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OpenAI vs Anthropic IPOs, Anthropic $3T, Zuck's Price War, China Ends Open Source?, Trump Accounts

2026-07-11 - 101 min - source - Read full transcript
Jason Calacanis (host)Chamath Palihapitiya (host)David Sacks (host)Brad Gerstner

Key insights

Gavin Baker's forecast that Anthropic could trade at $3 trillion if it went public today anchors the panel's IPO expectations.
Baker, another All-In guest, predicted two weeks earlier that Anthropic would end 2026 with over $100 billion in revenue and be 'very profitable.' Brad Gerstner adds that at $100B+ ARR, Anthropic's forward run rate next year could exceed $100B again, and that Altimeter would be 'a buyer at scale and at size' in both the Anthropic and OpenAI IPOs based on what is known today.
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SpaceX's IPO is treated as a deliberate blueprint for how Anthropic and OpenAI should structure their own trillion-dollar debuts.
Gerstner calls the SpaceX IPO 'textbook': it raised $75 billion at a $1.75 trillion valuation, is now up about 25% and trading near $2 trillion on roughly $35 billion of forward revenue, and pioneered a staged lockup release tied to milestones plus early index inclusion despite historical volatility concerns. He expects Anthropic and OpenAI to have 'gone to school' on that structure.
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Chamath argues frontier labs should IPO now, before an industry-wide token-spend reckoning becomes visible to public markets.
He recounts his own CTO reporting that token costs are doubling every 45 days while downstream productivity gains are roughly 5% at best, meaning true ROI on AI spend is close to flat. Chamath frames this as a problem 'everybody in the next three or four years will for sure go through,' and argues getting a public listing done before that reckoning 'seeps into the water table' is what allows a company to exit at a high price.
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Using Fable 5's own answer, Chamath estimates AI's actual contribution to S&P 500 earnings growth is close to zero once Nvidia's chip revenue is excluded.
He asked Fable what share of S&P 500 EPS growth since 2004 came from AI and got roughly 50%, but that figure included Nvidia's chip sales to AI buyers. Isolating the S&P 493 (excluding the AI infrastructure names), EPS growth was about 9%, and after attributing most of that to pricing power and buybacks, the actual AI-driven ROI came out to roughly 0-2%, which he expects sophisticated investors to start demanding companies justify.
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Despite predictions that cheap open-source models would erode frontier-lab revenue, enterprise dollar share of wallet is moving toward the closed frontier labs, not away from them.
Sacks cites data showing open source's share of enterprise AI spend fell from about 19% to 11% year over year, even as usage of both categories is rising. He argues most enterprises lack the technical capability to build the token-routing middleware needed to exploit cheaper open models (unlike Coinbase or DoorDash, which built it themselves), so 'the spirit is willing, but the flesh is weak' - they default to the frontier labs because it is simply the easiest, most convenient choice.
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Chamath floats a non-consensus hypothesis: model intelligence may not be converging at all, and the frontier-to-commodity gap could widen rather than close.
He notes that while benchmark scores across labs appear to be converging, revenue distribution is not - only two companies (Anthropic and OpenAI) register meaningful token revenue. His argument: if superintelligence becomes self-recursive, a smarter model generates more revenue, which buys more compute, which builds an even better model, extending the lead rather than closing it as agentic tasks get more complex over the next two to three years.
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China may be moving to restrict its own labs' open-source releases, following the same 'stay open until you catch the frontier, then close' pattern OpenAI and Meta already followed.
Per two Reuters reports, Chinese regulators reportedly met with Alibaba, ByteDance, and Zhipu about limiting overseas access to top Chinese models, citing national-security concerns about IP leaks and models being 'weaponized' against Chinese interests. Sacks argues this parallels Sam Altman taking OpenAI from nonprofit/open to for-profit/closed, and Meta quietly stepping back from Llama's original open strategy, once a lab gets close enough to the frontier that capturing value outweighs the developer-goodwill benefits of staying open.
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Zuckerberg is reframed mid-episode as pivoting Meta from an open-source strategy to a direct price war against frontier labs.
Jason and Sacks note Zuckerberg tweeted more about the new Spark 1.1 model launch (via his old college handle @finkd) than he had in his entire prior X history, positioning it as matching frontier quality at roughly one one-hundredth the cost - which the panel reads as an admission that the original 'scorch the earth with open source' game-theory play had underperformed.
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Chamath argues US electricity capacity, not chips or software, is the real bottleneck on AI scaling, citing a shortfall equivalent to three additional Californias' worth of power by 2050.
His team's internal analysis projects the US will be roughly three entire California's-worth of energy short of expected load growth by 2050, even before accounting for AI data center demand, arguing the country needs more nuclear, solar, and battery buildout, which is itself a regulatory bottleneck.
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Taiwan's chip production is exposed to an acute energy vulnerability: it holds only two to three weeks of LNG reserves.
Citing a Wall Street Journal report, Chamath notes that because Taiwan (source of most advanced chips) runs largely on imported LNG with only weeks of reserve, a Chinese blockade could halt Taiwan's energy supply almost immediately, making the AI buildout's chip supply chain directly hostage to an energy chokepoint separate from the compute race itself.
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Brad Gerstner details how Trump accounts (Invest America accounts) work as a hybrid philanthropic and retirement-savings platform seeded at birth.
Every child born in the US gets a $1,000-seeded, privately owned S&P 500 investment account; family, employers (up to $2,500/year tax-free), and philanthropists can add up to $5,000/year combined per child, tax-free, until the recipient turns 18, at which point the funds can roll into an IRA or Roth IRA. Gerstner says over 1.5 million accounts were created and over $1 billion deposited in the first 24 hours after the July 4 launch, with a goal of auto-enrolling all 50-70 million eligible US children within 90 days.
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Gerstner frames Trump accounts as potentially the largest direct philanthropic platform in US history, targeting $100 billion raised in the first 12 months.
Early philanthropic commitments include Michael and Susan Dell ($6B+ across 25 million lower- and middle-income children), SpaceX president Gwen Shotwell ($350M in SpaceX shares to lower-income kids), Micron ($250M in employer matches), and Gerstner personally committing $100 million for all children under five in Indiana. He argues this structure - donations flowing directly into privately owned citizen accounts rather than through NGO overhead - is more efficient than traditional philanthropy.
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Summary

