said, like, I think SaaS was this temporary phenomenon between the founding of the Internet and the start of AI. But I think that it’s a little more nuanced than that. It’s probably this verticalized SaaS where you’re trying to standardize a vertical on a bunch of workflows, which actually destroys value in that vertical because everyone is now doing the same thing in the same way. So no one can differentiate in that vertical. We’ve actually dumped all our vertical software — verticalized software. We make all of our verticalized SaaS in-house. But the horizontal, the platform, Salesforce, standardizing on Slack. This is really where I think we’ve realized that’s not — that’s actually going to get bolstered and it’s more valuable with all the other capabilities we can now build around it. So I’m definitely sold in that sense. I think there is still a SaaSpocalypse, but with a lowercase S rather than the uppercase S, for verticalized tools, where I think AI really allows you to rebuild something that is unique, which creates value for your business in a vertical.

Salesforce has delivered 7.0 billion AWUs (agentic work units) to-date (was 3.8 billion in 2026 Q1); Salesforce delivered 3.2 billion AWUs in 2026 Q2 (FY2027 Q2), up 97% sequentially; Salesforce has 1 customer, a digital platform company, with 45 million AWUs, up 14x in 6 months; the digital platform company has an activation agent that goes to all the merchants on the platform that are not transacting to activate them

7.0 billion Agentic Work Units (“AWUs”) delivered to date across Agentforce and Slack, with 3.2 billion in Q2, growing 97% quarter-over-quarter (“Q/Q”)…

…Let me tell you one story of some of the agents that are working the enterprise that people don’t see. Big digital platform company here in the U.S. 45 million AWUs, it’s one of our largest. Grew 14 x. We started this six months ago. In Q2, the AWUs consumption grew 14 x, 14-fold. And what it does is, they call it the activation agent. They go to all the merchants that are already registered with this platform, but they are not transacting. They’re not getting money from the merchants. And the agent has 1,500 interactions every day, getting these dormant merchants alive, and then kicking, and then generating revenue.

Salesforce’s management thinks companies do not want to manage their own catalogue of models, and instead, will consume AI through packaged software; management thinks customers do not care about the underlying AI models and that the highest level of value in the AI technology stack is the application layer; Salesforce has its own AI models, and actually has been developing models since 2015

They do not want to also then say, “I have all these models.” Which kind of gets to your question, which is like, you think that these customers then are going to all of a sudden set up and maintain and build the human expertise to be able to build and maintain and train models? No. I believe what they are going to do is consume AI through packaged software. Not a huge statement, just they are consuming their AI through packaged software. You are using Slack, you are consuming AI through packaged software. You are using Salesforce, you are consuming AI through packaged software. At some level, when you use Agentforce Coworker, you are consuming AI through packaged software. When you are using Claudeforce, you are certainly using AI through packaged software. I think that’s the right way to think about it.

I think the model, it’s like, do you even know what chip you’re using? Do you really know what data center you’re on? Do you know what router you’re on, what switch, what type of fiber, what cable you’re using, what interconnect you’re using? At some level, we do get abstracted back to how the way the world used to be, which is we operate at a certain level of value. I believe the highest level of value is at the application layer…

…I did not have one customer really say to me, “Tell me, are you going to be on open source or are you going to be on frontier?” I think one way to think about this is, yes, this is a highly dynamic market. There will be frontier models. There’s going to be open source models, and there’s going to be room for all of the above…

…Salesforce also makes a lot of models too, by the way. We have a lot of our own models that run in our platform. Our platform runs on our own custom models. We’ve been writing models since 2015, and you can find them all on Hugging Face. If you go, you’ll see all the models.

Salesforce’s management is learning that customers want many different ways to pay for AI products, such as on a per user or per agent basis, on a consumption basis, on a usage basis, or on an outcome basis; Salesforce has been flexible with its pricing models for AI products, and management thinks this is a driver of the company’s large deals; management wants to move beyond just outcomes and wants to share in the economics when it generates more revenue for customers

Customers want to buy and want to price in different ways. This is something I have learned really aggressively recently. Some are still buying by user and by agent, and that is important for them. Some of them want it by consumption, and that is important to them. Some of them are just basic usage customers, and they want to pay that way. Some of them even want to pay by outcome, and that outcome could be by a transaction outcome or a business outcome. Because customers want that kind of diversity in pricing, we have created a high level of flexibility, and that, I think, has really expanded our ability to sign very large transactions with our customers…

…We’ve heard so many companies say, “We’re doing outcome pricing. We’re doing this pricing. We’re doing that pricing.” We’re just too big. We have to do it all. We’ve built these new flexible pricing schemes that let our customers choose the price that they want, and we’re going to get more and more into that zone…

…We are moving to not just outcome-based pricing, which is we completed this many phone calls, therefore give us a dollar. We want to be able to say, “No, we improved revenue by this much, so give us $2 because we made you $20, or we made you $40.” I think that that is like the next generation of enterprise software that is more than outcome-based pricing.

Sea Ltd (NYSE: SE)

Shopee’s advertising revenue grew 70% in 2026 Q2, and the take rate increased by more than 90 basis points from a year ago; number of advertisers and their average ad spend increased by 45% and 15% year-on-year, respectively; there are a number of things that helped with the growth of the advertising business, namely, (1) smart voucher, (2) the AI-powered Shopee GMV Max diagnostic tools, (3) the Brand Max feature for audience insights, (4) improvement in the advertising algorithm for matching, powered by the AI-based GR algorithm, and (5) AI-powered personalisation of content; management sees further room to increase the advertising take rate

Ad revenue was up more than 70%, and ad take rate improved by over 90 basis points year-on-year. We continued to make advertising simpler and smarter for sellers. For example, pairing ads with vouchers that are personalized to buyers to increase purchase conversion and improve the efficiency of sellers’ ad spend. Ad adoption and spend continued to improve across our seller base. The number of ad-paying sellers rose around 45%, while average ad spend per seller increased more than 15% year-on-year. Our operational priorities remain consistent, improving price competitiveness, service quality, and our content ecosystem…

…I think there are a few things helping the ad growth. I’m just listing some of the examples. One of the things, smart voucher, which is we combine a personalized voucher from a buyer together with ads, so we enhance the seller’s ad traffic, increasing the purchase conversions. Another example is we have the Shopee GMV Max smart diagnostic tools. So essentially, this AI diagnosis report and tools to help the seller to analyze how can they have better return on the ads. It’s leveraged on the AI capability to analyze the ad performance and drive improvement. We also have an in-depth audience insight for Brand Max. This feature essentially allows more sellers to view the number of shoppers in each stage of their purchase journey. How does the shopper move between stages? This will give them a more robust and algorithm-driven branding solution to capture the buyers better across their life cycles with the seller. On top of that, there’s also quite a fundamental improvement on the algorithm for the ads. Those on how can we match the buyer’s intention to the ad for better. I think that’s where the AI-based algorithm, the GR algorithm helps quite a lot when we come to the matching part. The other part is the content presentation. We’re using fellow AI tools to create better personalized content for the user when they see the ads…

…In the coming quarters, we still see that meaningful potential to increase the ad take rate. Given that many of the tools, many of the algorithms we’re implementing are still in progress, we can see a meaningful optimization potentials, while we are doing more experiments, while we are optimizing algorithms further in the coming quarters.

Sea’s management has improved Monee’s credit risk capabilities through the use of new credit models that are based on the transformer architecture similar to those supporting large language models; the new credit models have lifted approval rates by 10% while maintaining a similar level of risk; management is using more external data sources now to assess new users; management has used AI-built tools to reduce review times of user-submitted income documents by 95% while maintaining accuracy

One key enabler of our credit business growth has been the ongoing advances we have made in our credit risk capabilities. Our latest risk models are pre-trained on a broad set of behavioral and transactional data across our ecosystem using transformer architecture similar to those following today’s large language models. The model learns from the full sequence of a user’s actions over time, capturing richer context around how customers interact with our platform. Recent enhancements to our underwriting models have helped lift approval rates by around 10% when compared to previous models while maintaining a similar level of risk…

…We are also drawing on more external data sources to better assess users who are newer to our ecosystem. For instance, through partnerships with local mobile operators in Indonesia and open finance data in Brazil. 

We have also used AI to build tools to efficiently verify a diverse range of user-submitted income documents across markets, languages, and formats. Review time reduced by around 95% while maintaining a very high level of accuracy, letting us respond to credit limit requests from users almost instantly…

Sea’s management is launching an AI assistant for sellers in a number of markets; the AI assistant is essentially a digital key account manager that sellers can talk to; the AI initiatives of Sea for the Shopee business on the buyers side have led to better conversions

We are launching the AI assistant for sellers in quite a few of market. Essentially, instead of the seller talk to a key account manager, the IM, as we call it, there is a digital IM that they can talk to, which can help them to answer many questions or many analysis they want to do with their shops. This is also 24 hours available, of course, compared to key account manager usually are not available 24 hour by 7…

…On the buyer side, we spend a lot of efforts on both helping the apps have better conversions, which reflecting our ad take rate improvement over times, but also just general conversion for our search recommendations. We’ve been rolling out our new GR algorithm, a generative algorithm for recommendation and search, which give us a meaningful improvement on the conversion rate that we observed. We’re also doing follow-up work on AIGC on content. If you look at our platforms, we have a lot more contents can be generated by AI now, which can be used to do a personalized targeting for our buyers to improve the conversion as well.

Tencent (OTC: TCEHY)

Tencent’s management is seeing its existing businesses grow partly because of AI enablement; the growth of the existing businesses provide financial support for Tencent’s AI initiatives; management believes that they can upgrade Weixin for the AI era in a cost-efficient way and accelerate the growth and monetisation of the Weixin ecosystem; management is leveraging Tencent’s Hunyuan model for AI teammate creation and code review in the games business; Tencent’s AI Marketing Plus automated campaign solution was upgraded to better support closed-loop WeChat Minishop and Mini Drama advertisers; management scaled up the parameters of Tencent’s advertising AI recommendation system which led to better advertising conversion rates

Tencent’s existing businesses are growing solidly due to intrinsic modes and AI enablement. As discussed early this year, our modes arise from factors including network effect, depth, and value added along supply chain, IP, low tick rates, regulatory requirements, and private data. In addition to these modes, we’re further deploying AI to boost returns in areas including WeChat, games, and advertising. As a result, our existing businesses provide a very strong financial support for our new AI initiatives…

…As we upgrade Weixin for the AI era, we can do it in a cost-efficient way, and we’re confident that AI will over time accelerate the growth and thus the monetization of the entire Weixin ecosystem, generating attractive return for us…

… In games, we are leveraging Hunyuan for AI teammate creation and code review for games, including our flagship game, Peacekeeper Elite…

… In terms of production, the Delta Force team have integrated AI across multiple workflows, including using data agents for performance analysis and the Hunyuan 3D model for asset generation…

…We upgraded AI Marketing Plus end-to-end execution capabilities to better support closed-loop WeChat Minishop and Mini Drama advertisers. For example, AI Marketing Plus now enables WeChat Minishop owners to automatically select products for promotion, generate product-relevant ad creatives, and then run smart bidding to buy inventory for those creatives. We significantly scaled up the parameters of our advertising AI recommendation system to capture user interest with greater granularity and thus improve ad conversion rates. 

Tencent’s new foundation model, Hunyuan 3, has leading cost performance; Hunyuan 3’s production version has substantially better performance than the preview version; Hunyuan 3 had notable improvement in task completion rates and reducing hallucination and errors, because it was trained with feedback loops from Tencent’s product teams; management thinks Hunyuan 3 has strong agentic capabilities and product experience, and thus has advantages for coding, office work, financial modelling, and front-end design; Hunyua 3’s production version has 6x higher average daily token usage compared to the preview version; Hunyuan 3 is consistently among the top 3 models on OpenRouter by token usage; management sees Hunyuan 3 as an important stepping stone for developing frontier models with efficient cost-performance in the future; management has integrated Hunyuan into WorkBuddy, Yuanbao, the games business, and Weixin; the integration of Hunyuan into Tencent’s products is providing valuable feedback for model-training which enables faster model iteration and sustained performance gains; management is accelerating the improvement of the Hunyuan family of models, and is training Hunyuan 4, which is expected to be released later in 2026; management is confident that Hunyuan will reach frontier levels; management wants to develop a frontier model because they think it will help with unit economics, feature innovation, and allow Tencent to capture more value; Hunyuan 3 is a small model but is widely used and has certain characteristics that match or beat much larger models; Hunyuan 3 is focused on use cases rather than beating benchmarks, so it’s more useful than many larger models; management thinks products using Hunyuan 4 will become even more useful once Hunyuan 4 is released; management already has plans for Hunyuan 5; even when Tencent’s models are at frontier levels, management still expects the company to have multiple models for different needs

We’ve made significant progress in constructing a robust foundation, including a substantially improved Hunyuan 3 foundation model with leading cost performance…

…The release of Hunyuan 3’s full production version is very successful, showing a substantial step-up in performance compared to the Hunyuan 3 preview version. Leveraging the feedback loop from product teams to improve the quality and diversity of data used for post-training, and by scaling up reinforcement learning, Hunyuan 3 achieved a notable improvement in task completion rates and meaningful reduction in hallucination and error rates. The improvements in Hunyuan 3’s capabilities are most evident in its agentic capabilities and product experience. The model’s performance step-up across reasoning, agentic, and long contest tasks delivered clear advantages for use cases such as coding, office work, financial modeling, and front-end design…

…The approximately 6x increase in average daily tokens usage of Hunyuan 3 compared to the preview version across all channels during the pay period…

…Hunyuan 3 consistently ranks among the top 3 models globally on OpenRouter based on token usage. Hunyuan 3’s production version has performed well and will serve as a stepping stone toward the Hunyuan family of models, achieving state-of-the-art capabilities in the future while providing users with the cost-performance efficiency that they need today.

We have been integrating Hunyuan into our products, making great impact. For WorkBuddy, Hunyuan can facilitate complex agent workflows with higher task success rates and reduced time to completion. For Yuanbao, Hunyuan delivers leading execution quality in information retrieval, data processing, document workflows, and everyday decision-making. In games, we are leveraging Hunyuan for AI teammate creation and code review for games, including our flagship game, Peacekeeper Elite. In Weixin, we deployed Hunyuan for powering the AI assistant in official accounts and the developer tools for mini-programs. At the same time, product integration is making Hunyuan better by continuously feeding real-world product usage and domain feedback into model training. Our model product co-design approach allows Hunyuan to validate model accuracy and identify and work on edge cases, enabling faster model iteration and sustained performance gains…

…We are accelerating the improvement of our model. We are scaling more powerful reinforcement learning to substantially upgrade models after pre-training is done. We are in the process of upgrading multimodal capabilities. More importantly, we are training a larger parameter model, Hunyuan 4, which we expect to release later this year. By accelerating the technical iteration and pushing the boundaries of model intelligence, we are confident Hunyuan’s capabilities will reach state-of-the-art level…

…The rationale behind investing in our own foundation model is that we can achieve better unit economics, more innovative features, and more exposure to the value of intelligence through co-design across our applications, our model, and our compute infrastructure, especially at this early stage of AI diffusion…

…Hunyuan 3 is a very small model, even in today’s terms, but it’s actually very widely used. I think there are a number of characteristics of Hunyuan 3, which is, it actually has the capability of matching or beating much larger models… 

…It’s actually focused on use cases rather than just benchmark beating. As a result, in real life, it has become much more useful than a lot of models of the same size or even bigger size…

…When Hunyuan 4 comes around, the products that would be using Hunyuan 4 would actually become even more powerful and even more useful than what they are today, and that would actually provide a very significant lift for the products that it’s powering. I think that’s the path, and Hunyuan 4 is only another stop. Then we’ll be upgrading to Hunyuan 5. As we continue to progress, we will be approaching SOTA, and at some point in time, we’ll definitely be able to reach SOTA. Once we are there, we would also have a lot of models of different sizes that will be able to solve different kinds of user problems at the different level of model and cost efficiency. At the same time, we have multiple models that can be used for co-design with our different products, and that would help us to make the products feature-rich and help to make the products powerful as well as the speed of execution will be fast.

Tencent’s management believes they will generate a significant return from building AI-native new businesses for the company; management thinks Tencent could earn a significant return from its capital expenditure immediately by renting out compute, but they believe even better long-term returns can be earned by building frontier models and building applications on top of the models; management can actually resell compute at a 30% profit today compared to what Tencent paid for them a few months ago; management thinks the downside for the AI investments are protected; management is currently investing prudently in AI through Tencent’s operating profit; management will step up the investments if they see opportunity to generate outsized returns; the AI-drag on Tencent’s operating profit is also very dynamic in terms of where it its allocated

We believe we will generate significant return in building a large and valuable AI-native new business for Tencent…

…Given the surge in demand and therefore rental pricing for compute, we could recover the depreciation almost immediately by renting the compute out to third parties as many neo cloud businesses are doing. We would then achieve a decent return in an immediate timeframe. However, in reality we are playing a different game or executing a larger strategy in that we are allocating a very substantial proportion of the new compute to building our own models to state-of-the-art status, and also to deploying, popularizing, and bringing our own AI applications to market leadership in China. Our belief is that by providing the superior intelligence that we can achieve through state-of-the-art models, through market-leading AI applications, that superior intelligence, we can then convert into superior economic returns over the longer term, for example, by selling tokens through the WorkBuddy application….

…Today, if we can actually allocate the compute toward leasing on the Tencent Cloud would actually generate a lot more revenue and would generate significant return from the CapEx. As a matter of fact, for the prepayment and for some of the compute orders that we had made just a couple of months ago, today, we can actually sell that at more than 30% profit compared to the price that we paid just a few months ago…

…The AI investments we’re making are mostly in AI infrastructure, and in the worst case, which we do not believe that would happen, we can choose to rent that infrastructure out at cost recovery or even better prices via Tencent Cloud if needed…

…[Question] The new AI product drag rose from roughly RMB 8.8 billion in first quarter to about RMB 10.5 billion this quarter. Can you walk us through how you manage that investment?

[Answer] it is actually very dynamic. I think we would be investing prudently until the point that we actually see breakout opportunity, then we may step up the investment. I think that is essentially the way we look at it, right? It will be a certain percentage of our profit, but if clearly we see that if we step up the pedal, it would actually generate a lot of returns, then we may step the pedal…

…It is also the case that we dynamically reprioritize the spend within the budget or within the envelope. If you look at where the RMB 8 billion in the first quarter flowed in terms of user acquisition spending and so forth, and which products it supported, versus where the RMB 10.5 billion in the second quarter flowed, there was actually a very big change because we identified that WorkBuddy was breaking out. Therefore, we aggressively prioritized WorkBuddy while deprioritizing some of the other products in that new AI product portfolio.

Tencent’s WorkBuddy and CodeBuddy services have breakout user growth and are the clear leading office productivity services in China; WorkBuddy allows users to orchestrate multiple agents for complex work, and can be controlled by Weixin; WorkBuddy has access to over 70,000 skills from Tencent Cloud Skillhub; WorkBuddy has high retention rates and users are willing to pay; WorkBuddy is attracting a growing developer community because Weixin Pay is embedded within, and this enables payouts to developers when their skills are called; management believes there are substantial opportunities to be unlocked in the productivity market; management believes Tencent’s AI productivity products will have attractive economics through growth in paying users and reduction in token costs; management sees WorkBuddy as a new way for Tencent to monetise existing enterprise relationships; management sees WorkBuddy as a new platform which acts as an orchestrator of different models and skills to perform work economically; management sees Tencent’s Hunyuan as one of the models provided by WorkBuddy, but it would not be the only model; management primarily monetises WorkBuddy today through subscriptions, which creates a time lag between cash receipts and revenue; management is seeing a substantial ramp in WorkBuddy cash receipts

Our AI office productivity workspace, WorkBuddy, and coding tool, CodeBuddy, are achieving breakout success in terms of capability and user growth. They are the clear leading office productivity service in China based on monthly interactions.

WorkBuddy serves as a one-stop-shop workspace that orchestrates multiple agents to handle complex work from end to end. Users can remotely control WorkBuddy via Weixin and WeCom, as well as WPZ, and access to over 70,000 skills from Tencent Cloud SkillHub. Besides the rapid user adoption of WorkBuddy, it is also achieving high retention rates and high willingness to pay among users as it directly contribute to users’ productivity. It also attracts growing and more vibrant developer community by embedding skill pay and Weixin Pay inside task flows to enable payouts for developers when their skills are called. This progress supports our view that there are substantial opportunities to be unlocked in the productivity market, including coding and existing office work scenarios…

…Over time, product economics will be attractive as enhanced premium benefits accelerate paying user growth, while we can reduce token costs through agent efficiency, inference efficiency, and model optimization.

Given Tencent applications such as Weixin, WeCom, and Tencent Meeting are already widely used by enterprises, WorkBuddy provides a new way for us to monetize our enterprise relationships…

…[Question] Whether WorkBuddy, in your mind, is a piece of enterprise software that sits next to Tencent Docs, or is this a new platform play that essentially becomes a marketplace for AI in the future?

[Answer] I think it is indeed a new platform. It’s a very flexible workspace for agentic AI. The core purpose is actually it will solve all the productivity needs of office workers and of all kinds of people who engage in their own businesses, right? One-person companies and the like. And below that, there will be a harness which actually helps the users to make use of the capability of different models to solve the agentic problems of the users. And over time, there will be many models serving the users through WorkBuddy. There will be many skills developed over time by all kinds of different developers. And the purpose is actually solving productivity problems, and then the platform itself would make use of all kinds of different tools and models available to do that. Then, of course, we are the orchestrator. So we can actually choose the right model and choose the right skills to help users solve the problems. And we choose that to make sure that the work is done perfectly, but at the same time, it will be done also very economically,..

…But at the same time, if you can actually solve a lot of the user problems, right, and it’s quite effective, then Hunyuan would actually be one of the main models within WorkBuddy, but it would not be the only model…

…The majority of the WorkBuddy spending by users is on subscriptions. And so similar to games and some of our other businesses, there’s a lengthy time lag between the cash receipts coming to us from the users and those cash receipts translating into reported revenue. But we are seeing a substantial ramp in the cash receipts today, and that will translate into reported revenue growth for Tencent Cloud as we move through the year.

Tencent’s management recently released a prototype of Xiaowei, an agentic AI within Weixin that leverages Weixin’s assets and that is powered by a Weixin-customised model; Xiaowei will be rolled out with a phased approach as management upgrades its capabilities over time; when mobile appeared, the QQ ecosystem was magnified by Weixin, and management believes something similar can happen for the Weixin ecosystem with the addition of Xiaowei; management believes Xiaowei will be part of agent-to-agent interactions within the Weixin ecosystem

We recently released a prototype of Xiaowei, which delivers an embedded and context-aware agentic AI experience within Weixin, leveraging Weixin’s social graph, knowledge graph, merchant reach, and payment functionality. Xiaowei is powered by the Weixin customized model, WeLM, built with a focus on user privacy, Weixin-specific use cases, and cost efficiency. Xiaowei can help users navigate and derive insights from Weixin’s diverse content universe in a personalized and efficient manner. Xiaowei can also leverage Weixin’s unique mini-program ecosystem to help users discover products, make purchase decisions, and place orders, laying the groundwork for an agent-to-agent transaction loop…

…Xiaowei will be rolled out to broader user base in a phased approach as we work on several core initiatives to elevate the user experience. These include upgrading Xiaowei’s dialogue, memory, and recommendation capabilities, expanding service and content integrations, scaling our AI infrastructure, and upgrading our harness to support a significantly larger user base…

…If you imagine the time when QQ was a communication and social tool in the PC stage, then when we get into the mobile age, Weixin appears and Weixin essentially, the ecosystem magnified QQ’s value by more than 10x, because it is enabled in the mobile age and it becomes mobile first. When we look at AI, we believe there is another huge opportunity for the Weixin ecosystem to be first enabled by AI, and over time, it will be AI first application and ecosystem. When that happens, users would have a lot of great experiences…

…I think we are envisioning a future in which a lot of users would be executing their instructions and over time transactions via Xiaowei and via agents. In the past, if you think about the Weixin ecosystem is users interacting with content, interacting with mini programs themselves. In the future, if they can actually send a complex instruction to an agent, then an agent can actually start helping the user to execute transactions. A lot of the mini programs, a lot of the merchants would actually also have agents, which over time can interact with the agent of the users.

Within Domestic Games, management has integrated AI into Delta Force

On domestic games, “Delta Force” achieved lifetime high average DAU in the second quarter, driven by the Burst Fest campaign, the game’s first professional esports final, and a global 20 versus 20 tournament. In terms of production, the Delta Force team have integrated AI across multiple workflows, including using data agents for performance analysis and the Hunyuan 3D model for asset generation. 

The Marketing Services segment’s revenue was up 22% year-on-year in 2026 Q2, driven by higher eCPM and impressions; Tencent’s AI Marketing Plus automated campaign solution was upgraded to better support closed-loop WeChat Minishop and Mini Drama advertisers; management scaled up the parameters of Tencent’s advertising AI recommendation system which led to better advertising conversion rates

For marketing services, revenue grew 22% year-on-year to RMB 44 billion, driven by higher eCPM and impressions. Most major categories increased their marketing spending with us, including e-commerce, internet services, and local services. We upgraded AI Marketing Plus end-to-end execution capabilities to better support closed-loop WeChat Minishop and Mini Drama advertisers. For example, AI Marketing Plus now enables WeChat Minishop owners to automatically select products for promotion, generate product-relevant ad creatives, and then run smart bidding to buy inventory for those creatives. We significantly scaled up the parameters of our advertising AI recommendation system to capture user interest with greater granularity and thus improve ad conversion rates.

Within the Fintech and Business Services segment, the cloud revenue within the Business Services sub-segment had low-20s percentage year-on-year increase in revenue in 2026 Q2, up from high-teens in 2026 Q1, driven by AI-related demand; Tencent’s international cloud business grew rapidly in 2026 Q2, driven by AI; in the international cloud business, CodeBuddy is enabling Tencent to conduct customer cloud migrations over to Tencent Cloud faster than in the past; token prices in China are low, but token manufacturing costs are also low, so Tencent Cloud’s AI business can have positive gross margin even with low token prices; Tencent Cloud’s new AI businesses have similar gross margins for paying users with the overall Tencent Cloud; management sees the overall pricing environment in China’s cloud market to be easier than in the past, even as memory supply costs have increased

Within business services, while we’re still working through capacity constraints, our cloud revenue growth rate accelerated from high teens percentage year-on-year in the first quarter to low 20s percentage in the second quarter, benefiting from AI-related demand, international expansion, and increased usage and pricing for general cloud services. AI-related demand translated into increased revenue across GPU rental, Model-as-a-Service, and WorkBuddy and CodeBuddy token usage. Our international cloud business expanded rapidly. Using skills developed with CodeBuddy is enabling us to conduct customer cloud migrations over to Tencent Cloud faster than we could in the past, for example, on behalf of a leading telecom company in Indonesia…

…It is true that domestic token prices are low, but the domestic token manufacturing costs are also extremely low. I think much lower than widely perceived or externally estimated. The token business, it can be positive gross margin at these low token prices because the cost is low. If you look at the gross margin for the paying users of WorkBuddy, or you look at the gross margin for our models of service, then the gross margins today are already comparable to the gross margins for Tencent Cloud overall. Of course, WorkBuddy in aggregate has a lower gross margin because there is a proportion of free users whom we are subsidizing to drive market share and market growth. On the paying users, we are generating a pretty good gross margin right now…

…It is true also that the China cloud market is price competitive. But that environment has changed a great deal in the last several months as the input costs, particularly for memory, have gone up. We have been increasing the prices we charge to our customers. We increased prices across the board in May for Tencent Cloud, and beyond those headline price increases, we have also been more substantially reducing discounts. The overall pricing environment in cloud in China is not as difficult as it has been in the past.

Tencent’s operating capital expenditure in 2026 Q2 was up 190% year-on-year and up 66% sequentially because of accelerated investments in AI infrastructure; free cash flow was negative in 2026 Q2, and down year-on-year and sequentially; management now sees Tencent’s capex as having 2 components, one for the existing business, and one for the new AI-native businesses; the upfront investments in compute are needed to get the AI-native businesses kickstarted; the primary use of Tencent’s capex is for training the next generation of Hunyuan models and the secondary use is for inference for the use of Tencent’s 1st party models and 3rd party models; management expects to have sufficient compute capacity toward the end of 2026 and early-2027 to rent out GPUs, but management thinks the production of tokens by WorkBoddy has better economic value; management sees the AI capex as a one-off thing for 2026 and 2027 and does not expect big capex spending by Tencent every year

Operating CapEx was RMB 51.8 billion, up 190% year-on-year or 66% quarter-on-quarter as we accelerated investments in AI infrastructure to support Hunyuan Model enhancements with PAPI and coPAPI inference needs, Huaxin AI initiatives, and development of AI capabilities across our products and services, as well as to meet growing external demand for our cloud services. Non-operating CapEx was RMB 1 billion. Free cash flow was -RMB 13.8 billion, reflecting large AI infrastructure CapEx and AI-related prepayments, as well as seasonally lower games gross receipts. Excluding the prepayments for compute procurement, free cash flow would have been RMB 37.6 billion…

…I would say the CapEx will be divided into two parts too, right? One part is really in relation to our existing business, which you can just like in the past, right, you can just say, oh, this is the free cash flow in which we generate operating cash flow, and there is a CapEx in relation to that. That part of the business still very cash flow generative. Then there is another set of CapEx which is related to the new AI native business, which is essentially a lump sum that we need to invest in order to get our compute for model training, in order to prepare for inference needs, and in order to also order some more for building our AI compute and AI Cloud business…

…The reason we are actually investing in all these compute is that we need that in order to essentially get the business kick-started…

…The immediate primary use case for the CapEx is for training bigger and better Hunyuan models in the coming months… An important secondary use case is providing inference for the use of Hunyuan models as well as DeepSeek and other models behind WorkBuddy…

…Then toward the end of the year and into next year, we will also have sufficient GPU ASIC capacity to step up in terms of Tencent Cloud renting out bare metal GPU or providing Model-as-a-Service. But within those opportunities, renting out GPU Model-as-a-Service and then token production for WorkBuddy, we think that it is token production for WorkBuddy that carries the most enduring economic value to us, and that’s why we’re prioritizing it today…

…When we look at the CapEx that we allocate for building the AI native business, it is more of a sort of a lump sum that we are going to be investing this year and next year. I think one should not assume that it will be sort of new every year, because the model-building part is more of a fixed cost that you actually have to get enough compute, but it will not be every year you have to invest more.

Tencent’s management thinks on-device inference will only happen over the long run, but there’s a high likelihood of it happening based on a study of computing history; but for this scenario to happen, the AI model architecture itself will be important

In terms of on-device inference, I think it would, number one, be happening maybe step by step and it will be only over the long run that most of the inference will be happening on device. But I think at some point in time, it is not hard to imagine some kind of inference will be actually happening on device, and some inference will be happening in the cloud. Over time, as the on-device compute becomes more and more powerful and as the model becomes more and more efficient, you will have more inference happening on people’s devices.

I think that would be going back to the normal state of the computer industry. If you think about the computer industry as well as the smartphone industry, most of the compute, which is CPU, actually happens on device. The cloud actually only is responsible for a small part of the compute. In this initial phase of AI infrastructure, most of the compute, because it has to be very powerful. The problem of getting enough compute on device, getting it cheap enough, and also getting it power-efficient enough has not happened yet. So that is why everything happens on the cloud. There will be a time in which more and more GPU capability will be put into everybody’s phone and computer. When that happens, then more and more inference will be happening on the device, and there will be going back to the time when it is actually the software, it is actually the model that becomes much more important. The return for running models and the return on running applications will be higher because the compute CapEx will be not just borne by the model company, but it will be borne across the ecosystem. I think that would definitely happen at some point in time and we are building and preparing for that.

Veeva Systems (NASDAQ: VEEV)

Veeva’s management thinks Vault AI increases the value of the company’s applications; in August, management released more standard Vault AI agents, expanded existing Vault AI agents, and improved Vault AI’s ability to develop custom agents

Vault AI increases the value of our core applications…

…In early August, we crossed a key milestone for Vault AI with the release of additional standard agents, the expansion of existing agents, and more advanced custom agent development capabilities.

Veeva’s management thinks Veeva Falcon helps open a new big market for agentic labor; development of Falcon agents for clinical, regulatory, and safety is progressing quickly; Veeva is working with 5 early adopters of Falcon; management expects early adopters of Falcon to go live in 2026 (FY2027), and for the first top 20 biopharma to go live in 2027 H1 (FY2028 H1); the early adopters of Falcon are sponsors (meaning the entity behind a drug undergoing trials) and management’s current priority with Falcon are the sponsors; management acquired Copli in June 2026 and launched Falcon MLR (Medical, Legal, and Regulatory) for automated review of commercial content; customer demand for Falcon MLR is high; management thinks Falcon MLR can remove at least 70% of manual labour in the MLR review process over the next 5 years; management thinks Falcon is addressing things that are high on biopharmas’ priority lists; management sees very high customer interest in Falcon, with Falcon possibly flying off shelves if it was already available; management sees Veeva’s speed of development of Falcon as the bottleneck; Falcon is a completely new area for Veeva, but fits really well with the company’s existing products; there’s no need for a lengthy or complicated implementation process with Falcon; management thinks Falcon will have a relatively easy selling cycle because the product is not sold to IT departments; the buyers of Falcon are mostly same people Veeva has been selling to for the past decade; management expects Falcon to have similar gross margins to Veeva’s traditional software products because the agents will be working mostly with deterministic software; management thinks Falcon will still be a great business even if AI models do not become cheaper over time because Falcon is pushing a lot of work into the deterministic software layer; the labour Falcon will be replacing will be for both internal and outsourced work, but not outsourced work to CROs (contract research organisations); the pricing model for Falcon is still unclear to management, but it may be enterprise license agreements that escalate over time; in early tests, Falcon outperformed humans

Veeva Falcon represents a big new market for agentic labor…

…Development of Falcon agentic labor for clinical, regulatory, and safety is progressing quickly. We are working with five early adopters to test and refine our agents using real customer data, with more early adopters on the way. We expect to have the first early adopters go live this year and the first top 20 biopharma go live in the first half of next year…

…Our early adopters are with sponsors. Now, we have had some interest with service providers. I say that carefully, interest. They’re interested, but we really haven’t engaged heavily there yet because you have to be focused when you start working with your first customers. Service providers will have similar needs to sponsors, but not the same. We’re focusing on the sponsors first, and I fully expect over time that this will be useful for outsourced service providers. We have to work on the sponsors first… 

…In June, we acquired Copli and launched Veeva Falcon MLR, our agentic solution to automate the review of commercial content. Execution is going very well, and customer demand is high. Over the next five years, we believe Falcon MLR can eliminate at least 70% of the manual labor in the MLR review process across the biopharma industry…

…I think Falcon has a lot of interest right now because it’s very clear that that’s high priority. Quick cost savings and compliance and efficiency. That’s high on everybody’s priority. I think there’s a lot of interest in Falcon. We’re the rate limiter right now. We have to get that product ready, start working with the early adopters, but interest in Falcon is very high…

…If we had our early adopters live and successful right now, I don’t want it be hyperbole, but Falcon would be flying off the shelf if that was the case…

…It is a major change for Veeva. Falcon is agentic labor. That’s something different than we’ve done before. We’ve done cloud software, data consulting. Now we have this fourth thing, agentic labor. It is transforming the discussion. There’s two different things you could do with Veeva. You can do some agentic labor, you can do core applications. That was never the case before. The important point is Veeva, it fits very well. It’s a structural advantage for Veeva to both have the agentic labor across multiple areas in life sciences, and have the core applications across multiple of those areas in life sciences…

…One thing to know is there’s not an extensive Falcon implementation. There’s not a data mapping from one system to the other. There’s not a cut-over process. There’s not ETL to do. This implementation, the full value is faster with Falcon…

…it’s actually going to be an easier selling cycle because IT is really not involved in the agentic labor. That’s not something they’re involved in. Because it’s not like that. If you’re selling a solution to safety, this is about the budget of the safety team. It’s really the head of the unit, the business unit, and the head of the operations of that business unit… 

…We have not hit the case for Falcon where we’re selling into a buyer that we are not selling into, because we’re always selling into the business side with our business applications…

…These areas where we’re doing Falcon, they were ready, I would say, on the average, 60% of business sell, and those are people that we’ve been selling into for 10 years…

…I don’t really want to make predictions on Falcon because it’s early, but in general, I don’t think we’re going to have a gross margin problem. I think the gross margins will be roughly similar to our software. Here’s why. When we really go deep into Falcon and we have what we call Falcon copies, where we have the real customer data that we’re testing the agents with and developing the agents with, we know what’s going on. More and more of that work goes into the deterministic software…

…Even if that wouldn’t happen [referring to lower prices for AI models], I think Falcon would be a great business because we’re pushing a lot of things into the deterministic layer…

…[Question] Do you believe that the work will be shifting to Falcon is something they were outsourcing to other partners such as CROs?

[Answer] In terms of where the labor is done or where it will be displaced, I think there will be a combination of internal and outsourced, although generally not the CROs…

…[Question] Any incremental color on the pricing of the Falcon products?

[Answer] They want predictability for that because for one thing, they get that predictability when they either hire or outsource labor. It is quite predictable, and it is better for them. It is actually better for us too. W hat gets in the way of that a little bit is, well, Falcon is quite early now. It can do certain things, but it cannot do the things that it will do three years from now. How do you have a fixed price when your capabilities are rapidly improving? I think with some of our customers, we will end up having enterprise license agreements, enterprise subscription agreement for the labor based on the size of their company or their function, but it will probably escalate over time. It will be lower in the beginning when Falcon is less mature. If you want a teenage Falcon, it costs you X, and if you want a Falcon that is 25 years old, it costs you a bit more…

…In some early test runs, it is like, Wow, we tested this against the humans, what the humans did, and Falcon is already better than what the humans did.

Veeva’s business consulting and services business is improving with AI

In business consulting, AI makes process design, organizational structure, and change management more critical than ever. In services, AI-enabled offerings that deeply understand our products increase speed and value and drive customer demand. The innovations in our talent processes we started last year are already showing early signs of success that will lead to long-term excellence. We are excited about the future of AI-enabled consulting and services. 

In Commercial Cloud, Ostro is growing rapidly; management is looking to expand Ostro from commercial into medical and other areas; management thinks conversational AI that is 100% compliant is a strategic area; management thinks Ostro can grow far beyond its starting point; Ostro is a recent acquisition by Veeva, and it provides conversational AI for brands to provide patients and doctors with immediate, compliant answers

Ostro is really growing rapidly, both in customer and brand acquisition and in our longer-term product vision as we look to expand Ostro from commercial into medical and other use cases. Precision AI, conversational AI that is 100% compliant, is a very strategic area. We believe Ostro, like Crossix, can grow far beyond its starting point provided we deliver product excellence and customer success for all customers and brands. 

In Commercial Cloud, Crossix had a strong quarter in Measurement and Audiences; Crossix has been winning new customers and expanding with top 20 biopharmas; management thinks AI is a tailwind for Crossix

Crossix also delivered another strong quarter of growth in Measurement and Audiences, strengthening our leadership position with new customer wins and top 20 biopharma expansions. AI creates new and effective forms of digital marketing, which creates new opportunities for Measurement and Audiences. 

Aspen is Veeva’s new horizontal CRM (customer relationship management) product announced in early-August; Aspen is a CRM platform built for AI; Aspen has a few early adopters; Aspen is on track for availability later in 2026; management has very high aspirations for Aspen and thinks the product is addressing a clear market need; it’s very early days for Aspen; management is treating Aspen as a startup inside Veeva; Veeva is currently investing at a small scale into Aspen; Aspen’s users are currently being charged at $50 per user per month, and it comes with overage fees; management is willing to change Aspen’s pricing model based on customer feedback; management thinks Aspen’s advantages over existing CRM products are (1) price predictability, (2) dependability, (3) scalability, and (4) having a better system, data model, and business logic

In early August, we announced Aspen CRM, our next-generation enterprise CRM platform built for AI…

…We are learning from a few early adopters and remain on track for planned availability later this year for a broader group of early customers.  

We are just getting started with Aspen, but I am fully convinced that it addresses a clear market need with disruptive innovation that has real potential for greatness…

… Aspen, I think it is very early…

…This is a startup inside of Veeva. It is moving very rapidly. It is on 90-day plans…

…Your question was about how to size the investment as well. The investment is very small on the Veeva scale. It is not something that Brian, our CFO, notices, really, on the Veeva scale, because you have to keep that very small when you are working with early customers and you are iterating an early product…

…Aspen is taking a different approach that may or may not prove effective. It is to say, well, it is a different approach, a different technical stack, a different approach there, and a different pricing approach. It is just much more simple. You get your productivity, $50 a user a month…

…Then there is, of course, usage overage. Okay, let us say you buy five users. It is $50 a month, and you put a terabyte of data in there for some reason. Well, okay. Well, that is not anything that anybody thought about. There will be overage charges that you will pay monthly on the overage. It is a mix. I would say we are shooting for mostly predictable, because at the end of the day, large businesses would really want mostly predictable. You have to have this escape hatch to say, Yeah, I cannot use unlimited compute, because that does not make sense. Now we are also going to listen to our early customers, and we are a very customer-friendly company, and if there is a better way to do it, we will certainly do that…

…[Question] What are the specific customer problems that you’re aiming to solve with Aspen, versus what some of the existing horizontal CRM platforms struggle with today?

[Answer] One is price. Price being unpredictable, getting out of control. That would be one. The other one would be just dependability of the vendors, that you can really count on the vendor to be on your side. Scalability of the vendor. Sometimes they want something that really works for a small company but can scale up to a very large. Now in the market, you have to pick, like, do I want something that works for a small company, or do I get something that’s too big for me now, but it can scale up? Other things are just like data entry. The existing CRM systems really, if you get into them, okay, they require a heck of a lot of data entry. Most of that with AI doesn’t need to be done anymore. And then I just think there’s this other fundamental thing of better CRM system, and that’s just the details of a fundamentally better data model, better business logic, better just details like how do you handle multi-currency? How do you handle forecasting? How do you handle implementation so that you can get the CRM you want for your company in three months, rather than getting half of what you want in three years?

Veeva’s management does not appear to be willing to squeeze the company’s margins to invest in AI initiatives; 

[Question] As we think about you guys ramping on Falcon, ramping on Aspen, ramping on some Vault agents, Vault AI, should we expect maybe an uptick in terms of sales investments, R&D investments?

[Answer] We are very excited about Falcon and the path that it can be on. Y ou have also seen us over time consistently think about both growth and profitability. It is not different entering a new market like Falcon. Maybe the dynamics of the market are very slightly different, but it is the same overall approach that we are taking there. We scale investment as we scale revenue. There is certainly nothing material that I would call out for this fiscal year. It is all factored into the guidance that we have updated for FY 2027.

Veeva’s management thinks the current costs of AI models is not sustainable and that prices will become cheaper over time

We use the non-deterministic models, the anthropic models, et cetera, when we need to. A lot of this value is going into the agent. Then I believe everybody knows that the cost of these models are going to go down, whether they’re with better hardware or open weight models or et cetera. The current cost of the models is not sustainable, not based on what we’re doing, but based on this notion of what software development is doing. Eating up 50% of the tokens in the world and hundreds of billions of dollars. Somebody’s going to build a better mousetrap for that over time, and that’ll compress the prices.

Veeva’s management is seeing customers want to buy AI solutions from existing vendors, and not from new, unproven vendors

[Question] An emerging trend that we’ve been seeing across large healthcare and life sciences organizations within the industry this year is one in which customers want to embrace AI, but they don’t want to take the risk on a new and unproven entrant that offers AI for only a specific point solution or a niche use case, as they don’t have the time to evaluate hundreds of new vendors. It sounds like they’d rather consume AI from the incumbent platform vendors that they’re already deeply embedded with. One, are you getting this sort of same feedback from your customers?

[Answer] Some months ago, when we first introduced Falcon, I had customers come up to me personally, we were at an event and they said, Oh, thank goodness you’re announcing that because that’s I didn’t want to evaluate all these small vendors. ” Now that you have an offering, that helps me not have to go and look at all these small vendors. Yes, it’s absolutely what customers want.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. I have a vested interest in Adyen, Ahabet (parent of Google), Amazon (parent of Amazon Web Services), Microsoft, MongoDB, Nu Holdings, Okta, Salesforce, Sea, Tencent, and Veeva Systems. Holdings are subject to change at any time.

What We’re Reading (Week Ending 23 August 2026)

The best articles we’ve read in recent times on a wide range of topics, including investing, business, and the world in general.

We’ve constantly been sharing a list of our recent reads in our weekly emails for The Good Investors.

Do subscribe for our weekly updates through the orange box in the blog (it’s on the side if you’re using a computer, and all the way at the bottom if you’re using mobile) – it’s free!

But since our readership-audience for The Good Investors is wider than our subscriber base, we think sharing the reading list regularly on the blog itself can benefit even more people. The articles we share touch on a wide range of topics, including investing, business, and the world in general. 