The episode opens with Bestie Brad Gerstner filling in for a vacationing Friedberg, and quickly moves into the year's dominant markets story: the trillion-dollar IPO wave. With SpaceX now trading near its $2 trillion IPO price, the panel treats its listing as a deliberate blueprint - staged lockup releases, early index inclusion, a $75 billion raise - that Anthropic and OpenAI are expected to follow when they go public, likely within six to nine months. Gerstner cites Gavin Baker's prediction that Anthropic could trade at $3 trillion today given its rumored $100 billion-plus 2026 revenue run rate, positioning Anthropic ahead of OpenAI (rumored near $70 billion) on the revenue trajectory but with OpenAI carrying more IPO complexity due to its corporate restructuring.

The conversation's center of gravity is the growing tension between AI revenue growth and unproven ROI. Chamath opens with a pointed anecdote from his own portfolio company: token costs doubling every 45 days against roughly flat downstream productivity gains, an imbalance he expects most enterprises to hit within a few years. Using Fable 5 to strip Nvidia's chip revenue out of S&P 500 earnings growth since 2004, he estimates AI's actual contribution to enterprise earnings is closer to 0-2% - a gap he expects sophisticated investors to start demanding companies explain. Yet despite this ROI uncertainty and predictions that cheap open-source and Chinese models (like Zhipu's GLM 5.2) would erode frontier-lab pricing power, Sacks presents data showing the opposite: open source's share of enterprise AI spend actually fell from about 19% to 11% year over year, because most enterprises lack the technical sophistication to build the routing middleware needed to exploit cheaper models - only a handful, like Coinbase and DoorDash, have managed it. Chamath goes further, floating a non-consensus hypothesis that intelligence might not be converging at all: if frontier model improvement becomes self-recursive, the gap between the top labs and everyone else could widen rather than close as agentic tasks grow more complex.

A parallel thread tracks the open-source-versus-closed dynamic playing out globally. Two Reuters reports suggest China may restrict its own labs' overseas model access, which Sacks frames as the same "stay open until you catch the frontier, then close" pattern OpenAI and (to a lesser extent) Meta already followed. Zuckerberg's surprise pivot mid-week - tweeting more about the new Spark 1.1 model, priced at roughly one one-hundredth of frontier cost, than in his entire prior X history - is read by the panel as an admission that Meta's earlier "scorch the earth with open source" strategy underperformed and is being replaced with a direct price war. Chamath closes the technology segment with a structural argument that the real long-term bottleneck isn't chips or model quality but energy: his team's analysis projects the US will be roughly three Californias' worth of power short of 2050 load growth, while Taiwan's chip fabs run on only two to three weeks of LNG reserves, tying the entire AI buildout to acute energy chokepoints in both countries.

The back half of the episode shifts entirely to Gerstner's other project: Trump accounts (Invest America accounts), a federally enabled program giving every US child a privately owned, $1,000-seeded S&P 500 investment account at birth. Gerstner walks through the mechanics - up to $5,000/year in tax-free contributions from family, employers, or philanthropists, tax-free compounding until age 18, then rollover into an IRA or Roth IRA - and reports over 1.5 million accounts created and $1 billion deposited within 24 hours of the July 4 launch, alongside major philanthropic commitments from Michael and Susan Dell, SpaceX's Gwen Shotwell, and Micron. Jason and Sacks push back on the "TDS" criticism that some parents are refusing to participate simply because of the program's name, framing the accounts as a bipartisan, capitalism-forward alternative to both traditional Social Security and progressive redistribution proposals, while Gerstner sets a goal of auto-enrolling all 50-70 million eligible children within 90 days and raising $100 billion in philanthropic contributions within the first year.

Notable Quotes

"Right now, our token costs are doubling every 45 days... My upside is essentially flat." - Chamath Palihapitiya, relaying his CTO's assessment

"Anyone who's saying that these closed models are going to lose or are somehow losing, you're just not seeing it in the data." - David Sacks

"The non-consensus argument might be that intelligence is not converging at all... the smarter your model gets, the more revenue you get, the more compute you can buy, the better the model is that you can build." - Chamath Palihapitiya

"If a Trump account had been maxed out, and you have the standard market rate of return that we've had for the past 30 years, then by age 28, that kid will be a millionaire." - Brad Gerstner

"We are about three entire California's worth of energy short, and that's just assuming regular consumption of devices and cars, fridges, televisions, and computers." - Chamath Palihapitiya