Here are the articles for the week ending 23 August 2026:

1. AI Is Dead. Organoids Are Alive – Claire L. Evans

I mean that if lab-coated biologists took a sample of your skin and very carefully manipulated the cells inside it, they could actually make a brain. They do it all the time.

Not a brain as complex as the one behind your eyes, of course, but a glob of gray matter nonetheless, with a few-million-odd neurons that can send and receive electrical signals. Biologists call these strange creations human brain organoids. Kept at a womblike 98.6 degrees Fahrenheit for eight months, they’ll produce repetitive oscillations—brain waves—nearly indistinguishable from those made by a premature baby…

…To make a brain organoid, all you need is that sample of skin I mentioned before. (Samples of blood, hair, or teeth work too.) You take the adult cells and introduce them to some special proteins that revert them to their embryonic state. Given a second chance to mature, these so-called induced pluripotent stem cells can become anything: tear gland organoids that cry, heart organoids that beat, or brain organoids that … well, that’s the question.

In utero brain development is, as one bioethicist told me, “a black box” of scientific knowledge. Historically, a lot of what we know about it is inferred from studies with mice. But with an organoid, the transformation of stem cells into neurons into brain tissue happens in full view. In theory, scientists could one day study how a colony of dividing cells comes together to create a mind—to make, from 86 billion neurons, a person…

…Visually, organoids are not compelling; they’re opaque, snot-colored, the approximate size and shape of a chia seed. Muotri’s organoids contain 5 million cells, of which 2.5 million are neurons. (The rest are non-neural glial cells, which serve as scaffolding.) This, he reassures me, is the size of a bee’s brain…

…In Melbourne, Cortical Labs cultivates flat neural cultures—the stem cells were donated by the company’s own founder—and loads them into sleek white biological “computers” called CL-1s. Each is the size of an elongated toaster and boasts an onboard life-support system capable of keeping a culture of up to a million neurons alive for six months. With the CL-1, Cortical Labs is aiming to become the Nvidia of neural computing, providing hardware and, let’s say, “neurons as a service” with a sub-millisecond delay.

For now, these neural computers are mostly of interest to researchers who want to work with neurons without taking on the tedious wet-lab husbandry themselves. Eventually, however, the company hopes that neurons will prove themselves to be an energy-efficient, resilient substrate for more general computing applications—including some tasks currently handled by AI, like image recognition and classification…

…In 2022, using a system similar to what currently powers the Cortical Cloud, Kagan grew a neural culture on a microchip and trained it to play the 1972 Atari game Pong, rewarding the neurons with predictable electrical pulses when they made correct decisions and punishing them with chaotic bursts when they made mistakes.

The technique served as a minimal proof of concept for a theory, proposed by the neuroscientist Karl Friston, that self-organizing biological systems tend to minimize surprise whenever possible. By showing that neurons will reorganize themselves to avoid chaotic stimulus, Cortical Labs demonstrated one possible approach for programming living matter. But the experiment also signaled that the CL-1 could be considered hardware for testing theories of cognition…

…WHEN I SET out to report this story, I was sure it was about consciousness: the eerie moment a quarter-peanut of flesh sparks with self-knowledge, and what that precipice means for the researchers responsible. I imagined long dark nights of the cell and tiny funerals for spent neurons. What I found, however, was that nearly all scientists who keep organoids see the consciousness question as a distraction.

Most bristle when asked. They gesture to the organoids themselves—tiny balls bobbing in liquid solution like droplets of olive oil in vinegar—as if to say, give me a break. “Consciousness is so qualitative,” complained Annie Kathuria, an organoid researcher, when I visited her lab at Johns Hopkins. “How am I supposed to measure something qualitative on a tissue that’s floating in a dish? Someone has to define it. That’s what I say to everyone: Define to me what consciousness is, in quantitative terms.”…

…Conveniently, organoids can’t grow much bigger than 5 millimeters anyway. Once they reach a certain size, without a vascular system to pump in oxygen and pump out metabolic wastes, they develop a “necrotic core” and suffocate. This has created an upper ceiling for the organoid debate, but it won’t hold much longer. At Johns Hopkins, the nanotechnologist David Gracias is developing biomimetic artificial arteries; across town, at the Medical School, Kathuria creates rough blood vessel networks from endothelial organoids. Researchers are keeping organoids alive longer and longer. Muotri’s record, of three years, might’ve gone longer had someone in his lab not dropped the dish.

“THE GOAL IS to get to a 1-centimeter brain organoid,” said Thomas Hartung, as he walked me around the Center for Alternatives to Animal Testing, or CAAT, at Johns Hopkins, where he’s experimenting with new perfusion systems to get around the bloodlessness problem. One centimeter is roughly the size of a mouse brain—“a completely different beast,” Hartung said, than the 500-micrometer organoids he’s accustomed to…

…Nearly every organoid researcher I met reporting this piece told me the same fact: that in human clinical trials, the failure rate for neuropsychiatric drugs is close to 95 percent. The pipeline for new medications for conditions like depression, Alzheimer’s, and epilepsy is long, and often dry. That’s because drugs are ordinarily tested on animals, not people, and animal testing has never been the most physiologically relevant way to ensure the efficacy of drugs—it’s just been the most practical one. Organoids have changed that calculus…

…In July 2025, the National Institutes of Health announced that it will no longer award grant funding to research that relies exclusively on animal testing, encouraging consideration of “new approach models,” like organoids, instead; in September, the NIH announced an $87 million investment in building a Standardized Organoid Modeling Center. Fortunately for the NIH, since organoids are made with induced pluripotent stem cells from consenting adult donors, they don’t inspire the same religious ire as embryonic stem cell research did in the 1990s. And unlike lab rats or primates, organoid testing doesn’t irk the animal rights crowd.

Recent studies suggest that ordinary people, by and large, aren’t much bothered by organoids. When they do lodge an objection, it’s not because globs of neural cells might someday achieve human-level sentience. It’s because brain organoids are creepy. They muddy the line between person and thing, which, like the difference between humans and animals, or between the dead and the living, is a fundamental distinction that transcends cultures…

…Somewhere between the few million neurons in a brain organoid and the billions more that make up our minds, selfhood emerges—and absolutely nobody knows when…

…For the AI people, machine intelligence seems achievable, even inevitable. They “feel the AGI.” Part of this is hype; part of it is a willingness to take intelligence for what it does, as opposed to what it is. “If it quacks like a duck, it is a duck,” said John Evans, the UCSD sociologist. “The Silicon Valley types are super pragmatic. If AI is capable of doing what a human with consciousness does, they’ll call it consciousness.”

Biologists who work with neural cultures, however, are far less likely to use such a word without plenty of agonizing caveats. These biologists cultivate the raw meat of mind every day; they’re in the privileged position to understand how colossally complex it really is. As biology and AI converge, the culture shock between these worldviews is likely to be bracing.

For now, it seems that in the race toward conscious machines, there will be two lanes. One will be paved with rare earth minerals and silicon—forced, at enormous financial and energy cost, to model the brain from the top-down, in the form of artificial neural networks…

…Which leaves the other path. Admittedly, this one will be slippery and meandering—adapting, as all living things do, to the journey as it goes. It might not be the most direct route, but in the evolutionary history of life on Earth, it’s the only thing that has ever led to intelligence.

2. GEN-1.5 – Generalist Team

The ability to learn closed-loop physical skills from just one or a few demonstrations, and to do so across a broad range of tasks without such restrictions, has predominantly been considered out of reach. Such an ability may also likely be underpinned by a foundation that enables other broad generalization capabilities…

…We’ve created GEN-1.5, our latest robot foundation model that exhibits broad one-shot and few-shot learning from demonstration capabilities, as well as zero-shot generalization, e.g. improvisation and novel tool use (e.g. brush, dustpan, etc.). GEN-1.5 is a large multimodal model that processes video input (30 seconds of memory, alongside other sensor, language, and proprioceptive inputs) and produces 100 Hz action trajectories. Its capabilities include:

  • One-shot learning via in-context prompting. The model learns new tasks in seconds when prompted with 3 to 12 seconds of a single demonstration, no training required. We refer to the use of sensorimotor examples in the context window as “physical prompting.”…
  • …Few-shot adaptation via gradient descent. The model can be fine-tuned to a new task in 1–10 gradient steps on 1–5 minutes of data (~10–50 demonstrations).
  • Improvising new strategies and tool use. The model generalizes at the level of behavioral strategies: forming entirely new trajectories to reach a goal, using unseen tools (e.g. brush, dustpan, etc.) to create new solutions to tasks demonstrated with other tools, and working ambidextrously even when prompted or fine-tuned to perform the task with a specific hand.

These capabilities appear to emerge directly from pretraining on large amounts of physical interaction data. We did not explicitly train for any of them: no architectural changes to promote in-context learning, no inner or outer meta-learning loop pressuring the model to adapt from minimal data, no auxiliary objectives encouraging improvisation…

…Although the tasks are simple and short-horizon, and the success rates are modest, this is the first model we know of that has demonstrated the general ability to learn a wide range of dexterous closed-loop physical tasks from just one-shot or few-shot demonstrations…

…GEN-1.5’s initial pretraining began in parallel — it has now been training continuously for over eight months. We left it running because every metric we tracked kept improving with the engine: absorbing more data, scaling more efficiently with compute, and achieving step-change gains with successive surgical architectural and algorithmic changes. It was clear that the model was getting better, and the trend was consistent: new tasks were becoming more data-efficient, more compute-efficient, and more general.

As the model continued to train, we began experimenting with how few finetuning steps we could use to adapt to new tasks, finding the model could learn new tasks from 100s, then 10s, then eventually, 1 gradient step on just one minute of data. As far as we know, the ability to learn skills with such few gradient steps had not been observed before. We then asked, can this model learn new tasks without training, purely in-context and with zero gradient steps? That this works at all changes how we think about how these models can be used, about their potential impact, and the road ahead for building general physical intelligence…

…GEN-1.5 can be prompted with a single demonstration inserted into its 30-second context window, and the remainder holds rolling observations. Physical prompts are sensorimotor examples (i.e. sensor data plus action trajectories), recorded either as human data (with a pair of handheld grippers) or as rollouts from the robot itself. Once the prompt is in context, the model performs the task immediately, with no training steps. The performance of one-shot learning in-context is modest (59% average success across diverse tasks including handling zippers, opening jars, grabbing money out of wallets, etc.), but the fact that inserting a single demonstration in the context buffer, without ever training for it, yields any measurable competence at all was unexpected…

…We did not explicitly train GEN-1.5 for in-context learning, and the tasks we tested were not engineered into the pretraining data beforehand. This is a general model which we are prompting without regard to the pretraining data distribution.

Why this capability emerges from pretraining is difficult to pinpoint. One hypothesis, by analogy to language, is that the distribution of physical observations and actions may exhibit “burstiness” and Zipfian structure of the kind that has been linked to in-context learning in language models.17 It is also possible that physical work contains naturally repetitive cycles, and the model may have learned to detect and extend such patterns, as language models do with general sequences.18 The model was pretrained on randomly sampled continuous spans from our data engine (activities captured in homes, warehouses, factories, and elsewhere) with no bespoke infrastructure for packing examples into context — physical prompts introduce discontinuous jumps in time that the model never saw in training.

Robotics is inherently multimodal; and as in human learning, there are many ways to teach a robot something new — the two options of either (a) demonstrations or (b) language instructions are perhaps the most natural for having humans specify tasks.19 While language suffices for some task specifications, many physical actions are difficult to precisely describe in language20 (e.g. it is far easier to show exactly how to seat two Lego bricks than to say it). Prompting a task in native observations and actions is also a more comprehensive test of sensorimotor understanding: the model must infer the goal from the demonstration, repurpose existing knowledge, and improvise under new initial conditions…

…In some cases, in-context learning transfers across the embodiment gap entirely: a human demonstrates a task with their own hands, observable through the robot’s cameras, and the robot can reproduce it immediately afterward….

…In one example, we demonstrated using a brush to sweep a block into a bowl, and fine-tuned the model on 5 minutes of human demonstrations. The model was able to figure out how to use a variety of other tool options besides the brush in order to accomplish the task. When presented with a banana, it used the banana as a makeshift brush. When presented with a dustpan, however, the model exhibited a larger strategic departure from its demonstrations, and through a variety of means would use the dustpan to lift up the block and dump it into the bowl. Neither the fine-tuning data nor, to the best of our knowledge, the pretraining data contains a dustpan used this way, and the nearest pretraining examples bear little resemblance to the task. Handed a dustpan, the model composed an entirely new contact sequence to complete the task out of the box, with no language guidance…

…Although the model was only fine-tuned to put the block into a bowl, it appears to be able to remove obstacles (like a piece of paper covering the bowl) to complete the task, and sometimes place the paper back on top of the bowl. There was no paper covering the bowl in the 5 minutes of task-specific data (with which the model was fine-tuned for only 1 gradient step), and no such task in this setting (to the best of our knowledge) was in the pretraining data…

…GEN-1.5 is a milestone we believe to be profound scientifically, not because of higher success rates, but because it represents a new frontier of generality — one that challenges our own understanding of how these models behave when pretrained at a scale of physical interaction data few thought possible without shortcuts…

…What is clear now, and perhaps obvious in hindsight, is that past a certain threshold of pretraining, the cost of adaptation becomes negligible. Emergent in-context learning from a few seconds of data, or one gradient step on one minute of demonstrations, is no longer task-specific training in the conventional sense. It is closer to reminding the model of something it nearly knows, with a tiny amount of compute. That this works at all, changes how we think about how these models can be used, about their potential impact, and the road ahead for building general physical intelligence.

3. Apple forced to restructure ATT – Eric Benjamin Seufert

Yesterday, the German competition authority, the Bundeskartellamt, concluded its antitrust investigation into Apple’s App Tracking Transparency (ATT) framework after Apple agreed to legally binding changes to the ATT prompt and related consent design…

…Apple now has four months to implement these changes, and the commitments will remain binding for seven years…

…I believe the agreed-upon changes to the ATT prompt, as well as the ability for developers to bundle other data-use consent requests with the ATT prompt, will nudge opt-in rates upward by a non-trivial amount. Apple has stated that the changes will apply in almost all EU countries, and I expect the remaining European investigations to resolve similarly.

But I’m skeptical that the US will adopt similar measures, and for that reason, the broader impact on the digital advertising market of this restructuring of ATT will be muted: without any changes in the US, and given that historical ATT opt-out decisions will not be automatically reversed en masse, my sense is that the principal impact of the concessions extracted from Apple by the Bundeskartellamt will be precedential rather than immediately economic…

…So ATT will survive, but Apple’s ability to impose asymmetric rules on third parties under the banner of privacy without meaningful constraint will not. The immediate economic impact of these concessions may be modest, particularly if the changes stop in Europe, as I believe they will (for a more extensive argument on why I think that’s the case, see Could ATT be rolled back?). But their precedential impact is consequential. ATT was never simply a privacy policy; it was an exercise of platform power, and that power is now circumscribed.

4. A $21 Billion ‘Kids in Chips’ Startup Is Scooping Up Nvidia Talent – Robbie Whelan

Etched doesn’t make software but semiconductors, a product category whose high capital costs and long development cycles have relegated it to a corner of Silicon Valley where experience still trumps youthful ambition…

…Etched has reached a key milestone: signing up its first customer—Jane Street, the secretive Wall Street quantitative-trading giant—for its product, a server rack filled with AI processors optimized for rapid inference computing. The startup has booked more than $1 billion in orders and already started shipping chips…

…The startup says it took just 44 days after getting its test chips back from Taiwan Semiconductor Manufacturing to have them up and running inference workloads—the computing processes that allow AI models to respond to user queries—a process that usually takes six months or more.

“We may be the only AI chip that was built by a startup that was successful on the first try,” said Robert Wachen, co-founder and president of Etched…

…Around 15% of Etched’s roughly 400 employees previously worked at Nvidia, and it has recruited aggressively from the market-leader, as well as from other established semiconductor firms…

…Then there is the 2-megawatt in-office data center. Lined with refrigerator-sized server systems, the room emits a low roar from its cooling systems and allows potential customers to remotely access and try out Etched’s chips.

Another way in which Etched is atypical is in how much of its supply chain it owns and controls. The company has a team of 20 in Taiwan, where it owns a factory that builds server components. Most chip startups outsource much of the testing of their finished products, while Etched does almost all of it in-house.

Company executives say they design their chips using a distinctive design approach called “cluster-scale memory,” a way of allowing multiple chips inside a server to communicate more quickly and thus act as one processor. They say communications tasks that take about 4,000 nanoseconds for an Nvidia Blackwell processor to perform can be done by Etched’s chips in 700 nanoseconds, thanks to the chip’s architecture and custom interconnections.

5. The Future Of AI Compute Won’t Run On Just One Kind Of Chip – Liz Allan, Satadal Bhattacharjee, Ashish Darbari, Moshiko Emmer, Sharad Chole, Cameron Brunner, and Sumit Vishwakarma

Bhattacharjee: That’s right. One of the trends we are seeing, which Nvidia started, is disaggregating the inference pipeline. In inference, there are a few stages. One is called prefill, where you enter a prompt and it’s just trying to figure out what you’re asking so that it can take action. The prefill stage is extremely compute-intensive. Recently, Nvidia announced that its Groq 3 LPU (language processing unit) will be used in the prefill cluster, showing more than a GPU is required to do some of these tasks. Then there’s decode, where it actually does the task, or creates the response that will be generated and shown. Then with the agents coming in, there is the tool calling or executing the task — for example, booking the Uber ride or making a hotel reservation.

We are seeing that with inference disaggregated, you have a cluster with a specific set of hardware and software to do the pre-filled stage. Then, you have a cluster to do the decode stage, and then you have another fully compute cluster to do the execution by the agents. And these are all stitched together. They’re all communicating with each other, most likely through Ethernet right now, but each of the clusters has a different mix of software and hardware to do the function that they do best. That’s going to be more of the norm going forward, because until now every AI problem was solved with a GPU, and the industry is recognizing that every nail doesn’t have one hammer…

… There are some companies that have come up, such as Gimlet Labs and Together AI. Their pitch is that they provide the software layer to run on top of a heterogeneous hardware environment, even on disaggregated inference, and make sure the prefill cluster is run optimally, the decode cluster is run up to value, and the compute cluster is run optimally to do each of the workloads. They are taking care of the software orchestration, and they are working with different companies to do that. This is a very critical part when you go beyond the top hyperscalers like Google, which are invested in creating these custom TPU clusters. Not many companies can do that. Especially if you go to the neocloud guys, which are the next level of cloud providers like DigitalOcean, CoreWeave, Lambda Labs [now Lambda AI], Verda, and others, they’re all going to have this same challenge. There is a desire to bring more hardware diversity. There’s a desire to bring token costs down — of course, without sacrificing performance — and do it without having a single company’s hand holding you. This is a big challenge that we are facing right now. We are at the early stages. It will take some time before this problem is solved, but there’s a lot of concentrated effort going into building this heterogeneous cluster with optimized software coming and solving this big problem that we have, where everybody is waiting in line for Nvidia systems because that’s the only system that is proven to be working at scale right now.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have a vested interest in Alphabet (parent of Google), Apple, and TSMC. Holdings are subject to change at any time. 

Company Notes Series (#16): Federal Home Loan Mortgage Corporation

Editor’s note: This is the latest edition in the “Company Notes Series”, where we periodically share our notes on companies we’ve studied in the recent past but currently have no vested interest in (we may invest in or sell shares in the companies mentioned at any time). The notes are raw and not updated, and the “as of” date for the data is given at the start of the notes. The previous edition in the series can be found here. If you have any thoughts on the series you would like to share, feel free to do so through the “Contact Us” page; we appreciate any feedback. Thanks in advance!

Start of notes for Federal Home Loan Mortgage Corporation (Freddie Mac)

Data as of 31 March 2026

  • Freddie Mac has a long history of profitability since 2012, and the net profit has been quite consistent:
Table 1; Source: Freddie Mac annual reports
* Net profit is to company, and not to common shareholders, because under the current conservatorship, the net profit of Freddie Mac essentially accrues to the Senior Preferred Securities
** 2013’s net profit was unusually high because of a large US$23.305 billion income tax benefit, largely as a result of a one-time release of valuation allowance against net deferred tax assets; for perspective, 2012 and 2014’s income tax expenses were -US$1.537 billion and US$3.312 billion, respectively
*** 2017’s net profit was low because of a large US$11.209 billion income tax expense, largely as a result of a one-time tax charge of US$5.4 billion for federal income taxes; for perspective, 2016 and 2018’s income tax expense were US$3.824 billion and US$2.239 billion, respectively
  • In September 2008, the US Treasury provided financial support to Freddie Mac by investing in the company’s senior preferred stock (SPS). The SPS also gave the US Treasury warrants to purchase shares equal to 79.9% of Freddie Mac’s common stock, on a fully-diluted basis, for effectively nothing
  • Under the terms of the SPS, the US Treasury has committed US$211.8 billion in funding-support, and Freddie has drawn down US$71.6 billion as of 31 December 2025. Freddie last drew upon the funding support in early-2018, with the super-majority of the amounts being drawn-down in 2008-2011. Freddie has paid a total of US$119.7 billion in dividends to the US Treasury as of 31 December 2025, which is substantially higher than what Freddie has drawn upon; Freddie stopped paying the US Treasury a dividend in 2019 Q3 at the direction of the government. The SPS terms initially came with a dividend rate of 10% annually in cash, or 12% annually in payment-in-kind. Based on IRR (internal rate of return) calculations, the US Treasury has earned an annual return of 12.7%, which is higher than the dividend-rate of the SPS.
  • The SPS also comes with a liquidation preference. As of 31 March 2026, the liquidation preference for the SPS is US$143.0 billion. What Freddie’s common stock is worth will depend heavily on how the US Treasury sees the liquidation preference terms for the SPS. If the US Treasury decides to waive the liquidation preference and thus cancel the SPS, there can be significant value in Freddie’s common stock. If the US Treasury wants to pursue the liquidation preference, through, say, conversion of the SPS into common stock, then the value in Freddie’s common stock can be wiped out
  • As a sense check, Freddie’s total diluted outstanding common shares (this includes full conversion of the SPS-related warrants owned by the US Treasury) of 3.234 billion as of 31 December 2025. Net income in 2025 was US$10.731 billion. Diluted EPS in 2025 is thus US$3.32. At a P/E of 8, Freddie’s stock price would be nearly US$27. Freddie’s stock price as of 31 March 2026 is only US$6.40. A P/E of 8 is consistent with what Farmer Mac (Federal Agricultural Mortgage Corporation) carries at the moment. Farmer Mac is equivalent to Freddie Mac, but for loans made to farmers (Freddie Mac is for mortgage loans). Farmer Mac is much smaller than Freddie Mac, with annual net income in the US$150 million to US$200 million range. So Freddie might even deserve a premium; at a P/E of 12, Freddie’s stock price would be US$40.
  • Just official confirmation from Treasury that it wants to cancel the SPS and waive the liquidation preference can significantly boost Freddie’s stock price, without anything else changing.
  • One negative point worth noting is the enterprise regulatory capital framework (ERCF) that Freddie is under. The ERCF is imposed by the FHFA (Federal Housing Finance Agency) and requires Freddie to hold a certain amount of risk-weighted capital in-relation to the assets owned by the company. Right now, the ERCF applied to Freddie requires a CET1 (Common Equity Tier 1) ratio of 4.5%, which is really high and is similar to a US bank. Under the current ERCF, Freddie’s risk-based adjusted total capital has a shortfall of US$165 billion

Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have no vested interest in any company mentioned. Holdings are subject to change at any time.

What We’re Reading (Week Ending 16 August 2026)

The best articles we’ve read in recent times on a wide range of topics, including investing, business, and the world in general.

We’ve constantly been sharing a list of our recent reads in our weekly emails for The Good Investors.

Do subscribe for our weekly updates through the orange box in the blog (it’s on the side if you’re using a computer, and all the way at the bottom if you’re using mobile) – it’s free!

But since our readership-audience for The Good Investors is wider than our subscriber base, we think sharing the reading list regularly on the blog itself can benefit even more people. The articles we share touch on a wide range of topics, including investing, business, and the world in general. 

Here are the articles for the week ending 16 August 2026:

1. Amazon 2004 shareholder letter – Jeff Bezos

Though some may find it counterintuitive, a company can actually impair shareholder value in certain circumstances by growing earnings. This happens when the capital investments required for growth exceed the present value of the cash flow derived from those investments. 

To illustrate with a hypothetical and very simplified example, imagine that an entrepreneur invents a machine that can quickly transport people from one location to another. The machine is expensive—$160 million with an annual capacity of 100,000 passenger trips and a four year useful life. Each trip sells for $1,000 and requires $450 in cost of goods for energy and materials and $50 in labor and other costs.

Continue to imagine that business is booming, with 100,000 trips in Year 1, completely and perfectly utilizing the capacity of one machine. This leads to earnings of $10 million after deducting operating expenses including depreciation—a 10% net margin.

The company’s primary focus is on earnings; so based on initial results the entrepreneur decides to invest more capital to fuel sales and earnings growth, adding additional machines in Years 2 through 4…

…It’s impressive: 100% compound earnings growth and $150 million of cumulative earnings. Investors considering only the above income statement would be delighted. However, looking at cash flows tells a different story. Over the same four years, the transportation business generates cumulative negative free cash flow of $530 million…

…Notice, too, that a focus on EBITDA—Earnings Before Interest, Taxes, Depreciation and Amortization—would lead to the same faulty conclusion about the health of the business. Sequential annual EBITDA would have been $50, $100, $200 and $400 million— 100% growth for three straight years. But without taking into account the $1.28 billion in capital expenditures necessary to generate this ‘cash flow,’ we’re getting only part of the story—EBITDA isn’t cash flow…

…Unfortunately our transportation business is fundamentally flawed. There is no growth rate at which it makes sense to invest initial or subsequent capital to operate the business. In fact, our example is so simple and clear as to be obvious. Investors would run a net present value analysis on the economics and quickly determine it doesn’t pencil out. Though it’s more subtle and complex in the real world, this issue—the duality between earnings and cash flows—comes up all the time.

2. Nvidia’s Risky Business – Ben Thompson

Today corporate executives and financial engineers don’t need to control newspapers; thanks to his new X account, Nvidia CEO Jensen Huang can go straight to the public. From an X Article posted last night:

NVIDIA AI Factory Compute Is Becoming an Investable Asset Class

Today, we announced partnerships with Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs and KKR to establish independent financing platforms designed to mobilize over $500 billion of third-party capital to support the buildout of AI infrastructure over time.

This is a major milestone for NVIDIA and the AI industry. We have moved from an era in which companies bought chips and built data centers project by project to one in which AI factories can be financed as productive infrastructure — with repeatable platforms, long-term institutional capital and a diverse customer base that uses compute to create revenue.

AI has reached an inflection point. It is moving from research into production. AI is creating real value, and the infrastructure behind it is becoming one of the world’s most productive assets. In AI, compute is revenue.

Huang argues that Nvidia-based AI factories are fungible, protecting residual value, and that CUDA makes AI factories better over time, extending their economic value; according to Huang:

These are the characteristics of an investable infrastructure asset: it produces revenue, serves a broad market, improves in performance over time and can be redeployed.

Thus the attempted formalization of a new investment structure:

The demand for AI infrastructure is extraordinary. But access to capital is uneven. Many great AI companies, enterprises and AI clouds have demand for compute but do not yet have access to financing at the scale or cost required to build quickly. That is why we are partnering with the world’s leading long-term capital providers.

Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs and KKR are also among the world’s leading infrastructure investors, with deep expertise in underwriting long-lived, productive assets. Together, we are creating repeatable financing platforms to help the AI ecosystem build the factories it needs.

What Apollo et al. are, are new sources of capital beyond the investment grade debt markets. In that sense this proposed structure is somewhat akin to Google’s equity issuance: a way to secure funding beyond bonds. The difference, however, is stark: whereas equity dilutes the upside for investors without adding risk to the company, this structure preserves Nvidia’s margins by finding new pools of capital willing to bear risk.

It’s not a total free ride for Nvidia: the company is backstopping opportunities with up to 25% residual-value based financing, suggesting that Huang believes his “investable asset class” pitch much more than the market does. That is, in a certain sense, a price cut, as the goal is to reduce the cost of capital for entities building data centers with Nvidia chips, by putting Nvidia’s profits on the line for uncertain investments. That guarantee is downstream from Google’s (and soon Amazon’s) aggressiveness: why build a data center with Nvidia chips if you can buy TPUs or Trainiums (Nvidia chips are likely better, but if the constraint on new data centers is capital, lower up-front prices may matter more than token efficiency)…

…This might not cost Nvidia anything in the end: if AI revenues truly take off, then the debt markets will open back up, and ultimately companies will go back to funding infrastructure investment through free cash flows. Right now, however, is the danger zone, as hyperscalers blow through the debt markets and Google at least starts to tap equity. To the extent Nvidia competes through novel funding mechanisms that, at the end of the day, draw on things like insurance floats and pension funds and other long-run liabilities that are the bread and butter of the asset managers the company is partnering with, the risk — unmarked, unlike equity — is considerably higher.

That’s why I started with 1870 and Cooke’s ill-fated agreement with Northern Pacific. Yes, the upside the deal afforded Cooke was incredible, but it was incredible for a reason: it was very risky, and pioneering new funding mechanisms only served to spread the pain when it all blew up. It’s one thing to spend all of your free cash flow; it’s another thing to tap the debt markets. And, beyond that, it’s a completely new nerve-racking thing to bring safety-seeking assets to bear. AI better deliver before it’s too late.

3. NVIDIA AI Factory Compute Is Becoming an Investable Asset Class – Jensen Huang

Today, we announced partnerships with Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs and KKR to establish independent financing platforms designed to mobilize over $500 billion of third-party capital to support the buildout of AI infrastructure over time…

…NVIDIA A100 is a powerful example. NVIDIA introduced the Ampere-based A100 in 2020, and six years later, it remains in active commercial use for AI training, fine-tuning, inference and high-performance computing. Customers continue to commit capacity for multi-year deployments, extending A100’s economic life toward a decade.

The market is also demonstrating the durability of NVIDIA compute economics. One-year H100 rental pricing rose from about $1.70 per GPU-hour in October 2025 to about $2.35 per GPU-hour in March 2026. Cross-provider on-demand median pricing rose from roughly $2.00 per GPU-hour in October 2025 to $2.70 in June 2026. Blackwell capacity commands a premium, with reported B200 cloud rates spanning approximately $5.30 to $7.05 per GPU-hour…

…The demand for AI infrastructure is extraordinary. But access to capital is uneven. Many great AI companies, enterprises and AI clouds have demand for compute but do not yet have access to financing at the scale or cost required to build quickly.

That is why we are partnering with the world’s leading long-term capital providers…

…Why would NVIDIA support financing?

In some cases, NVIDIA may provide a residual-value support mechanism for up to 25% of an opportunity, assessed carefully on a project-by-project basis. That support is limited, residual-value based and designed to complement — not replace — independent underwriting.

This is substantially lower than other compute-financing arrangements. NVIDIA can provide support because NVIDIA compute is unique: it is fungible, universally adopted, software-upgradable and redeployable across a large ecosystem of customers…

…Every industrial revolution has been built on infrastructure: electricity, transportation, communications and computing, with every buildout enabled by external financing.

4. The Future is for Everyone – Mark Zuckerberg

We are fortunate to live at an incredible moment in history. In the next few years, people will be able to use superintelligence beyond human capacity to create and discover extraordinary new things, build new businesses, express new ideas, learn new concepts, and advance our health and quality of life. As we get closer to this moment, it is important to develop a philosophy for how we can best use superintelligence to ensure it improves all of our lives, work, communities, freedom and safety.

The defining questions of our age are who will have access to superintelligence and what will we direct it towards. Will it be centralized and restricted to a few institutions, or will it be a tool that empowers everyone?

We propose a philosophy based on individual empowerment as the source of prosperity, invention as the primary purpose of superintelligence, and balance of power as the foundation of safety…

…At the same time, new technologies also bring new risks. There are many important concerns we are focused on addressing — from concerns about job displacement and ensuring local communities benefit from data center builds, to safety concerns around AI misuse related to cybersecurity and biorisk, to avoiding government tyranny and surveillance, ensuring the US and democratic countries lead, and ultimately making sure humanity maintains control over superintelligence so it serves rather than endangers us.

The conventional view is that these concerns are about technology, and that if we take enough time then we can perfect or align the technology to produce a single benevolent superintelligence. I think this view of alignment is fundamentally flawed.

Humanity is not a monoculture. People’s diverse values represent different tradeoffs they would make on important issues. There is no technological solution that can align with everyone’s opposing interests and values at once. Any singular superintelligence would have to prioritize some values over others and in the process would be incapable of being benevolent to everyone.

Instead, we propose that it is more productive to view each of these concerns through the lens of achieving the right balance of power, as western society has in democratic governing institutions. People and institutions with competing interests naturally check and balance each other to lead towards positive outcomes. The best and most realistic path to building a positive AI future is by delivering superintelligence to everyone.

As a thought experiment, imagine only one person had a superintelligent lawyer. They would have an unfair advantage in court — even if they were wrong on the merits. That would lead to a worse society. But now imagine everyone has a superintelligent lawyer. In this case, justice would be carried out much more fairly and efficiently than it is today when there is often an imbalance in skills and resources in litigation.

Similarly, if one person alone had a cybersecurity superintelligence, they could likely break into almost any technical system and the world would be much less secure than today. But if everyone has access to cybersecurity superintelligence, then all of our technical systems would become more secure than today since the widely deployed superintelligence would help harden and update every system.

If only one business had superintelligence, that business would outcompete all others and lead to a less dynamic and broadly prosperous market than we have today. But if everyone has access to superintelligence, then everyone will have the tools to create new things beyond what is possible today, and the economy will be more dynamic and generate more broad-based prosperity.

When people are empowered, they naturally compete and check each other economically, socially, politically, and in all other planes of human interaction. People also check and balance the power of institutions including businesses and governments.

But if the power of superintelligence is held by a small number of individuals, businesses, governments, or AI itself, then that will naturally lead to outcomes that are less favorable for everyone else. This is not a technological principle. It is about the balance of power. There is no such thing as a singular benevolent superintelligence.

Therefore, the key to a positive future for everyone is achieving a balance of power that favors individuals. The solution is to ensure that superintelligence is broadly distributed to empower people…

…Before the industrial revolution, 90% of people were farmers growing food to survive. Advances in technology steadily freed much of humanity to focus less on subsistence and more on the pursuits we choose. At each step, people used our newfound productivity to achieve more than was previously possible, as well as spending more time on creativity, culture, relationships, and enjoying life.

Of course some aspects of the way we work will change — just as it did with computers, the internet, and any new technology. This means people will have to adapt, and this will be challenging. But the more that everyone has a personal agent that is superintelligent at teaching us new skills and helping us adapt to change, the smoother this will be.

Company sizes may shrink — just as they did in the transition from industrial giants to tech companies. But this doesn’t mean fewer jobs overall. It implies a larger number of companies with fewer people each. There are many more valuable companies and services to build than people are able to build today. I expect we will start seeing small numbers of people with personal superintelligence agents able to run companies at significant scale. In the future, small businesses will continue to be the backbone of the economy, but each small business will be able to have a much larger impact…

…For example, in Richland Parish, Louisiana, where Meta is building a large data center, teachers received a $50,000 bonus this year because of the increased tax revenue from our investment. The superintendent told us that teachers are now moving there from across the country and he believes it will become one of the nation’s best school districts…

…We help keep electricity prices low by building our own energy-generating infrastructure wherever we invest. This ensures that not only are we not consuming energy that could have gone to the local communities, but in some cases we even supply a surplus of low-cost energy back to the communities. We think this is an important investment principle for sustainability.

Our data centers are also designed to be among the most water-efficient in the world. We are committed to being water-positive, meaning that we’ll restore more water than we use in the watersheds where we operate by 2030. In areas with high water stress, our goal is to restore 200% of the water we use…

…Some argue that the best way to reduce risk is to restrict the capabilities individuals can access. But giving people cybersecurity capabilities is also how we secure the long tail of systems, and giving people scientific capabilities is how we advance science in ways that should reduce the risks of harm over the long term. Restricting capabilities leads us down the path of centralization and lack of checks and balances, so we should be extremely careful about this — especially if other nations pursue less restrictive paths.

On cybersecurity, widely deployed open source systems have proven more secure because more people can identify vulnerabilities, harden the systems, and easily upgrade to the latest most secure versions. Even in recent weeks, we have seen companies handling security incidents like HuggingFace rely on widely available open models to patch vulnerabilities. Over time, I expect that widely deployed AI models with strong cybersecurity capabilities will lead to systems that are more secure, not less. This will be definitively true once superintelligence enables most of the world’s code to be verifiably secure. The long term answer isn’t to withhold capabilities but to establish a balance of power where superintelligence is broadly distributed.

5. AIndicators Hint at Doubts in Credit Markets – Richard Abbey and John Authers

Investors have awakened to the financial risks of the artificial intelligence buildout, and they have a deep well of precedent to draw on. Like all transformational technologies, it must be financed with borrowed money long before it can generate a return. More than 150 years ago, financier Jay Cooke’s ambitious campaign to fund the Northern Pacific Railroad began to unravel not because railroads were a bad idea, but because the bonds financing it traded at steep discounts for months. His firm’s collapse triggered the Panic of 1873. As Alberto Gallo of Andromeda Capital Management points out, history is full of worthy projects that weren’t worthy investments:

These projects benefited the wider population later on but ended up bringing insufficient financial rewards to their initial capital providers, especially when capital was in the form of credit.

Today’s debt-financed AI buildout isn’t necessarily destined for the same reckoning. But credit markets have a habit of registering doubt before broader markets and should be heeded. Spreads revealed mounting strain long before newspapers declared a financial panic in 1873. They are performing much the same function today. As Barclays shows, main AI players’ credit spreads have risen sharply in recent weeks…

…Spreads aren’t signaling a crisis just yet. Their recent widening nevertheless suggests investors are demanding greater compensation for financing the AI buildout…

…The bottom line is whether people use the product once it’s ready, and what they pay for it. In Field of Dreams terms, the industry is building it; will they come? A Federal Reserve study published in April estimates that AI adoption among US businesses reached 18% by the end of 2025, pointing to substantial room for further expansion. Demand tells a similar story. Data from OpenRouter, which tracks consumption of tokens (the basic units of text processed by large language models), show usage has more than tripled since January…

…Does soaring token usage necessarily translate into soaring revenues for providers of foundational models? Not quite. The LLM Token Expenditure Index, which measures the effective expenditure on large language models by combining token prices and usage, reveals the disconnect. As token volumes surge, falling prices and migration toward cheaper models suggest monetization has not kept pace with adoption…

…JPMorgan estimates that $4.1 trillion of the $5.5 trillion in AI capex will be debt-financed, so rate hikes would essentially pile on the costs of this buildout, putting a spoke in the wheels of the massive investment cycle.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have a vested interest in Alphabet (parent of Google), Amazon, and Meta Platforms. Holdings are subject to change at any time.

More Of The Latest Thoughts From American Technology Companies On AI (2026 Q2)

A collection of quotes on artificial intelligence, or AI, from the management teams of US-listed technology companies in the 2026 Q2 earnings season.

Last week, I published The Latest Thoughts From American Technology Companies On AI (2026 Q2). In it, I shared commentary in earnings conference calls for the second quarter of 2026, from the leaders of US-listed technology companies that I follow or have a vested interest in, on the topic of AI and how the technology could impact their industry and the business world writ large. 

A few more technology companies I’m watching hosted earnings conference calls for 2026’s second quarter after I prepared the article. The leaders of these companies also had insights on AI that I think would be useful to share. This is an ongoing series. For the older commentary:

With that, here are the latest commentary, in no particular order:

Airbnb (NASDAQ: ABNB)

Airbnb’s management has rebuilt the company into an AI-native one; management thinks AI is the best thing to happen to Airbnb, as it has allowed the company to reduce the time from concept to launch by as much as 60%, and increase the features and improvements shipped in 2026 H1 by 80% compared to 2025 H1; AI has accelerated improvements in Airbnb across search, sign-up, checkout, and payments, leading to more conversion of traffic into bookings; management has introduced AI-generated listing highlights; management is using AI to surface review highlights; management will introduce AI home comparisons later in 2026; management sees AI as an existential risk to Airbnb but it ended up being a good thing for Airbnb, especially after the hire of CTO Ahmad Al-Dahle, and now management thinks Airbnb is one of the most AI-native companies around outside of the frontier labs and hyperscalers; management thinks the AI-native nature of Airbnb will enable it to enter many new businesses within and outside of travel; management thinks being AI-native will not affect Airbnb’s cost structure; Airbnb does not need major capital investments to become AI-native; management expects Airbnb’s inference cost to be much lower compared to incremental revenue that can be generated; Airbnb has not been tokenmaxxing, as management has been thoughtful about the outputs of the company’s token-usage; in Airbnb’s updated guidance, management expects higher expenses because of AI spending, but the company’s margins are also expected to increase

We’ve rebuilt Airbnb from the ground up to be an AI-native company…

…AI is transforming how we execute and build products. Said simply, AI is the best thing to ever happen to Airbnb. Today, we’re building, testing, and iterating faster than we could just a year ago. Across some of our key initiatives, we’ve reduced the time from concept to launch by as much as 60%. Compared to the same six months last year, we’ve increased the number of features and improvements we shipped this year by nearly 80%. The acceleration from AI allowed us to make hundreds of improvements across Airbnb for hosts and guests…

…I’ve talked in past quarters about Project Y, which is our innovation blueprint, where hundreds of improvements compound over time. AI is accelerating this work across search, sign-up, checkout, and payments. By reducing friction across the guest journey, we are converting more traffic into bookings, and that’s become one of the biggest drivers of our growth. We improved search and discovery, making it easier for guests to find and book the right home, hotel, service, or experience, and it’s meaningfully improving conversion.

We also introduced AI-generated listing highlights so guests can quickly understand the key details about a home. We also launched AI-powered review highlights, surfacing what guest reviews say about a home’s location, amenities, and more. Later this year, we’ll introduce AI home comparison, allowing guests to compare homes side by side before booking…

…Last year, I told our company that AI is an existential risk to us. It was the only existential risk to this company. Now, policy is a risk, but it’s not an existential risk. It’s a risk that we will manage forever. The existential risk to everyone was AI. Is AI good for you? Is AI bad for you? I think the moment of truth happened this year. Moment of truth happened. First, we hired our CTO, Ahmad Al-Dahle. He was the leader of Meta Llama models. He came in, I think we went from a company that was a middle-of-the-pack company for AI to a leader in AI, at least amongst companies that are not frontier labs or hyperscalers. I think we are amongst the most AI-native companies now in all of Silicon Valley. I think because of that, this allows us to go into many new businesses in travel and eventually beyond travel that we might not have been able to go into except for the opportunity that AI affords us…

…[Question] With AI helping drive faster velocity of innovations, I was hoping to get your perspective on how this transition to AI native could impact your product costs and if there are any operational adjustments you’re making to help minimize the impact.

[Answer] It won’t affect us that much… We do not need to make any major capital investments. We are not buying up a whole bunch of GPUs. Second, the inference costs of Airbnb are de minimis relative to the ROI of our business model. Right? We’re not in the business of information where we’re trying to monetize. Our transactions are very high-dollar transactions, if AI can just increase our conversion rate just a little bit, the inference cost is so outweighed by the amount of money we make on that increased ROI. I think that what you’re seeing is the cost of tokens to develop products and the inference costs to run the models pales in comparison to the incremental revenue we generate and the incremental output or throughput we’re seeing…

…We’re not so-called token maxing, which I think is this thing where I think all these CEOs at the beginning of the year have this mandate. “I want to see everyone use AI,” with a vanity of have people use as many tokens as possible. Luckily, I have a great technology leader in Ahmed, we’ve been really, really rigorous and thoughtful about it’s not about how many tokens you use, it’s about the throughput of your product and the quality of your product designs and how much you’re shipping…

…In the updated guidance that we provided, it obviously does assume a material increase in terms of the AI spend over the course of the year. I would note that, yes, we are expanding margins while absorbing that increased cost.

AI is making it easier for property owners to become Airbnb hosts; AI is helping Airbnb improve the pricing information and hosting tools provided to hosts; management thinks Airbnb’s AI tools will for pricing will be very powerful

AI is also making it easier to host. We know that as hosts are more successful when they have the right price, the right insights, and the right tools, and AI is helping us improve all three. We made it easier for hosts to set competitive prices and get more bookings. We also gave hosts more actionable insights to help them improve their listings and increase their earning potential. We’re rolling out AI tools that help new hosts get started faster and better understand their pricing and earning opportunities…

…Most people don’t have a single price. They have different prices for every day, and the best way to price your home, like a hotel, is to have different prices on different days, and for those prices to be dynamically changed. I think that it’s very possible that, right now, hotels have very sophisticated pricing management. They have entire teams of people doing that. I don’t think anyone is going to be better than AI at doing this. I think that our models are going to be very, very powerful, and I hope in the future, hotels can even use that.

Airbnb’s management thinks AI is transforming the company’s customer support; Airbnb’s AI assistant is now available in more than 50 languages; the AI assistant has resolved 45% of issues without a human agent, and at much faster times; management will introduce AI voice support later in 2026; the AI assistant helped Airbnb reduce customer support costs per booking by 16% year-on-year in 2026 Q2; management expects the AI assistant and AI voice support to further reduce Airbnb’s customer support costs per booking

AI is also transforming customer support. Our AI assistant is now available in more than 50 languages. Nearly 45% of issues that start with our AI assistant are now resolved without a human agent, while delivering much faster resolution times. Later this year, we will begin introducing AI voice support, extending the experience to phone call…

…In Q2, customer support costs per booking declined about 16% year-over-year, driven in part by improvements by our AI assistant. We expect those costs to continue to decline as our AI assistant resolves more and more issues, and of course, as we bring it to voice.

Airbnb’s management is able to use AI to understand whether a user wants homes or hotels

We have really, really good personalization, and we know now with our personalization, and really driven by AI, whether someone wants to see just homes, just hotels, or both.

Airbnb’s management started testing AI Search recently on a tiny percentage of the company’s overall traffic; the test results for AI Search have so far been extraordinary; AI Search will initially be turned on only by a toggle, and management expects Airbnb to take months to instill a new habit among users; management sees AI Search as having 4 major natures, namely, (1) the ability for users to search with natural language, (2) users receiving responses in natural language, (3) visual titles, and (4) AI-generated personalised highlights; management envisions AI Search to be conversational, visual, and personalised; management expects AI Search to meaningfully improve Airbnb’s conversion rates

on AI search. Good news, we are beginning to put it in test this month. That test is going to be a very small % of our traffic, and based on those results, we are going to then begin to expand it to more traffic over the course of this year. I just want to point out that the tests that I’ve seen, I think, are extraordinary. They’re really great. That being said, we just have to remember that people come to Airbnb, often, most people, a handful of times a year, and they have an expectation that they see a search box with a location. It’s going to take some time, months and months, to retrain the customer. The way we’re initially going to roll it out is the default is going to still be the core search. Above, you’ll see a toggle. Once you’ve turned the toggle on, you’re going to be able to try the new AI search. We’ll have to see how it converts. I think for people who toggle it on, it’s going to convert very, very well. We don’t want to impose that on everyone…

…AI search, you can actually think about as really three or four major features. One is the search input. I can type in natural language whatever I want. The second thing is it can essentially respond to you in natural language. Rather than just saying, “300 search results,” it can respond to you in natural language. Then the title. The titles could actually be AI-generated, and they can be conversational, as if you’re reading a chatbot, but much more visual. Then you get to the product description page, and the highlights are AI-generated in real time, personalized to you. You go down the page, you have a question, you can ask the PDP through AI. You see the entire journey, not just AI search, is going to be powered by AI. What this will feel like is it’s going to feel as, or almost as conversational as a chatbot. Hopefully less chatty, in fewer words, because we think travel’s more visual. Very personalized. What this will mean is much higher conversion rates.

Airbnb’s management thinks that a lot of AI companies have not figured out how to make money on the consumer side because massive capital expenditure is needed, and inference costs are high

We are coming on the near four-year anniversary in three months of ChatGPT. In the nearly four years, almost all the actual business that’s been generated is on the enterprise…

…Part of the reason why is a lot of companies have not figured out how to make money on the consumer side. Why is this? Because the inference cost is not cheap, and there’s huge capital expenditures.

Arista Networks (NYSE: ANET)

Arista Networks’ Etherlinks switches now has more than 100 cumulative customers, up from just 4-5 in 2024

Our AI fabrics momentum with Etherlink switches now exceeds 100 cumulative customers from the initial 4 to 5 customers I spoke of in 2024.

The maximum possible scale for an AI network depends on the number of tiers and the number of ports; increasing tiers and ports is expensive and eats power; Arista Networks’ 7800 AI Spine allows users to achieve high scale without adding tiers; the 7800 AI spine has an important use case in scale-across; management sees scale-across switching and routing as a $15 billion to $20 billion market by 2030; Arista Networks’ scale-across solution can provide near instantaneous recovery in the event of transient congestion, packet loss or a physical failure of AI clusters independent of their geographical location and management expects this scale-across use case to be 30% of Arista Networks’ overall AI target of at least $3.6 billion in 2026; Arista Networks’ management continues to see 3 types of AI fabrics for the company to participate in, and they are scale-up, scale-out, and scale-across; management thinks competing whitebox solutions are seen more in simple scale-up or scale-out use cases where software requirements are low; Arista Networks’ solutions stand out for massive training and inference clusters; Arista Networks’ scale-across technology is mostly used by AI titans at the moment, along with some neoclouds

The maximum possible scale for an AI network generally depends on two things: the number of tiers in the network and the number of ports per device, often known as Radix. Increasing the tiers and ports is expensive and power hungry. Our customers deploy and often chose the Arista flagship 7800 AI Spine to achieve that high scale without adding additional tiers. 

Scale-Across is an important application. The scarcity of compute capacity, physical space and gigawatts of power mandate that the AI infrastructure must be designed thoughtfully. The Arista 7800 platform continues to be the flagship spine for distributed scale across applications, providing traffic isolation, contextual routing and security. The Scale-Across switching and routing TAM is forecasted to be roughly $15 billion to $20 billion in 2030, and Arista is well poised in this segment. 

Our Scale-Across AI innovations deliver programmable and deterministic routing, SRv6 multi-plane forwarding, multi-tenancy and traffic engineering as well as load balancing across the regions. We are capable of providing near instantaneous recovery in the event of transient congestion, packet loss or a physical failure of AI clusters independent of their geographical location. This Scale-Across use case is expected to be approximately 30% of our overall AI target of at least $3.6 billion in 2026…

…There’s 3 types of AI fabrics that are critical for us to participate in, scale-up, scale-out, and scale-across…

…White box is certainly a tactical solution that we tend to see more in use cases that are simple, scale-up or scale-out where the actual amount of software and system requirements are low. But when you look at traditional network topologies, you can slow down the job completion significantly if you go with a box-by-box approach. And so this — as you rightly point out, the Etherlink system-wide portfolio with all of the features Ken alluded to for reliability, MRC, SRv6, traffic engineering, synchronizing elephant flows, low latency, this massive training and inference does put more pressure on the combination of our hardware and software, and we feel very well recognized and ready to achieve that…

…[Question] Where we are with the scale-across build-outs. Like is it concentrated to maybe a couple of the cloud titans? Or can we see a world where this extends out to some of the Neocloud customers as well?

[Answer] Our scale-across is dominated by the cloud and AI titans. But I see no reason why it wouldn’t apply to — and we’re already seeing it apply to several Neoclouds. So I would say less in the enterprise and definitely more in the Neoclouds and titans.

There are 3 important recent innovations in AI networks, namely, Smart System Upgrade (SSU), Multipath Reliable Connection (MRC), and Segment Routing v.6 (SRv6); SSU is a recent Arista Networks innovation that enables customers to upgrade switch software without any disruption; frequent upgrades of software is important because AI is uncovering security vulnerabilities and creating tools to exploit the weaknesses; maximising XPU utilisation requires MRC, which enables senders to spray a single XPU-to-XPU flow across many paths through an AI fabric; SRv6 enables senders to control which paths an XPU-to-XPU flow will take in MRC; SRv6 is not a new innovation, but using it to load balance an AI fabric is; Arista Networks’ EOS (Extensible Operating System) provides a unified operating system, so it can support SRv6 from scale-out to scale-across; Arista Networks uses explicit SRv6 probes for multipath and multiplane monitoring for reliable accelerator communication

I have never witnessed the combination of rapid innovation and scale deployment that we are seeing in AI networks. I’d like to call your attention to 3 innovations: SSU, MRC and SRv6…

…SSU is Arista’s Smart System Upgrade, the ability to upgrade switch software without any disruption. Frequent upgrades are a hard reality today, especially as AI both uncovers security vulnerabilities and creates tools to exploit them. While many competing systems require a full reboot to address these issues, leading to expensive and disruptive downtime, Arista’s EOS handles these upgrades seamlessly. We ensure our customers stay secure without sacrificing even a single minute of valuable XPU cycles…

…To maximize XPU utilization, you need MRC or Multipath Reliable Connection. See in first-generation AI networks, every packet on an XPU to XPU flow has to take the same path. That means if 2 flows hash to the same link, they both run at half speed. MRC enables senders to spray a single flow across many paths through the fabric, where receivers reassemble any data that arrives out of order, eliminating the performance hit from fabric hash collisions. But how is the sender supposed to control which paths the flow will use? And that’s where the third innovation comes in.

SRv6 or Segment Routing, it’s not new, but using it to load balance an AI fabric, that’s the game changer. The sender tags each packet with a stack of SRv6 segment IDs, dictating the exact path the packet will take. The system then uses real-time congestion signaling to dynamically shift packets away from hotspots. Because Arista EOS provides a single unified operating system, we support this SRv6 intelligence all the way from the scale-out fabric to the long-distance scale across routing. It gives our customers the combination of high quality, top performance and operational simplicity that Arista is known for…

…Arista’s multipath and multiplane monitoring with explicit SRv6 probes ensures that reliable performance for accelerator communication.

Arista Networks’ management sees the semiconductor industry’s supply chain challenges persisting, but the company has made solid progress in hardening its supply chain; management thinks the industry’s supply chain problem will last until 2028; as part of the improvements made to Arista Networks’ supply chain, the company has tripled its purchase commitments to $9.7 billion from a year ago (was $8.9 billion in 2026 Q1); Arista Networks’ purchase commitments are mostly for chips for new products and AI deployments; management has secured Arista Networks’ memory supply for 2026 and for parts of 2027; management has built capacity in a 12-month window for PCBs (printed circuit boards) and optics; management has established a supply chain for liquid cooling for the next generation of AI infrastructure; management has increased Arista Networks’ manufacturing and distribution capacity; management thinks the semiconductor industry is in a constant state of scarcity across 3 dimensions, namely, power, space, and compute, and getting all 3 solved simultaneously is very difficult; the supply chain challenges in the semiconductor industry has not increased management’s visibility with customers

While the industry-wide supply tightness and rising component costs persist, Arista has taken individual and aggressive proactive steps. Arista is making solid progress here in addressing our tight supply chain…

…The industry is going to have a 2-year problem. I don’t think we get out of it as an industry until 2028…

…Arista is leaning in with our increased multiyear purchase commitments, now almost tripling from a year ago at $3.6 billion to approximately $9.7 billion by the end of Q2 2026…

…Our purchase commitments at the end of the quarter were $9.7 billion, up from $8.9 billion at the end of Q1. As mentioned in prior quarters, this expected activity mostly represents purchases for chips related to new products and AI deployments…

…We’ve secured multiyear agreements with leading vendors of strategic components, qualified new suppliers in key areas to limit risk and built out supply chains for next-gen AI technologies. Our capacity has been increased in both manufacturing and distribution, and we’ve negotiated better component delivery terms to drive up both factory efficiency and capital deployment. Relationships with our strategic silicon vendors continue to be strong with really excellent collaboration in both supply chain and technical engagements. Our memory supply has been secured for 2026, and we have extended visibility well into 2027 across DDR4, DDR5 and NAND memory. And importantly, we’ve increased our resiliency through optionality and expanded vendor qualification. For PCBs and optics, we’re now able to build capacity in a 12-month window and have strengthened our engagement and commitments from key suppliers. We’ve improved our lead times and inventory management of thousands of component SKUs, improving subcomponent pipelining and multisourcing and providing increased flexibility with reduced inventory risk. In a new area, we’ve now established a liquid cooling supply chain capable of driving and delivering the next generation of AI infrastructure. This includes cold plate, quick disconnect and tubing vendors with capacity agreements for cutting-edge new AI technology.

And to match our capacity with customer demand, we’ve increased both our manufacturing and distribution capacity. We have now 3 contract manufacturers and 3 distribution facilities, providing geographic diversity in the U.S., in Asia and in Mexico…

…We’re going to be in a constant state of scarcity for power, space and compute. Getting all those 3 to lock in, whether you’re a cloud titan, an AI titan or a Neocloud is going to be very, very difficult…

…[Question] With the tightness in the overall supply environment and your demand that you’re seeing, I’m wondering how far out your visibility with customers is extending?

[Answer] We still have the same kind of 2 quarters of visibility that we referred to.

Arista Networks’ ramp of new products and new use cases in AI is contributing to growth in deferred revenue

Our total deferred revenue balance was approximately $6.9 billion, up from $6.2 billion in the prior quarter. The majority of the deferred revenue balance is product related. Our product deferred revenue increased approximately $600 million sequentially versus last quarter. We remain in a period of ramping our new products, winning new customers and expanding new use cases, including AI. These trends have resulted in increased customer-specific acceptance clauses and an increase in the volatility of our product deferred revenue balances.

Arista Networks’ management has raised its revenue guidance for 2026 to growth of 40% (previous guidance was for growth of 28%), but kept its AI fabrics guidance unchanged at $3.5 billion; management thinks the AI fabrics revenue will increase, but is unsure by how much; Arista Networks’ business performance for 2026 will be gated by supply

Reflecting our strong momentum, we are raising our 2026 fiscal year outlook to 40% revenue growth, equating to approximately $12.6 billion. Within this guide, our 2026 campus revenue goal is at least $1.25 billion and our AI fabrics goal is at least $3.5 billion…

…[Question] You took up the calendar year ’26 revenue guidance substantially from last quarter. But if I remember correctly, you got the AI target unchanged and only touch the campus. Can you kind of explain kind of the thought process there?

[Answer] If you had to ask me whether our AI number or campus number will go up, I think Chantelle, Todd, Ken and I absolutely believe it will. The question is not whether it will go up. The question is what is that number? And that I would like to reserve that $1.1 billion question to, well, it depends on how we ship. If we ship more front-end AI or we ship more WiFi or wired or Etherlink switches or routing. So I’d like to give our customers the priority and Todd’s team the flexibility to ship what we can. And that’s why we’re not holding ourselves to a number…

…Where we are at this time of year, Jayshree and I are guiding based on what we’re confident we can get the supply for. And if the supply was to release a little more, there is an opportunity to do better in the year.

Arista Networks’ management thinks it’s a bad idea for there to be a variety of different technologies for networking in scale-up use cases; management has decided for Arista Networks to commit to an open CPO (co-packaged optics) technology; management thinks the industry will still stick with pluggable optics and copper in the near future, but CPO will appear in 2028 and 2029

Let me take the scale-up use case, which we are less prevalent in. I think there’s very much a philosophy there on copper if you can, optics if you must. So I think you’re going to see a lot of copper in that 2-meter, 3-meter distance, well within a rack, that type of thing and the importance of pluggable optics. But in some cases, there is a number of instances of proprietary implementations of traditional co-packaged optics that’s been floating around. Arista is not a fan of 5 different proprietary implementations. They’re going to have and we’re going to commit and Andy and the team have been working hard at this to really solve one, which is an open CPO.

And we don’t think open CPO is going to happen overnight. But the idea here is to use socketed optical engines, pigtail fibers and allow these modules to be fully pretested. And whether they started on the board or nearby, the idea is to have a truly open interface that can operate with multiple vendors and multiple switch configurations. And sometimes those open CPOs are often called NPO too, [ nearby ] optics, right? So we’re big fans of that. It’s very early stages. It probably comes into examples and trials next year. And probably from our perspective and the industry perspective with all the supply chain shortages, majority of the world will still remain pluggable optics and copper, but there will be some amount of co-packaged optics in 2028 and 2029.

Arista Networks’ EOS (Extensible Operating System) has the lowest security vulnerabilities; management thinks regardless of what model is being used, the network must have robust security; management thinks there’s to be a lot of diversity in agents and models; management thinks the more diversity there is in models and AI infrastructure providers, the better it is for Arista Networks

I just want to acknowledge Ken’s architectural design of EOS and how we have the lowest vulnerabilities and we’re absolutely committed to building that rock-solid foundation…

…In terms of our own approach to models, every day, it’s in the news, there’s a China model, whether it’s a DeepSeek or whatever. But from our standpoint, the network must be robust no matter what the model. There’s going to be a lot of enterprise AI agents. There’s going to be a lot of diversity of models…

…we are extremely excited about the growth and diversity in the industry. The more diversity there is among models and model makers and between AI infrastructure providers, the better for us.

Arista Networks’ management thinks AI workloads will be shifting to inference eventually

It’s going to be training at some point, but it’s going to move to inference.

Arista Networks’ management expects more large customers to become 10%-customers for the company, and join the ranks of  Meta Platforms and Microsoft

[Question] Can you revisit your thoughts on adding a 10%? I think in the past, you’ve talked about 1 or maybe even 2 additional 10% plus customers.

[Answer] we’re going to increase the number by $1 billion or more. And undoubtedly, we remain very committed to our 2 longest partners, Microsoft and Meta. And I fully expect there to be 1, maybe 2 10% customers.

Arista Networks’ management sees the AI accelerators market as currently being dominated by NVIDIA; in the NVIDIA-dominated AI accelerators market, the scale-up networking technology is typically provided by NVIDIA; Arista Networks does better in scale-out or scale-across networking technology with NVIDIA accelerators; management is excited about non-NVIDIA AI accelerators, such as AMD’s MI series and Google’s TPUs; management is working with non-NVIDIA AI accelerators to build both scale-up and scale-out networking technologies; management thinks it will take time for Arista Networks to win more share of networking technologies in NVIDIA AI accelerators, but the wins will happen; management thinks NVIDIA’s Infiniband networking technology is no longer widely discussed

We live in an NVIDIA world. And I think we all can safely say it’s a high percentage of the GPUs we connect to. So there’s really 2 use cases there. One is where NVIDIA provides the full vertical stack and usually, that’s an NVLink. So there’s very little participation from Arista or anybody else’s scale up. And generally, it Arista does better there in the scale-out or scale-across domain.

The second is the non-NVIDIA accelerators, and you’ve heard me talk about our enthusiasm with the MI series from AMD. We’re excited about the Google TPUs. Increasingly, we see that as a formidable training processor. And we’re very excited about the range of inference accelerators as well. And we have a number of partners who are working with — you can imagine, many of our customers are building their own in-house.

So now parsing your question a little bit. In that sector, where it’s non-NVIDIA, Arista will be excited and will be working more closely, both in the scale-up and scale-out, in some cases, to build custom racks with their custom processors so that we can better tune our network with the behavior for their inference or training engine. In the NVIDIA cases, it’s going to take a bit longer. I feel a little bit like 2, 3 years ago when we were talking about InfiniBand and now we don’t mention InfiniBand, but it took 2, 3 years to move to Ethernet. So it will take time to go from a proprietary scale-up that’s been around a long time with NVLink to these other alternatives, even if Ethernet is really good. But I expect us to do much better there.

Arista Networks’ management thinks customers value the company’s EOS (Extensible Operating System) for its operational excellence, AI features, and combination with the NetDL diagnostics layer; with the current scarcity in the supply chain, customers are turning more to Arista Networks’ integrated networking technology that comes with quality hardware and the EOS, as opposed to going with white boxes (generic networking hardware) or blue boxes (Arista hardware with generic software)

The 3 things they value greatly with EOS is operational excellence. They don’t have to put a lot of staff. Most of these Neoclouds don’t have staff. And even if they’re paying a little more for the CapEx, it more than makes up for the operating cost that they would incur. So that’s a huge piece. The second is the AI features themselves. You heard Ken talk about a few of them. There’s a tremendous depth and breadth to EOS that they can’t recreate in a white box or they can figure out how it is. And the third is reliability and vulnerability, which is becoming top and center. You can’t put these things in the middle and have them blow up. So — and our combination of both EOS and NetDL, our diagnostics layer, which plays in both the hardware and software has been very compelling. So we continue to see that while it’s interesting to talk about these open NOSes that more and more customers want either EOS itself in its entirety or a hybrid combination of open NOSes and EOS…

…[Question] You’ve talked in the past about kind of new customers who have come in who have maybe wanted to start down the road of blue box and then discovered with the complexity that they actually need to go down the road of EOS. Can you just talk about kind of the latest trends that you’re seeing there, particularly as you continue to add customers?

[Answer] I think in this in this current scarcity of supply chain and people and needing to deploy AI fast, Arista is really winning out with the system-wide approach on EOS and good hardware. 

Cloudflare (NYSE: NET)

Cloudflare’s management sees the company providing the new kind of cloud that’s needed for an agentic future; management thinks Cloudflare’s Workers Developer Platform is the fastest, most secure, and most cost-effective place to build and deploy agents; management sees Cloudflare occupying the pole position to lead the internet’s agentic AI phase; management is seeing a lot of code from vibe-coding platforms going to Cloudflare; management thinks agents need ephemeral, low-cost places to do their work; management thinks the ideal case is for an organisation’s agents to be running in many different places, and for the network to become the computer; management thinks that if every knowledge worker ran an agent that ran in a container, there would not be enough CPUs to power that; Cloudflare has a container-less version called Isolates that is more lightweight; management is not interested in simply renting out commodity AI compute because that is not an attractive business

It’s clear that the agentic future needs a new kind of cloud. Developers are flocking to Cloudflare because our Workers Developer Platform gives them what they need to build that agentic future. We’re the fastest, we’re the most secure, and the most cost-effective place to build, deploy, and scale agents and the code they generate…

…It’s the same one that has propelled Cloudflare into the pole position to lead the next phase of the Internet in the age of agentic AI…

…Cloudflare Workers is turning out to just be the perfect platform for building agents and agentic workloads. It’s extremely lightweight. You only get charged for when it’s actually doing work. You can spin things up and spin them down very, very quickly. It has become the go-to place for sophisticated developers to be able to launch code…

…If you look at companies like Lovable and Replit and Base44 at Wix and others, that a lot of times that code is actually getting deployed and where the preferred target of that code is going is actually to Cloudflare…

…What I think that we’re seeing is what agents need is the ability to have very ephemeral, low-cost places to create code, do inference, access the network, coalesce information, store some things, and pack all of these things together. It’s not simply the inference that matters. The real key is how do you orchestrate all of those pieces together. In the ideal case, your agent doesn’t run just in one place. It runs in many places. It might be operating in literally different places around the world where it has to access information. It has to get different things. You want, effectively, for the entire network to, as the old Sun saying was, become the computer. The network is the computer…

…I think that’s exactly what agents need. They need the network to be the computer…

…If every knowledge worker on Earth ran an agent that was running in a container, we don’t have enough CPU to actually power that. We’d need to increase the amount of CPU that’s accessed by many orders, many times. What we’ve done, which is a new version, which is much lighter weight, in terms of our sandboxing technology, which we called Isolates, that gives you the ability and the scale to actually deploy and run code in a way that is going to keep up with the demands that agents have…

…If you’re selling what is just commodity compute, if you’re basically letting an AI company use your balance sheet and your credit rating in order to buy servers that are the same as everybody else’s servers, then that’s just not attractive business for us…

…I don’t think we want to get into the business of renting servers, because over time, it’s a commodity business and it’s not very attractive.

A leading digital native media company signed a deal with Cloudflare to combat aggressive scraping, despite competitive pressure to use its incumbent hyperscaler

A leading digital native media company expanded their relationship with Cloudflare, signing a five-year $31.8 million contract for application services and Zero Trust. To combat aggressive scraping and accelerate global performance, this customer chose Cloudflare for our best-in-breed edge capabilities and operational velocity. Despite competitive pressure to consolidate spend with their incumbent hyperscaler, this customer’s long-term commitment is a proof point that when performance and security are non-negotiable, enterprises choose Cloudflare’s unified platform.

A Global 2000 European technology company expanded its relationship with Cloudflare for future AI workloads; the European technology company is using Cloudflare to replace 5 incumbent point solutions, with up to 7 solutions targeted

A Global 2000 European technology company expanded their relationship with Cloudflare, signing a three-year, $11 million contract for application services and Zero Trust with our developer platform seeded for future AI workloads. After years of acquisitions resulted in a fragmented IT footprint, this customer chose Cloudflare to eliminate a stack of five incumbent legacy point solutions with up to seven targeted on their long-term roadmap in favor of our single unified platform as the foundation for their entire organization to build on.

A rapidly-growing generative AI company signed a deal with Cloudflare for the Developer Platform; the generative AI company pulls a lot of videos and images, so its egress fees would have been way too high if it was using hyperscalers’ cloud computing platforms

A rapidly growing generative AI company signed a one-year, $7.5 million pool of funds contract for our developer platform. This customer’s workloads pull an enormous volume of images and video. At that scale, a hyperscaler’s egress tax would break the economics and create vendor lock-in, limiting their choice of inference tools and GPUs. Their engineering team evaluated multiple providers and chose Cloudflare as the only one that pairs a zero egress model with the reliability, scale, and comprehensive capabilities of an enterprise-grade platform. By structuring this as a pool of funds deal, the customer can solve their immediate storage needs while retaining the flexibility to expand across our entire developer platform.

A rapidly-growing technology company in the Asia Pacific region expanded its relationship with Cloudflare after signing a 2-year deal in 2026 Q1; the company chose Cloudflare over a hyperscaler

A rapidly growing technology company in APAC expanded their relationship with Cloudflare, signing a one-year, $4 million pool of funds contract for our Workers Developer Platform. This deal accelerates a powerful partnership, building on an $8.7 million application services contract signed just last quarter. In only one year, this customer has standardized on Cloudflare end-to-end, from application security and Zero Trust to now our developer platform, directing every request through a Cloudflare Worker and using KV and Durable Objects as the routing and tenant configuration layer for their entire platform. They chose Cloudflare over their incumbent hyperscaler to avoid added latency, proving the flywheel of our unified offering.

A Fortune 1000 company expanded its relationship with Cloudflare and is now adopting Workers Developer Platform; the Fortune 1000 company is using Cloudflare to replace multiple products

A Fortune 1,000 technology company expanded their relationship with Cloudflare, signing an 18-month, $15.9 million contract for application services and our Workers Developer Platform. This customer serves hundreds of thousands of businesses, which requires an architecture that can act as their global front door for security and performance without adding latency. By standardizing on Cloudflare over legacy alternatives, they eliminated multi-product complexity and secured long-term operational predictability as they build an AI-first customer platform.

A leading technology company signed a deal with Cloudflare for the Workers Developer Platform; the leading technology company needed an elastic, secure container infrastructure for its agentic workloads, and chose Cloudflare over hyperscalers

A leading technology company expanded their relationship with Cloudflare, signing a one-year, $6 million pool of funds contract for our Workers Developer Platform. As this customer scales their new AI agent capabilities, they needed an elastic, secure container infrastructure that could scale with their rapid growth and ship new capabilities in weeks, not quarters. They chose to build on Cloudflare over legacy hyperscalers and point solution competitors because of our built-in threat intelligence that actively prevents compute abuse, rapid pace of innovation, and the ability to deliver FedRAMP compliance. This win also shows how the most sophisticated AI builders are increasingly selecting Cloudflare as the agent cloud of the future.

In 2026 Q2, Cloudflare’s management saw agentic traffic on the internet exceed those of human users for the first time; management is seeing unabated growth in requests from AI agents; management sees the Internet shifting towards machine-to-machine traffic, and thinks Cloudflare is well-positioned for the paradigm shift; management recently announced Monetization Gateway, which allows customers to sell any resource behind Cloudflare; management thinks Monetization Gateway will empower the next set of business models over the Internet; management recently announced Wallets, which allow buyers to pay autonomously through agents; management recently announced cloudflare.pay, which allow merchants and buyers to identify themselves with AI agents; management recently announced a research pilot with OpenAI to figure out a sustainable ecosystem for content creators and AI companies; management has more to announce in the coming months on the sustainable ecosystem; management initially thought that agentic traffic would surpass human traffic only in 2027, but the event happened faster than expected; management expects agentic traffic to be 1000x higher than human traffic in 5 years, meaning human traffic will become a rounding error; management expects some of the agentic traffic to be malicious in nature, such as hackers or AI companies trying to take content; in the case of AI companies taking content, Cloudflare will block such malicious traffic; management recognises that some companies will want traffic from AI companies, so Cloudflare has to be more efficient at supporting this; management is seeing that the give to get of agentic traffic is different with human traffic; management expects agents to pay only fractions of a penny for every request, but there are still unanswered questions on who foots the various bills for the traffic; management thinks the business model of the internet for the next 27 years will be very different from the Google-defined model of the past 27 years; Cloudflare handles 500 million requests per second on its network and management thinks 1%-10% of the requests could be monetised through a micro transaction; the amount of micro transactions to be processed is many orders of magnitude higher than what traditional payment networks can handle; management is thinking of even letting free users of Cloudflare monetise through micro transactions, because this would really accelerate Cloudflare’s business

For the first time in human history, in Q2, more than 50% of the traffic flowing across Cloudflare’s network was not human. The number of requests on our network from AI agents continues to grow unabated. With the web shifting from human-driven browsing to AI answer engines and agent-driven commerce, we are witnessing a fundamental rewrite of the Internet for machine to machine traffic. Cloudflare is positioned at the center of this paradigm shift, building the scalable infrastructure, the controls, the developer tools, and the payment rails to power the agentic Internet…

…During these, we unveiled the key building blocks for a two-sided agentic marketplace. Monetization Gateway allows our customers to sell any resource behind Cloudflare, whether it’s a web page, an API, a dataset, or an MCP tool. This will empower new business models that will define the next generation of the Internet. In addition, we announced Wallets, which will offer a way for buyers to pay autonomously through their agents, and cloudflare.pay, which will provide merchants and buyers an agent-friendly means to identify themselves and establish trust. Not only are we building the foundational elements for agentic commerce to succeed, we also believe AI companies and content owners should thrive together. That’s why we recently announced a first-of-its-kind research pilot with OpenAI that we believe may help pave the way to a sustainable ecosystem of content creators and AI companies. Over the coming months, we’ll announce more ways that AI companies, content creators, and businesses large and small can thrive together. The business model of the Internet is changing, and there is no company better positioned to define its future than Cloudflare…

…I was asked in the end of 2025, in November of 2025, when I thought that non-human traffic would pass human traffic. We pulled all the data, we ran all the numbers, and we were pretty confident that it was going to be the second half of 2027. I was asked the same question again in March of 2026, and we did the same exercise, and we were surprised to see that it had moved up, that it would cross in the first half of 2027. I was quite surprised when in May of this year, our team came to me and said, “You won’t believe it, but non-human traffic has now passed human traffic online.” To give you a sense of how this trend is playing out, and with the big caveat that I have called it wrong at every point along the way, if the current trends continue, we think in five years, non-human traffic will be as much as 1,000 times as much as human traffic. In other words, humans will be a rounding error on the Internet, not because human traffic goes down, but that’s just how fast we’re seeing non-human traffic grow…

…Some of that non-human traffic, it’s malicious. That could be malicious like it’s hackers or bad guys. It could also be it’s malicious from the perspective of a particular customer’s business model, where it’s traffic that is maybe an AI company trying to take the content from a media company that relies on advertising. In those cases, we block that traffic, and we don’t charge the customers anything more for blocking that traffic because we think that that’s the right thing for us to be doing and delivering, and that’s part of being a security company. At the same time, though, there are some people who want that traffic, and so we’re doing everything we can not only to serve that, but to make it as efficient as possible to serve it. If we’re going to have 1,000 times as much traffic online, we’ve got to get a lot more efficient, and companies like Cloudflare are critical to be able to support that for customers, whether they’re large and small…

…It’s clear that as agents are accessing all of these sites and the volume that they’re accessing them on, the sort of give to get that you have with human traffic is different…

…Things like Cloudflare.pay, that’s us setting the foundation to be able to say, how do we charge agents some, again, what will be a very, very small fee, fractions of a penny for every request that goes through, but for the requests that pass through that traffic. Somebody has to pay for the bandwidth, somebody has to pay for the server, somebody has to pay for the people doing the work to create the content.

…I think that the business model of the Internet for the last 27 years has been largely defined by advertising and really defined by Google. I think the business model of the next 27 years of the Internet is going to be very different…

…We handle, let’s say, about half a billion requests per second through Cloudflare’s network. We roughly estimate that somewhere between 1% and 10% of those you could monetize through some sort of a micro transaction. Again, these would be tiny fractions of pennies. That means that you, day one on launching something like this, you’d need to be able to support, call it 10 million financial transactions per second, and be able to scale up to call it 100 million financial transactions per second. To give you some sense, Visa, and again, these are from memory, but Visa, which is the largest payments network in the world, at peak during the holidays, handles about 20,000 transactions per second. You have to build something that’s three orders of magnitude bigger than Visa in order to pull this off…

…One way to think of this is a lot of that is our free customers. What if we made it less than free? What if being part of Cloudflare, we actually sent you money for being part of us because we were generating through a series of micro-transactions, largely serving agents. I think that then just continues to accelerate the flywheel across all of our business.

More than 80% of the major AI companies are Cloudflare customers

Over 80% of the major AI companies are Cloudflare customers and rely on us.

Cloudflare’s management is hearing from customers that their key concern with deploying AI is security; the lack of Zero Trust policies for agents from security vendors is causing organisations to cancel deals

The number one thing that’s causing our phone to ring from big companies is them saying, “Listen, we know we have to do AI, but we need to do it more securely.”…

…I was just in London a few weeks ago, meeting with a large government agency there that was well down the track with one of the sort of first generation Zero Trust companies to implement that across a big chunk of the U.K. government. We sort of started talking about agents and what their plan was and how they were thinking about it. Very quickly, it became clear that the vendor that they were considering really hadn’t thought about this, whereas it’s been core because of the fact we have a developer platform to how we did things. They literally canceled the RFP and are now reevaluating this with a sort of agents first approach.

Cloudflare’s management is seeing the company’s customers increasingly move their business models away from a typical SaaS model into one with consumption-based structures

As we said at Investor Day, their business model is also going to evolve. It’s moving away from a purely ratable SaaS model towards a much more diversified mix of pool of funds, consumption-based structures, and also what we call T-shirt sizing. As the business accelerates, that also leads to more and more customers burning through their T-shirt sizing faster. Pool of funds are getting consumed faster and getting renewed.

Cloudflare’s management thinks the GPU utilisation of the hyperscalers are really low; management thinks Cloudflare has been able to get as much as 10x the utilisation of every capex dollar; management sees Cloudflare as being in  

We know what the typical kind of inference loads are at the hyperscalers, and their GPU utilization. It’s super low, and that’s not the hyperscalers’ fault. It’s that what they’re selling is just a box, and it’s up to the customers in order to actually maximize the Customers I think don’t have the diversity of traffic or the ability to really schedule things or get the highest possible utilization…

…If we can, and in some cases, get 10 times as much utilization out of every CapEx dollar. 

Coupang (NYSE: CPNG)

Coupang’s management expects the company’s margin to continue expanding because AI improves discovery, personalization and service for customers, and productivity and cost to serve for Coupang

The long-term margin drivers keep compounding. Automation continues to improve productivity across our fulfillment and logistics network, and margin-accretive offerings like advertising and FLC are still early in their scale. And AI raises the ceiling on both. We think of AI as a multiplier and what it multiplies is a set of assets we’ve been building for 15 years, the physical network, operating data from billions of orders picked, packed and delivered and direct relationships with tens of millions of customers. Applied to the customer experience, AI improves discovery, personalization and service. Applied to operations, it compounds productivity and lowers the cost to serve. And applied to margin-accretive offerings, it raises the returns for the merchants and brands who are using them, which expands the addressable opportunity itself. 

Coupang’s management thinks that the winning experience in agentic commerce has yet to emerge; Coupang is exploring agentic commerce; management thinks that Coupang is in the best position to win, whatever form agentic commerce takes

On the agentic AI part that you’ve brought up specifically, we think this is still a work in progress. We think the industry’s direction or the — it’s not clear that the winning experience has emerged but we’re investing. We are investing in teams and the research, as you mentioned, to explore it while being thoughtful about it and investing with the same discipline that we do and all the other initiatives that we have on the exploration front.

Whatever form agentic shopping takes, we believe we’ll be in the best position to provide the winning experience which we believe will combine AI with all the other aspects of customer experience to provide a complete and seamless buying experience that customers trust. And to build a complete and seamless buying experience, you need more than AI. AI is one input, but there are many other assets that will be part of it. And we believe we should be in a position to provide the best of all worlds.on that front. 

Datadog (NASDAQ: DDOG)

Datadog’s management is seeing its base of customers, from startups to large enterprises, adopt AI; the customers’ adoption of AI is accelerating their usage of the cloud and Datadog; Datadog has more than 750 AI customers in 2026 Q2; all 10 of the largest AI companies are Datadog customers; management is seeing AI activity growing across its non-AI customer base; the number of MCP tool calls has quadrupled sequentially again in 2026 Q2, and is up 22x from 2025 Q4; the 750 AI customers includes AI startups and hyperscalers; 31 customers in the AI native cohort now spend more than $1 million annually (was 22 in 2026 Q1), with 8 spending more than $10 million annually (was 5 in 2026 Q1); the hyperscalers are different companies from the AI labs mentioned in Point 14

Our broad base of customers, from the most nimble startups to the largest and most established enterprises, are all adopting AI. We think this is accelerating their usage of cloud and modern technologies, as well as their usage of the Datadog platform to observe, secure, and act on their cloud and AI workloads…

…As of Q2, over 750 AI customers use Datadog to monitor and improve their tech stacks. When we look at the largest companies driving AI, all 10 of the top 10 AI leaders are Datadog customers. Beyond AI natives, we see AI activity growing across our broader customer base. We are also seeing signs of rapid growth in agentic activity with a number of MCP tool calls quadrupling again quarter-over-quarter and growing more than 22x when compared to Q4 2025…

…This 750-strong customer group includes a broad range of AI startups as it has in the past, but now also includes hyperscalers using Datadog for in-house AI labs. In Q2, this includes 31 customers spending more than $1 million annually, of which eight customers spent more than $10 million annually…

…[Question] If I’m thinking about the two seven-figure AI labs that you landed this quarter, and then going to David’s commentary around winning some of these in-house AI labs with the hyperscalers, are those one and the same here?

[Answer] These are different customers. The ones we mentioned on the new lands are new lands.

Datadog’s management recently expanded Bits AI to automate the DevOps loop; for the DevOps loop, Bits AI can now create and maintain monitors, identify root causes quickly and recommend and implement fixes, follow safety guardrails, continuously learn, and detect symptomatic behaviors early; management recently announced Bits AI Products to improve the development loop; for the development loop, Bits AI can now analyse code changes and run end-to-end checks, generate code fixes, and automate synthetic test generation and maintenance; Bits Security Analyst now works with Datadog Cloud SIEMs (Security Information and Event Management), and users can gain insights no matter which SIEM they use; management is not worried about Bits AI using automation to reduce the volume of activity that drives Datadog consumption, because they think if Bits AI can provide great value to customers, it will yield a great outcome for the company; customers who use Bits AI tend to use more of Datadog’s products; management has significantly expanded the use cases of Bits AI and the new use cases are seeing a lot of adoption; management has a new model with AI credits for Bits AI; management thinks Bits AI could eventually become an AI SOC (Security Operations Center) platform; see Point 14 for AI labs using Bits AI

We expanded Bits AI to accelerate and automate the DevOps loop. This is the loop that goes from detection to investigation to remediation that engineers go through each time something breaks. At DASH, we announced a lot of new Bits capabilities for the DevOps loop. Bits can now create and maintain monitors, identify root causes within minutes of a negative signal, recommend and implement fixes, follow guardrails to add safety and controls, continuously learn and improve from prior incidents, and detect symptomatic behaviors early to repair infrastructure issues before they escalate…

…We announced Bits AI products to address the development loop. This is the loop that goes from coding to delivery to evaluation that developers navigate to get code to production. For this loop, Bits Release now acts as an AI release validation agent, analyzing the impact of code changes, running end-to-end checks, and verifying production rollouts. Bits Code generates code fixes, guaranteeing every fix and reproduction behavior, Bits Testing also automates synthetic test generation and maintenance…

…We expanded Bits Security Analyst to run on known Datadog Cloud SIEMs so customers can benefit from the smarts and the learnings of a broad data set regardless of which SIEM they deploy…

…[Question] Just thinking that Bits AI is going to be increasingly automating activities that historically has created observability workflows, I’m curious and really wonder, how do you ensure that greater automation that might be driven by Bits AI doesn’t eventually reduce the volume of activity that traditionally drove Datadog consumption?

[Answer] If we provide more value, as I was saying earlier in the call, we sell more software by helping customers make more money or save money or both. I think if we can automate more and let them do more, we’ll provide more value. That’s as simple as that. I think the future of observability is not just observing, it’s fixing. It’s not waking up people in the middle of the night because something broke, but fixing it for them. It’s not letting people do damage control on a security incident because an attacker is in. It’s preventing the attacker from getting in to start with by auto-remediating issues. We’re very busy building all of that. We’re super confident that this will yield great business outcomes for us in the end. That’s what we see from customers in the market. When they use Bits AI, they use more of our product. They deploy more of it. They create more dashboards and alerts and everything else. They have more users inside of our product. It’s not a zero sum game…

…Bits AI used to be fairly specific. It used to be dedicated to alerts. Like, Bits AI would pick up an alert and would run an investigation for you. Now the surface of contact is a lot wider with the customer. Bits AI, you can access it through chat. You can, of course, still do the investigations, and we’ve done quite a bit more there. You can have Bits AI manage your monitoring and manage your detection for you. You can have it code for you. You can have it generate managed tests. There’s all sorts of different use cases that we built into it that broaden the surface of contact, and we see a lot of adoption across all of those different areas. We also are changing the way we package it. We have a new model with AI credits that we’re rolling out just because the surface of contact is so much wider now than the specific feature…

…[Question] I want to follow up on the questions around Bits, which sound super interesting. I guess longer term, as you try to push deeper also into the security side of things, could this evolve into a broader AI SOC automation kind of platform?

[Answer] That’s definitely, we’re taking moves towards that, right? Initially we built the SIEM first for that, then we built the agent into the SIEM. Our Bits Security Analyst. Now we’ve actually separated the agent from our SIEM so customers can use it with other SIEMs. We do that because the agent performs just so well, and it’s been such a differentiator when we pitch the SIEM that we think we’re limiting our sales market-wise if we just go after customers that want to re-platform their SIEM, and it can have a much broader appeal as an AI SOC.

Datadog’s management recently expanded the products under its Datadog for AI bucket; Data Observability enables companies to trust the data being used by AI; Bits Data Analysis answers business questions with data content; Agent Console provides visibility into agentic use; Agent Observability identifies agentic quality and cost issues; Bits Evals automates repetitive parts of agentic development

We expanded Datadog for AI, our products that observe, secure, and optimize the AI stack from end to end. Data Observability enables companies to trust the data being used by AI with lineage quality monitoring and jobs monitoring. Bits Data Analysis uses a rich data context to accurately answer business questions. Agent Console provides visibility into AI agent usage, cost, and effectiveness. In Agent Observability, our patterns capability automatically clusters user interactions into behavior groups to identify quality or cost issues. Bits Evals handles the repetitive parts of the agent development loop in order to improve the outcomes of agents.

Datadog has Bits Database Optimizer within Database Monitoring to simulates and evaluates the impact of AI-generated changes; Datadog has Infinite Cardinality Metrics within Custom Metrics Data, which allow users to answer complex questions without incurring extra costs; Infinite Cardinality Metrics solves a long-standing source of frustration with customers, where they unpredictably get higher bills because they send more data or more fine-grained data; Infinite Cardinality Metrics has gotten great feedback so far, but it’s still early

Within Database Monitoring, Bits Database Optimizer now automatically simulates and evaluates the impact of AI-generated changes in order to optimize slow queries… 

…For custom metrics data, we introduced Infinite Cardinality Metrics, which allow our users to answer arbitrarily complex questions as they generate larger amounts of data with AI agents without incurring any extra costs…

…In terms of Infinite Cardinality, I would say it’s been one of the longest-standing source of frustration for customers, when sometimes they send more data or they send more fine-grained tags with their data, and they get some unpredictability on the bills because of that, because it increases the cardinality of the data we’re getting. We’ve solved that from a technical perspective and from a commercial perspective by packaging our metrics a little bit differently. We think it’s particularly important and relevant as customers are building more applications with AI and as they want to send basically more tags and more information and ask more complex questions and get more fine-grained answers to those questions. That fits well within their plans, basically. We’ve got great feedback on that so far, but it’s still early.

Datadog’s management recently launched products to protect users against AI-powered attacks; AI Guard Agent Discovery finds and maps all known and unknown custom agents; AI Guard For Custom uses real-time observability data to block attacks; AI Guard For Coding Agents blocks malicious skills and packages in code; management thinks that cybersecurity in the AI age requires a complete change in how security products work, where the security needs to be a lot closer to the application and infrastructure, and this plays into Datadog’s strengths; management is now seeing new classes of security issues popping up weekly; management is building these insights into Datadog’s security product

We launched a number of innovations to secure the AI stack and defend against a new class of AI-powered attacks. AI Guard Agent Discovery finds and maps every known and unknown custom agent so security teams can see what is protected and what is not. AI Guard For Custom Agents provides runtime protections to block attacks that can only be detected with real-time observability data. AI Guard For Coding Agents applies the same deep observability to block malicious skills and packages in code. We also announced Runtime Prioritization Engine to cut vulnerability noise by over 95%…

…There’s a complete switch in the way the security products need to work. You can’t wait basically for putting humans in the loop. You can’t have the typical path when you have 12 or 15 different products that are going to aggregate signal, then you put that signal into a system to aggregate, to prioritize them for humans, then humans review them when they can. You need to integrate everything a lot more. You need to operate a lot closer to the application and to the infrastructure. You need to have AI agents solve the issues first. It’s a complete reveal for most of the industry, I think it plays into our approach, which is to have an integrated platform and have all of the different data streams come directly from observability straight into the security agent, and have all that be integrated from end to end. Obviously, this is a field that’s moving very fast. We see new classes of issues pretty much every week at this point. We are quite busy building that up, we think it displays into our strength and into where we are basically already are, and we’re building for our security product.

Example of 7-figure land deals with 2 neuro AI labs; the AI labs will use Datadog for visibility across their training infrastructure so they can train their models faster; the AI labs are using Bits AI to rapidly build their observability stack; the AI labs are different companies from the hyperscalers mentioned in Point 2; the AI labs are using Datadog for observing the training of their models; AI model training is a new business area for Datadog

We landed seven-figure annualized deals with two neuro labs. These AI labs are rapidly scaling their AI model training workloads and preparing for major product launches. By deploying observability using Datadog, they gain visibility across their training infrastructure and GPU fleets and can iterate faster on their AI models. They are also using Bits AI to rapidly build monitors, dashboards, and alerts for deep observability context…

…[Question] If I’m thinking about the two seven-figure AI labs that you landed this quarter, and then going to David’s commentary around winning some of these in-house AI labs with the hyperscalers, are those one and the same here?

[Answer] These are different customers. The ones we mentioned on the new lands are new lands. These are companies that didn’t exist a few years ago. What’s interesting about them on the use case there is that very often we land customers when they go into production, they release products, and they start serving their customers. In this case, these are customers we’re getting as they are training models, they’re using us to observe and improve and optimize the training of the models. That’s an exciting new area that was not really a business area for us a couple of years ago.

Example of a 7-figure expansion deal with a large health insurance company; the health insurer is using Datadog to protect PII (personally identifiable information) across dozens of business units; the health insurer is using Bits AI Investigation to speed up incident resolution and reduce expensive escalations; the health insurer is expanding to 19 Datadog products

We signed a seven-figure annualized expansion for an eight-figure annualized deal with a Fortune 100 health insurance company. This customer’s biggest pain point is to deliver great experience to their members throughout their care while protecting PII across dozens of business units. Datadog’s HIPAA compliance and PII handling in RUM, Log Management, and Cloud SIEM allowed us to differentiate and win over competitive solutions. Bits AI investigation is already speeding up incident resolution and reducing expensive escalations. This customer will expand to 19 Datadog products.

Example of a 9-figure renewal deal with a leading AI company (most likely referring to OpenAI); the AI company is a long-time, and very large, customer of Datadog; the AI company is using 17 Datadog products for visibility on production workloads at very large scale; the AI company will have a user reduction starting in 2026 Q3, which management has incorporated into guidance; management cannot share much about the reduction in usage; the renewal with the AI company appears to cover many products it was previously using

We signed a nine-figure renewal with a leading AI company. This longtime, very large customer uses 17 Datadog products to enable unified visibility on production workloads at a very large scale, albeit with a user reduction starting in Q3, which we considered in our guidance…

…We don’t want to comment too much on any specific customer, because we also don’t really control what’s happening with any specific customer…

…It’s a longtime customer who uses many of our products, but there’s not a lot more we can share…

…I think there’s a lot of continuity in that renewal. It’s one way to put it.

Datadog’s management continues to believe that digital transformation, cloud migration, and AI adoption are long-term growth drivers of the company’s business; AI is already a tailwind for Datadog because it drives cloud consumption and thus more use of Datadog’s platform (see Point 2 for Datadog’s AI customers, and adoption of AI among customers); next-generation AI is introducing new complexity and observability challenges and Datadog is solving these problems with its Datadog for AI products; Datadog’s access to large volume of data has enabled management to build the second version of Toto, Datadog’s foundational model for time series forecasting; Toto version 2 has state-of-the-art performance on key benchmarks; Toto version 2 has true scalability for time series models, and management is targeting the same improvement path language models have followed since 2020; management is working on world models and larger dedicated models to power Bits AI; Datadog has acquired Adaptive ML to accelerate Datadog’s work in Toto, and larger models; management thinks inference will eventually be the dominant AI workload and that there’s opportunity for Datadog at every layer of the inference stack; Datadog’s GPU Monitoring and Agent Monitoring products are doing well; management thinks the AI-related focus of customers will change over time, as customers were busy prototyping with AI in 2025 and the focus in the last few months have switched to AI costs; Datadog just had 2 new AI labs use the company’s products for observing AI training and this follows on from 2026 Q1 when Datadog landed a hyperscaler customer who wanted to use Datadog for observing AI training; management is unsure if the agentic-led renaissance of CPU usage (the CPU-to-GPU ratio is much higher for agentic use cases than for model training) has led to the acceleration seen in the consumption of Datadog’s infrastructure products; management has seen an explosive in usage of Datadog’s AI-related monitoring products in recent quarters, and the usage is coming from both non-AI and AI-natives

There is no change to our overall view that digital transformation and cloud migration are long-term secular growth drivers for our business. We now have an additional growth driver with AI as we help our customers deliver value with this transformative new technology. We are tremendously excited about our opportunities in AI…

…AI is a tailwind for Datadog today as cloud consumption grows and drives more use of our platform…

…Next-gen AI introduces new complexity and observability challenges. We are addressing this with what we call Datadog for AI to observe and secure the AI stack from end to end. This includes GPU Monitoring, Agent Observability, Agent Console, Data Observability, AI Guard, and many other products…

…Our AI research team and our large volume of rich data using critical workflows enable us to conduct groundbreaking research. We have shown some of our work already with the second version of our time series model, Toto, in May. Toto version 2 was exciting for two reasons. First, we’ve shown it to be state-of-the-art on key benchmarks. More importantly, we’ve demonstrated for the first time true scalability for time series models, allowing us to target the same improvement path language models have followed since 2020. Now beyond Toto, we are working on larger and more ambitious dedicated models, post-training models to power Bits AI and bringing other modalities beyond time series data into world models that we think can lead to a step change in capabilities for our customers. We plan to accelerate these research efforts with the acquisitions of Adaptive ML, which will close in June…

…There’s opportunity at every layer of the stack in inference. We do think at the end of the day, inference will be the dominant workload. That anytime you train, you probably will want to infer more than you train, as a rule of thumb. We see opportunity at the low level, when it comes to the infrastructure, the GPUs, and the consumption you have there. There’s opportunities at the very top end, when you measure what the agents are doing and whether you’re getting the right outcomes or whether you’re getting the right alignment. There’s opportunities at every layer in between, just looking at the LLM itself, just looking at the tool calls and the applications that are being called by the agents…

…We mentioned our GPU Monitoring product is actually getting quite a bit of usage in a number of neuro labs and very AI-first types of customers. We’re also seeing an explosion of volume in our agent monitoring product, we’re well-positioned there. We think this market is going to change quite a bit. The preoccupations of customers, they also change over time. For example, last year, our customers were mostly trying to validate correctness and validate that they were getting some form of outcome that it could then scale up. I would say three to six months ago the focus has moved quite a bit towards cost. Customers were spending a lot on AI, and they were wondering how to optimize cost…

…When we have a concern with customers, that’s the one thing they kept mentioning is, “Hey, how can you help me rein in my AI costs? This is growing very fast, and I don’t have any control on it, and I don’t know whether I’m reaching the right outcomes with that.”…

…[Question] If I’m thinking about the two seven-figure AI labs that you landed this quarter, and then going to David’s commentary around winning some of these in-house AI labs with the hyperscalers, are those one and the same here?

[Answer] These are different customers. The ones we mentioned on the new lands are new lands. These are companies that didn’t exist a few years ago. What’s interesting about them on the use case there is that very often we land customers when they go into production, they release products, and they start serving their customers. In this case, these are customers we’re getting as they are training models, they’re using us to observe and improve and optimize the training of the models. That’s an exciting new area that was not really a business area for us a couple of years ago. We’ve seen a number of new proof points around that. In addition to that, we’ve mentioned in previous calls, we’ve also landed the AI Lab or super intelligence labs of a number of hyperscalers. I would say the workloads are similar in that it’s largely training of the models, the customers are a bit different…

…[Question] CPUs have had a renaissance lately driven by agentic AI. Would be great to hear your thoughts on this topic if it can be an incremental growth driver for your infrastructure monitoring.

[Answer] We do see an acceleration of consumption of our infrastructure products in general. At a high level, we do see that across the customer base. I don’t know that if we see specifically the CPUs that get attached to GPUs in the new build-out. I think a lot of it has more to do with the fact that the AI agents are largely spending a good amount of their time, like sometimes the majority of their time, coding tools. Tools are just applications that already existed, and those applications typically run on CPUs, so we see quite a bit of that…

…[Question] Did you see rising demand for the AI monitoring tool, particularly with open source tools being deployed across enterprises?

[Answer] There used to be very little volume a year ago. It started growing quite a bit into the second half of last year. Now it’s been very rapidly accelerating over the past couple of quarters. We’ve seen an explosion, basically, of the volume we’re getting there. We get more usage from different kinds of companies, so we definitely see that. We see it also across traditional companies and some more recent AI natives. We see a little bit of both.

Datadog’s management sees the company helping customers save a lot of money on AI initiatives

What we do for our customers today, especially as they keep adopting AI, is we help them save a lot of the money they would spend on building, running operations or running AI agents.

Datadog’s management thinks it’s great for enterprises that there are many model options to choose from; management thinks a multi-model world is great for Datadog because having options (1) leads to more complexity for enterprises, and Datadog helps customers deal with complexity, and (2) means customers are likely to do a lot more training of AI models on their own, and observing AI training is a new opportunity for Datadog; management has long held the view that AI will be a multi-model environment

[Question] I’d love to just get your thoughts on the impact of diversification of AI model usage in your customers and what you’re seeing there.

[Answer] We think it’s great. There’s a lot more options for customers to choose from in general. That opens up a lot of doors and opportunities for them. It also creates a lot of complexity, and we’re here to help deal with that complexity. For us, these are great opportunities. By the way, we’ve had that thesis since the early days of AI that we would not just end up with one or two big AI companies and everybody using them, the same way we didn’t just end up with one or two big cloud companies and everybody just using software from them. The ecosystems are very rich. There are lots of providers. There are very large providers. There are smaller providers, and everything in between… We think the same is going to happen in AI. We think also that the multiplication of models, and open source models in particular, opens the door to customers doing a lot more training on their own. That’s a new market for us.

MercadoLibre (NASDAQ: MELI)

Mercado Ads’ AI Advisor reaches sellers on Whatsapp and can automatically analyse campaigns and deliver budget and ROA (return on advertising) recommendations; AI Advisor now reaches tens of thousands of sellers per month, and 1/3 of sellers engaging with AI Advisor makes a change to a campaign; the number of sellers using Mercado Ads’ AI-powered budget orchestrator was up 63% sequentially in 2026 Q2; Mercado Ads has a new AI-powered search architecture that surfaces more relevant ads and increase click-through-rates

Mercado Ads’ AI Advisor reaches sellers on WhatsApp, analyzes campaigns in real time and delivers fully automated budget and ROAS recommendations with zero human intervention. It has scaled from small pilots to tens of thousands of sellers per month, and one in three sellers who engage with it go on to make a change to a campaign directly within the conversation. The number of sellers adopting our AI-powered budget orchestrator, which helps sellers manage spend across multiple campaigns, grew 63% QoQ in Q2’26. These initiatives lower barriers to entry, and enable sellers to invest more in advertising. We also improved how we rank ads on product pages, and our new AI-powered search architecture helps us to surface more relevant ads and increase click-through-rates. 

Handwritten code is now the exception at MercadoLibre; in 2026 Q2, MercadoLibre’s code submissions were up 110% year-on-year, merged code was up 100%, deployments were up 75%, and rollbacks fell; agents at MercadoLibre have autonomously reviewed more than 0.5 million code submissions and migrated 9,000 services; AI agents are accelerating MercadoLibre’s product roadmap; MercadoLibre has 20,000 developers who are using AI

Today, human-written code has become the exception, and productivity has soared as a result. In Q2’26, code submissions were up 110% YoY, merged code was up more than 100%, and deployments were up nearly 75%, all while rollbacks fell YoY. Agents are doing genuinely autonomous work, having independently reviewed more than half a million code submissions and migrated roughly 9,000 services to newer platforms over the past year. This is a structural gain in productivity that is accelerating our product roadmap…

…We have 20,000 developers that are using AI. 

In 2026 Q2, MercadoLibre’s management completed the rollout of its AI-powered marketplace search architecture across its largest sites; management used different models for different countries, but they are delivering comparable uplifts in conversions and click-through rates at lower cost; even when MercadoLibre used more expensive 3rd-party models, the uplifts in conversion and ads click-through-rate more than offset the cost of using the models; sellers representing 50% of MercadoLibre’s GMV are using Seller Assistant, and DAUs (daily active users) were up 21% month-on-month in June 2026; the Seller Assistant resolved more than half of the requests in 2026 Q2 without any human intervention; MercadoLibre has a Shopping Assistant but it’s still under early testing, although management is very excited about the early results; MercadoLibre used to have 10,000 customer service reps 4 years ago, but today the reps have declined to 7,000 even though the business is 3x larger, because 90% of customer service interactions are now done without human intervention

In Q2’26, we completed the rollout of our AI-powered marketplace search architecture across our five largest sites. We deployed this architecture with different models in certain countries and they are achieving comparable results – uplifts in conversion and click-through-rates – at a lower cost. In all cases – even where we use more expensive models – the uplifts in conversion and ads click-through-rate more than offset the cost of using third-party LLMs. Engagement with our Seller Assistant continues to rise, with sellers representing almost half of our GMV using it, interactions per seller rising, and DAU growing 21% MoM in June. As engagement rises, our assistant is resolving a growing share of interactions: in Q2’26, more than half of the requests on our Help Portal were solved by the assistant without any human intervention…

…Our shopping assistant, we are just AB testing that one, nothing to really share in terms of engagement and results. We’re very excited with the early results we’re seeing on the shopping assistant, which is on live for some consumers in the marketplace…

…Four years ago, we used to have 10,000 reps in customer service. Today, we have 7,000 reps, even though the business grew by 3x in that period of time. That’s because 90% of the interactions are done without a human participating on the issue.

MercadoLibre’s management has built technology to maximise results while lowering cost when using AI models; management has obtained better commercial terms with AI suppliers; management has lowered MercadoLibre’s cost per token on a year-on-year and sequential basis in 2026 Q2; MercadoLibre’s AI investment is split between cost of goods sold and product development; MercadoLibre’s AI investment grew in dollar-terms in 2026 Q2, but product development as a percentage of revenue declined year-on-year; MercadoLibre was able to grow its business even when slowing down the pace of hiring engineers, because of AI-driven productivity gains; 2026 is the first year in many years where MercadoLibre is not growing its engineering team

We have built technology that analyzes usage patterns across teams, helping us improve our mix of models, reduce inefficiencies in how they’re used, and refine the tools built on top of them – all aimed at maximizing results at a lower cost. This, combined with better commercial terms negotiated with AI suppliers, has resulted in a reduction of cost per token QoQ and YoY. AI investment grew roughly $80mn YoY in Q2’26, split between cost of goods sold and Product Development. Despite this, Product Development expenses fell from 8.4% of net revenue in Q2’25 to 7.2% in Q2’26, as the productivity gains described above allow us to grow without adding engineers at the pace we once would have…

…AI is definitely contributing to cost efficiency. 2026 is probably the first year in many years in which we are not growing our engineering team. That’s also coming from the fact that AI is driving developer productivity up consistently.

Shopify (NASDAQ: SHOP)

Shopify’s management sees Catalog as a source of truth for AI product discovery; Catalog has over 1 billion products in its search index, and structures product data so any AI partner’s agents can access it directly; management believes Catalog will be among Shopify’s most important assets in the future; AI searches powered by Catalog converted at twice the rate of those using scraped data in 2026 Q2; management sees Catalog as the discovery engine for AI; dozens of retailers and platforms have adopted UCP (Universal Commerce Protocol) since its launch in early-2026; every Shopify merchant is UCP-ready, such that agents can access their product data and check out; every Shopify merchant’s products are automatically listed in Catalog; any developer can access UCP and the Catalog API; Catalog is built with Shop sign-in, so agents can recognize returning buyers and surface personalized recommendations, and this is a feature no other catalog API can do; management is now building taste-driven attributes into Catalog

Catalog, which you can think of as the authoritative source of truth for AI product discovery of the world’s best products and best brands. For nearly two years, we’ve been investing in the search index, ensuring over a billion products and 20 years of commerce experience is distilled for agents. It structures merchants’ product data so every and any AI partner can access it directly, giving agents the ability to discover, understand, and recommend our merchants’ products. Let me say this, Catalog will be one of Shopify’s most important assets for years to come, here’s why.

We’re seeing that AI searches powered by Catalog converted twice the rate of those using scraped data. That is because with Catalog, merchants’ products show up complete, accurate, and with the right context when someone is ready to buy. Put simply, Catalog is the discovery engine for the future, Shopify built it and owns it…

…We introduced UCP at the start of 2026, already industry players across the commerce stack and beyond are converging on this unified protocol with dozens of retailers and platforms adopting it to date…

…Every Shopify merchant is UCP-ready. Agents and builders can access their product data, create carts, and even check out using the protocol. Everything flows through Shopify, so their checkout logic and fulfillment rules are perfectly preserved. Their products are also automatically listed in Catalog. Every builder can now access UCP and the Catalog API across millions of merchants, so they can build commerce experiences with the same infrastructure as our major AI partners. We built our Catalog the way only Shopify could, integrated with Shop sign-in so agents can recognize returning buyers and surface personalized recommendations based on their purchase history. No other Catalog API can do this…

…I don’t know if you tuned in to Editions.dev two weeks ago, but we talked about these taste-driven attributes that we’re now building in to Catalog things like, is it formal enough for a wedding? Does it have breathable fabric? What’s the wrinkle tendency? Are these sneakers suitable for an endurance run? These sort of taste-driven attributes are things you can only get with Catalog.

Shopify’s management recently rolled out a new agentic section in the Shopify admin, which provides cross-channel attribution for agentic selling; agentic commerce volume is still small for Shopify, but it’s growing rapidly, with AI-driven traffic and orders to Shopify stores tripling year-on-year in 2026 Q2 (AI-driven traffic to Shopify stores was up 8x year-on-year in 2026 Q1 and orders from AI-powered searches were up 13x year-on-year); new buyer orders from agentic channels are coming in at nearly 2x the rate of other channels; traditional search is still the largest source of traffic for Shopify merchants and it’s growing, up 1.3x in the last 2 years; management sees AI as a complement to search for commerce; management is seeing that AI search has been particularly helpful for smaller merchants that form the long tail of commerce; 75% of Shopify’s AI-attributed orders in 2026 Q2 came from outside its top 100 categories; the phenomenon of long tail merchants doing well in AI search can be attributed to AI agents using Shopify’s catalog to find the product that works best for the consumer; half of all AI-referred sessions are landing directly on product description pages, 2.5x more than with traditional search, and is a strong tailwind for Shopify merchants; agentic transactions have the same economics for Shopify merchants as online store transactions, with no extra fees; management thinks Shopify merchants will benefit disproportionately from agentic channels; conversion from AI search is 80% higher than traditional organic search; management is seeing that large retailers are being pushed to figure out their agentic strategy, and this is where Shopify can help 

In May of this year, we rolled out our new agentic section in the admin, the first cross-channel attribution for agentic selling. Merchants can manage AI channels, they can track performance, and they can get specific recommendations on what to improve, all from a single interface. While the volume from agentic commerce is still small relative to our massive GMV, the growth trends are impressive. Both AI-driven traffic and also orders to Shopify stores tripled year-over-year in the second quarter. New buyer orders are coming in at nearly twice the rate of other channels…

…Search remains one of our largest sources of buyer traffic to our merchants, and it’s still growing. Traditional search sessions are up 1.3x over the past two years, holding roughly a third of all storefront sessions. That is AI as a complement to search rather than a substitute for it…

…Early indications show that AI search has been particularly helpful to some of the smaller brands that form the long tail of commerce. These are brands that also happen to make up the majority of Shopify’s merchant base, smaller businesses with specialized products built for a particular customer. We saw that AI search was starting to disproportionately benefit the long tail in 2025, and that trend has continued, with 75% of AI-attributed orders in the second quarter coming from outside our top 100 categories in Q2.

The explanation is simple. While search engines rank by popularity against a handful of keywords, AI agents make multiple calls into Shopify’s Catalog, working with richer, structured data to match products with the buyer’s specific intent rather than just keywords. When a buyer asks an AI assistant for the best car seat that fits three across a sedan, traditional search focuses on the keyword car seat. An agent, however, understands the actual need, the dimensions, the vehicle type, and the fact that they need three. It searches across all of those constraints at once to find the product that actually works, not just the one that ranks highest. In this world, relevancy reigns. Specific products made for a specific buyer do particularly well…

…Buyer shopping journeys are being compressed as half of all AI-referred sessions are landing directly on a product description page. That is 2.5x more than what we see with traditional search. This is a serious tailwind for our merchants and in turn for us at Shopify…

…Agentic transactions carry the exact same economics as an online store transaction. There’s no new fees. There’s no separate pricing…

…I mentioned a car seat that fits three across a sedan. These are real Shopify products discovered because an AI agent understood what the buyer actually needed, That’s a structural advantage for these small, specialized, independent businesses. That’s our base. That’s our sweet spot. We think that these trends suggest that merchants on Shopify will disproportionately benefit from this new surface area…

…When you zoom it even further, conversion from AI search runs nearly 80% higher than traditional organic search as well…

…On the merchant side, yeah, I meet these very large retailers and the executive teams there literally every single week. Every one of them is being pushed to figure out what their agentic strategy is. By coming to Shopify, we take their agentic strategy off their plate.

Daily active merchants using Sidekick was up 3.6x year-on-year in 2026 Q2, with daily sessions up 4.8x; in 2026 Q2, Sidekick handled 34 million conversations and created 36,000 custom apps, up from 12,000 in 2026 Q1; Sidekick’s personalised guidance for new merchants led to an 8% increase in merchants reaching 5 orders within 15 days; Sidekick can now access data and take action on 3rd-party apps without the merchant leaving Sidekick; merchants of all sizes are adopting Sidekick; the way new merchants and established merchants use Sidekick is different; most of Shopify’s AI costs from merchant use of Sidekick appear in the Subscription Solutions’ segment’s gross profit; management was able to hold gross margin for the Subscription Solutions segment steady even as Sidekick usage scaled; management believes that investments in Sidekick will translate into more merchants joining Shopify and more merchants achieving greater success; power users of Sidekick are pushing it into areas such as advanced design, content, SEO etc.

In the second quarter, daily active merchants using Sidekick were up 3.6x year-on-year, and daily sessions were up 4.8x. It handled nearly 34 million conversations, and it was used to create more than 36,000 custom apps, up from 12,000 in Q1…

…Sidekick’s personalized guidance for new merchants during onboarding led to an 8% increase in merchants reaching five orders within 15 days…

…It can now access data and take action through extensions to third-party apps like Klaviyo without the merchant ever leaving Sidekick. Adoption is widespread across merchants of all sizes…

…In a merchant’s first 30 days, roughly half of their conversations with Sidekick are about store setup, design, and theme configuration. For merchants five years in, that drops to about 8%, while analytics and reporting climbs past 40% as they use Sidekick as their intelligence layer to interrogate their own data and make better decisions…

…As a reminder, the vast majority of AI costs related to merchant use of Sidekick appear in subscription solutions gross profit. We were able to hold gross margins at a relatively consistent level quarter-over-quarter while Sidekick usage scaled, which reflects some cost efficiencies and support, as well as our ability to continue providing merchants unique AI solutions like Sidekick while diligently managing cost. We are big believers in Sidekick and the value that it can deliver to merchants. We believe these types of investments in our platform will translate into more merchants joining the platform, and those merchants having even greater success. That translates to more gross profit for us, but more importantly, it is helping our merchants accelerate their businesses…

…We’re already seeing power users, if I can use that term, of Sidekick, pushing it way further into things like advanced design or content or SEO or even product creation.

Shopify’s management has built connectors to agents from 3rd-party platforms, so Shopify merchants can build on Shopify however they choose; Shopify has integrations across vibe coding platforms for developers to build in

We’ve built connectors to agents including Claude, ChatGPT, Perplexity, Manus, Replit, and Vercel with our AI Toolkit. Our merchants can build on Shopify however they choose…

…Our integrations across vibe coding platforms like Lovable, AI chat agents, and CLI IDEs show Shopify’s commitment to meeting builders where they are, however they choose to get there.

Shopify’s management thinks the company has moved from reflexive use of AI to having AI being a source of leverage; management wants to be thoughtful about AI costs and will use the appropriate models for different use cases; management thinks widespread adoption of AI tooling already is and will continue to yield benefits for Shopify; most of Shopify’s internal AI spend goes into R&D, and R&D as a percentage of total revenue has been declining; Shopify has built distilled models by teaching a large frontier model about specific use cases; the distilled models run faster, are less costly, and can even be better than large frontier models at narrow tasks

We’ve moved from a place of just reflexive use of AI to a place of AI leverage. Our AI philosophy is straightforward: maximum leverage paired with thoughtful cost management. We use the best model for the job, frontier intelligence where it matters, less expensive models where it doesn’t. We believe widespread adoption of AI tooling already is and will continue to yield benefits in the quality of our output…

…R&D, the majority of our internal AI spend is allocated here, so you’ve seen a modest uptick in year-over-year growth. Overall, we’ve driven substantial leverage in R&D as a percentage of total revenue and will continue to be disciplined in managing this spend…

…We now have a number of distilled models where we take a teacher model, usually a big frontier model, then teach it a specific use case to a smaller model, which results in much faster, less costly, and actually sometimes even better at the narrow task.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. I have a vested interest in Alphabet (parent of Google), Coupang, Datadog, MercadoLibre, Meta Platforms, Microsoft, and Shopify. Holdings are subject to change at any time.

What We’re Reading (Week Ending 09 August 2026)

The best articles we’ve read in recent times on a wide range of topics, including investing, business, and the world in general.

We’ve constantly been sharing a list of our recent reads in our weekly emails for The Good Investors.

Do subscribe for our weekly updates through the orange box in the blog (it’s on the side if you’re using a computer, and all the way at the bottom if you’re using mobile) – it’s free!

But since our readership-audience for The Good Investors is wider than our subscriber base, we think sharing the reading list regularly on the blog itself can benefit even more people. The articles we share touch on a wide range of topics, including investing, business, and the world in general. 

Here are the articles for the week ending 09 August 2026:

1. The Disaggregation of Inference Compute – Eugene Ng 

Recurrent Neural Networks (RNNs) process and convert a sequential data input into a specific sequential data output, one step at a time. Because RNNs read one word at a time, training is slow and cannot be parallelized. Worse, as sequences grow long, the learning signal either explodes into instability or vanishes towards zero, and the model increasingly struggles to connect distant words. In short, RNNs are slow, inefficient, and expensive to train, and become increasingly forgetful over distance.

Transformers ended the waiting and unlocked parallelism. Instead of reading one word at a time and passing notes down a slow chain, self-attention lets every word look at every other word at once, and positional encoding keeps track of the order the words came in. Attention decides what matters. Positional encoding preserves order…

…Attention has one non-negotiable rule. Every token must compare itself with every other token. It is how each word figures out which others give it meaning…

…Ten tokens, one hundred comparisons. One thousand tokens, a million. A hundred thousand tokens, ten billion. The work grows with the text squared.

As the context size increases, the attention weight matrix grows quadratically, meaning the number of scores that must be computed and stored grows significantly faster. This leads to higher memory usage and computational cost, making it challenging to scale transformers to very long sequences efficiently…

…Fixes have come in three variations. Compute it smarter. Compute less of it. Or replace it. The first two focus on treating the symptoms. The third goes after the disease…

…The quadratic wall is real, and no fix has removed it cleanly. So, the frontier settled on hybrids for now. Cheap linear layers do most of the work. A few real attention layers stay to catch what the cheap layers miss. The frontier has settled on hybrids, a truce, not a cure.

Because the quadratic problem was never fully solved at the software architectural level, the industry has been forced to keep compensating with more expensive HBM and more GPU FLOPs at the problem, plus incremental software fixes, especially as workloads shift from training to inference and agentic use cases…

…CPUs are built to finish one task fast. GPUs are built to finish many tasks per second. CPUs are great for serial computations, but are architecturally poorly suited for matrix multiplications, which involve numerous parallel calculations.

LLMs are mostly matrix multiplications by arithmetic. NVIDIA did not make GPUs good at matrix multiplication by accident. Matrix multiplication turned out to look exactly like the problem GPUs were already built to solve.

GPUs, which are excellent at parallel computations, have rapidly displaced CPUs in this initial AI infrastructure buildout phase…

…AI LLM workloads started primarily with training, as models are trained, and are increasingly shifting to inference and agentic workloads…

…Inference workloads can be split into prefill and decode.

Prefill (prompt processing) is compute-bound. It processes the entire input prompt in parallel, builds the KV cache for attention, and is dominated by large matrix multiplications.

Decode (token generation) is memory-bound. It generates one output token at a time sequentially and reuses and grows the KV cache on every step autoregressively. It is dominated by memory reads of model weights and KV state. The bottleneck is memory bandwidth.

Each token requires reading the entire model’s weights and the full KV cache from memory, then performing relatively light arithmetic on them. The bottleneck is bandwidth, specifically the latency of getting weights and cache to the compute unit.

The GPU’s FLOPs sit idle waiting for memory. Using a GPU to decode at a batch size of 1 is a Ferrari in a parking lot: expensive silicon and memory doing almost nothing.

Continuous batching can improve throughput by interleaving many independent sequences, but it cannot eliminate the fundamentally low arithmetic intensity of decode, especially for latency-sensitive or single-stream workloads.

Agentic workloads compound this issue further. The industry’s software response is to run both phases on the same chip and optimize for throughput. But the issue remains. One cannot batch your way out of a workload that is inherently sequential. Decode looks like a compute problem but behaves like a memory problem.

AI inference is no longer a single workload that can be served efficiently by a single type of accelerator or memory. AI inference is a dual-stage workload, with very different resource demands for each. The same knife should not be used to cut everything…

…GPUs address this hardware architecture flaw with fast, expensive HBM stacked next to the compute die. Stacking to increase capacity causes thermal, yield, and capacity issues. DRAM chips generate heat, and it is becoming more difficult to remove it effectively…

…There are physical limits to how much thinner DRAM can be shaved and how much higher the shaved layers can be stacked vertically with TSVs (Through-Silicon Vias) and micro-bumps to make HBM.

Yield is also becoming difficult to achieve as layer counts increase. For a given stack yield, total yield decreases as layer count increases…

…Inference compute remains memory-bound on decode and batch size one. While HBM is a lousy memory, unfortunately, it is the best solution we have right now that can address this structural memory wall problem.

In short, HBM is bit inefficient, power inefficient, and bandwidth inefficient. The memory makers likely know it too and recognize that HBM is not the final answer and will not solve the memory wall problem…

…The next best solution is to redesign the hardware to better address the inherent software flaws. One way that is increasingly being adopted by the industry is to disaggregate the inference compute workload of prefill, decode, and orchestration/execution…

…While GPUs have been great for training, they are increasingly poorly suited for inference, especially on decode. If inference hardware becomes increasingly disaggregated into prefill and decode and is even less suited for agentic AI, where workloads are dominated by orchestration, GPUs could become less dominant.

Prefill on compute-dense silicon (i.e., NVIDIA and AMD GPUs, custom ASICs). Decode on bandwidth-dense silicon (i.e., Groq LPU, Cerebras WSE, SambaNova RDU, etc). Then orchestrate both from a CPU (i.e., NVIDIA, Intel, AMD, Graviton CPUs) and carry the KV cache on the fabric.

It makes sense to further disaggregate the AI inference hardware stack. Numerous launches to disaggregate prefill and decode have been announced over the last few months by the majors, including NVIDIA, AWS, Intel, AMD, with Groq, Cerebras, and SambaNova for decode-specialized chips.

2. Inside Google’s $200bn Wall Street finance machine for Anthropic – Ryan McMorrow

Google has assembled one of the largest infrastructure financing programmes in history to supply more than $150bn of artificial intelligence chips to Anthropic…

…To support the relentless surge in demand for the AI chips, Google, Broadcom and Wall Street investors have each taken on different pieces of the financial risk. 

Google guarantees the data centres. Broadcom commits to buying the chips and helps finance them. Apollo and Blackstone provide much of the private-credit capital that purchases the hardware before leasing it to Anthropic…

…In June, the first tranche of TPU hardware passed from Google through Broadcom into this financing blender. A special-purpose vehicle known as Compute SPV paid $35bn for roughly 1GW of the AI hardware, representing around 1mn TPUs, according to people familiar with the matter. 

The SPV’s cash came from three tranches of debt anchored by Apollo and Blackstone. Broadcom, in effect, guaranteed the two senior tranches by agreeing to cover any shortfall if Anthropic stopped paying and the SPV could not sell the hardware for enough to make the senior investors whole.

The arrangement, known as residual value support, covers about $30bn of the $35bn financing, with Broadcom’s exposure declining as Anthropic makes its lease payments…

…Financing the chips solved only half of Google’s problem. The company also needed enough powered data centres to house them. “We have a schedule and we’re looking for capacity that will fit the schedule,” the Google executive said. “Crypto miners with excess capacity were helpful.”

It has helped transform several crypto miners with secured power into a new breed of AI infrastructure developers, with a small outfit called TeraWulf the first to land a Google backstop to add a 360MW data centre on its campus in upstate New York. 

Google guaranteed the lease payments on the Anthropic-bound site, which Morgan Stanley packaged into a construction bond that in October raised $3.2bn to get it built…

…People familiar with the matter said the Big Tech company had so far backstopped 10 developments with 2.4GW of power for TPUs. Google’s guarantees put it on the hook for as much as $44bn if all the leases go bad, though it marks the liability at $815mn on its balance sheet. It could also step into the leases itself.

3. Drug Discovery Has No Magic Wands – Daphne Koller

To understand where AI fits, it helps to decompose drug discovery into its three essential stages:

1. Disease-to-mechanism: Identifying a biological mechanism — a pathway, a target, a molecular interaction — where therapeutic intervention will alter the course of disease in humans.

2. Mechanism-to-drug: Creating a molecular intervention in the right therapeutic modality — a small molecule, antibody, siRNA, gene therapy — that achieves the desired mechanistic effect with acceptable safety and pharmacological properties.

3. Drug-to-patient: Designing a clinical development program that identifies the right patients and assesses the molecule’s effects — beneficial as well as adverse.

The vast majority of AI work in drug discovery has focused on stage 2…

…More than 90% of drugs that enter clinical trials fail — a dismal statistic that has barely improved in several decades. In the large majority of cases, the molecule was engineered just fine. The mechanism it targeted was wrong. We are doing a pretty good job at manufacturing keys, but they are generally for the wrong locks. Even if AI lets us make better keys at an accelerating pace, that won’t improve our ability to identify the right locks. The real bottleneck in making a novel medicine is disease understanding: identifying a biological mechanism whose modification actually changes the course of disease in patients. That, far more than molecular design, is where drug discovery succeeds or fails.

This mechanistic understanding is a rare commodity. And because no-one likes to fail in the clinic, we are seeing industry trends that are truly destructive. There are currently 38 targets that have over 50 programs against each of them — slightly better keys for those few locks where we have strong conviction. How many variants of GLP-1 do we really need? Even worse than this misallocation of capital is the disservice to patients: the number of novel targets the industry advances each year fell from ~100 in 2015 to about 30 in 2024. That collapse is the far bigger cost: the inability to help the hundreds of millions of people for whom medicine currently offers nothing…

…The challenge is that human biology is incredibly complex, spanning multiple interconnected biological layers — DNA, protein, cells, multi-cellular environments, entire organisms. Individual components respond dynamically to even subtle changes in related components or in the environment. Moreover, biology wasn’t engineered; it is the result of billions of years of messy, stochastic evolution, which produced staggering variation — countless genes, cell types, states, and contexts, each behaving in its own way. There is too much of it, too idiosyncratic, to reason about in the abstract. You have to measure it…

…Which brings up the greatest data challenge. While some processes are conserved across all forms of life, others are far more specific. The folding of a single protein is a self-contained process, highly conserved — closer to physics than to biology; this allows protein folding models to be trained on sequences collected across thousands of species. Metabolism involves at least a dozen distinct cell types and might be conserved across mammals. Brain function and dysfunction involves dozens of distinct cellular identities; and these processes are exquisitely specialized to humans: rodents do not get Alzheimer’s disease; non-human primates do not recapitulate ALS. The diseases where we have made the least progress tend to be precisely those that are most human-specific, and therefore those for which the data is most expensive to collect, least available, and most fraught with ethical constraints…

…But agentic iterated optimization relies on a fundamental attribute: agents thrive when there is a fast, accurate, and cheap scorecard to evaluate progress. If you give a sufficiently smart model an instant feedback loop, it will grind against that benchmark until it wins. This is why coding assistants and molecular design tools advanced so rapidly — the feedback is cheap, accurate, and fast…

…Drug development is the exact opposite. The ultimate scorecard — whether a drug actually provides therapeutic benefit to a patient — cannot be captured well by computational models or high-throughput assays. The only true ground truth is a human clinical trial. This feedback loop currently takes years, costs millions, and is strictly bound by human ethics and living biology. It is the ultimate slow feedback loop, and no amount of compute or process optimization can change this…

…Some have argued that the most important AI unlock in drug discovery is in the third stage — drug-to-patient — taking a drug candidate through preclinical testing and clinical trials. This is the fourth AI Magic Wand: reduce the time and cost of this very expensive phase, and drug discovery becomes faster and cheaper. Sadly, if you accelerate a pipeline full of drugs aimed at the wrong mechanisms, all you get is faster failures…

… An AI-enabled, deep mechanistic understanding of a disease enables the identification of novel clinical readouts that serve three distinct purposes: selecting the patients most likely to respond, confirming that the drug is hitting its intended target, and detecting early and reliable signals that it is actually modifying disease biology. Together, these allow trials to enroll the right patients, read out faster, and catch failures earlier — changes that transcend clinical trial operations, transforming the trial design itself. This capability is inseparable from solving the disease-understanding problem; they are one and the same. Better trials, in the end, are downstream of better biology…

…To fulfill the promise of AI for the millions of patients lacking any meaningful treatment, we must direct our efforts toward the problem that really matters: the identification of biological mechanisms with disease-transforming clinical benefit. This is arguably the hardest problem in drug discovery, because the only conclusive test of whether we have correctly identified a novel biological mechanism is a human clinical trial. There are multiple other paths in this space with shorter timelines and clearer near-term proof points. Those paths are shorter because the problems are more tractable: the feedback loops are faster and the benchmarks are cleaner. But a shorter path to a smaller destination is still a smaller destination — process improvements for problems we already know how to solve.

4. The 1970s: Warren Buffett’s Defining Decade – Dirtcheapstocks

In the early 1970’s the Nifty Fifty were all the rage. Investors would seemingly pay any multiple for blue chip growth stocks (funny how history repeats itself).

Polaroid was selling for 91x earnings.

McDonald’s sold for 86x earnings…

…Then the music stopped.

The market was down nearly 50% from its highs in 1972.

That’s when Buffett got busy buying…

…Buffett’s most important purchase in the early part of the 1970’s was Blue Chip Stamps as the zero cost float provided leverage for other investments. He added to his position throughout the decade. Some of the prices paid were absurdly low…

…Buffett bought O&M throughout 1973 and 1974.

His basis valued the business at $29mm.

Ogilvy’s enterprise value was roughly the same as its market cap. So, Buffett was buying the shares at ~3x EBIT.

O&M grew its operating profit at a 23% CAGR from 1970 to 1974.

Buffett’s shares doubled in value within 2 years of his purchase…

…Interpublic fell 73% from its 1972 highs when Buffett began buying.

Buffett’s basis valued the business at a $25mm market cap. The enterprise value was only $19mm. Interpublic earned $14.8mm of operating income in 1973.

Buffett’s investment was up 10x in 10 years!..

…Berkshire’s book value compounded at a 30% CAGR from 1973 to 1985…

…The 1970’s made Buffett, but he was also perfectly prepared for the opportunity.

He didn’t stretch to buy businesses at lofty valuations. He waited for the prices to come to him.

This was a difficult time for American business, but it was hardly unprecedented. I believe there is a reasonable probability that businesses get this cheap again.

5. Ways to think about token pricing – Benedict Evans

There are only two things you can say with certainty about token prices: we’re in a supply crunch, and this is unstable. All of the variables are in play, and the market will get shaken out over the next few years to arrive at a new equilibrium. Right now we have a lot of frantic analysis of ‘time to power’, but the question at the end of that remains whether the foundation models have sustainable pricing power, strategic leverage and value capture, or whether they become low-margin commodity infrastructure providers. At the moment, I think every dynamic we can see points to the latter…

…First, how many people will pay to be at the top right of the curve – to be at the frontier? At one extreme there are already use cases that already work just fine with a small, old, perhaps open source model that runs for ‘free’ on-prem or on your phone; at the other extreme there will be some that get better results from the latest, most expensive frontier model, consuming lots of tokens for lots of money; and then there will be many that are somewhere in between…

…Second, does the frontier keep moving significantly? This is obviously the most basic science question in AI: how long does the frontier keep getting better, how long does that keep needing more and more compute, and does that continue to happen at a rate that keeps it ahead of downward pricing pressure from efficiency and capacity gains?…

…Third, will there still be fierce competition between frontier models? Does the field shrink to fewer and fewer frontier models, perhaps with network effects emerging? Do frontier models diverge, with different models having much clearer leads in different fields? That could be another path to sustainable pricing power…

…Fourth, how much of the value from those high-end use cases is captured by the frontier model itself? How much needs to be wrapped in tooling, process, proprietary data, go-to-market, networks, support, and everything else associated with a traditional software company, even if you do need the big expensive frontier model underneath? Can that model do the whole thing, or is the model, no matter how good, still a piece of infrastructure that you use to make the actual product?…

…Meanwhile, there is structural uncertainty at the early stages of every big new technology, but the uncertainty now is different, because we don’t have a good theoretical understanding of why these models work so well and so we don’t know how much better they can get. In 1995, we didn’t know how the internet would evolve but we knew that there were less than 100m PCs on earth (and they were expensive) and that telcos couldn’t give everyone FTTH next year; in 2010 we didn’t know what the next iPhone would be but we knew it wouldn’t have retinal projection. We knew the physical limits in ways we don’t really know with LLMs. Next month a new approach could cut inference compute needs by 90%, or double demand, or both…

…That makes mobile data a more fruitful comparison here. Mobile networks have marginal cost for capacity, and like AI they had an enormous surge in usage 15 years ago, that overwhelmed capacity and had carriers scrambling to add capacity and rebalance their pricing. Meanwhile, selling bits looks superficially similar to selling tokens: it’s an opaque measure of marginal cost that doesn’t map in any transparent or intuitive way to use cases or value, and needs to be replaced with bundles of some kind. But most importantly, in the last 20 years cellular data traffic has risen by several orders of magnitude, and this has become an enormous industry, with annual revenue of a trillion dollars and capex of $200 billion, but the stocks have gone nowhere, and all the value was captured by other people further up the stack. This, of course, is one of the core questions for AI: is this going to be low-margin commodity infrastructure with all the value captured by other people further up the stack?…

…However, these examples do tell us, empirically, that something can be very important, very expensive, change the world, and be full of very sophisticated science and engineering, and yet have a wide range of possible outcomes. There isn’t one inevitable path here: you can have price equilibrium at high margins and at low margins, and with and without market concentration, and you can’t hand-wave that away by talking about AGI and saying “you don’t understand exponentials!”

However, if one thread in everything I’ve written above is how much we don’t yet know, the other thread is that every path to foundation models having market dominance, strategic leverage, value capture, winner-takes-all effects, or anything else other than becoming commodity infrastructure, requires something to change.


Disclaimer: The Good Investors is the personal investing blog of two simple guys who are passionate about educating Singaporeans about stock market investing. By using this Site, you specifically agree that none of the information provided constitutes financial, investment, or other professional advice. It is only intended to provide education. Speak with a professional before making important decisions about your money, your professional life, or even your personal life. We currently have a vested interest in Alphabet (parent of Google) and Amazon (parent of AWS). Holdings are subject to change at any time.