June 26, 2026
What has Gavin Baker said lately
Gavin Baker characterizes the current AI trend as being in its early stages, viewing it as year three of a **20 to 30-year cycle** comparable to the early internet era initiated by Netscape Navigator . He projects that total inference revenue will significantly surpass $200 billion by the end of the current year . While acknowledging market froth, he believes the current "rolling bubble" is concentrated in publicly-traded nuclear and quantum computing companies rather than mainstream AI . Baker also notes a unique challenge in evaluating the technology's progress: the true intelligence of each new generation of AI models may never be fully understood because new, more capable models are released before their predecessors can be thoroughly evaluated . This rapid pace of development underscores the long-term nature of the investment cycle he envisions.
Looking at the infrastructure layer, Baker posits that the long-term energy shortage for AI will ultimately be solved by orbital compute, which involves deploying individual server racks in space . He estimates the total cost to deploy a gigawatt of AI compute in space, including silicon, would be **approximately $30 billion** . In the nearer term, he believes the investment strategy of "finding the next bottleneck" in the semiconductor supply chain is now over . He has been disappointed by the custom ASIC development efforts at Meta and Microsoft and predicts that the first AI models trained on NVIDIA's Blackwell architecture will be released in early 2026, with xAI likely being the first to do so . This suggests a continued reliance on established chip designers for frontier model development in the immediate future.
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Regarding specific companies and competitive dynamics, Baker asserts that NVIDIA has the capability to develop its own model that is "pretty close to the frontier" whenever it chooses and is highly likely to become the world's dominant provider of open-source AI [9, 16]. This contrasts with his assessment of Meta, where he claims Mark Zuckerberg's January 2024 prediction of having the best-performing AI by 2025 was completely wrong . A key competitive differentiator appears to be proprietary data; Baker claims that both Cursor and Anthropic individually possess **more tokens of proprietary coding data** than exist on the public internet, creating a significant moat . The importance of non-public information extends to talent acquisition, with Baker citing Anthropic researchers who state that hiring is influenced by candidates' public discourse on platforms like X and Substack [1, 12].
This market structure, with a mix of public and private companies competing at every level of the technology stack, informs Baker's investment philosophy . He argues that a crossover investing approach combining public and private markets is paramount in the AI sector . He is skeptical of the venture capital model, stating that the operational value-add from many VC firms is "wildly overstated" and that there is more bad behavior in private markets than is commonly realized, citing FTX as an example [5, 6]. Ultimately, he believes the performance of any investment organization is driven by a core group of **two to ten key individuals**, and that the peak performance years for professional investors are between the ages of 50 and 70 [3, 4].
What the sources say
Points of agreement
- •The current AI trend is in the early stages of a 20 to 30-year cycle, analogous to the beginning of the internet era.
- •A crossover investment strategy that combines public and private markets is essential for the AI sector due to the mix of company types at every level of the tech stack.
- •NVIDIA is positioned for continued dominance, possessing the capability to develop its own frontier models and likely lead in open-source AI.
- •The private venture capital market has significant flaws, including overstated operational value-add and more bad behavior than is commonly realized.
Points of disagreement
- •While bullish on the long-term AI cycle, Baker identifies a current "rolling bubble" specifically in publicly-traded nuclear and quantum computing companies.
- •Baker is highly optimistic about NVIDIA's capabilities but states that other major tech companies like Meta and Microsoft have been "disappointing" in their custom chip development.
- •Baker directly refutes Mark Zuckerberg's January 2024 prediction that Meta would have the best-performing AI by 2025, asserting the claim was wrong.
Sources
Gavin Baker – Truth-Seeking and Crossover Investing at Atreides (EP.489)
Baker outlines his investment philosophy, viewing the AI trend as a multi-decade cycle that necessitates a crossover public-private approach while critiquing the VC industry.
The SpaceX IPO, Fable 5, AI Capex Update & Market Check w/ Gavin Baker, Andrew Fox & Clark Tang (BG2)
Baker provides market updates and predictions on AI inference revenue, NVIDIA's market position, proprietary data moats, and the end of the 'bottleneck' investment strategy.
Gavin Baker on Orbital Compute, TSMC, and Frontier Models
Baker presents his thesis that orbital compute will solve AI's long-term energy needs and discusses NVIDIA's capacity to build its own frontier AI models.
GPUs, TPUs, & The Economics of AI Explained | Gavin Baker Interview
Baker predicts the timeline for models trained on new NVIDIA hardware, identifies a "rolling bubble" in specific tech sectors, and refutes Meta's AI leadership claims.
Related questions
What is the projected timeline and economic model for orbital compute to become a viable solution to AI's energy needs, given its estimated $30 billion per gigawatt cost?
→If the investment strategy of 'finding the next bottleneck' in the semiconductor supply chain is over, what new theses are emerging for the next phase of AI hardware investment?
→How does the existence of massive proprietary coding datasets at companies like Cursor and Anthropic impact the competitive landscape for open-source AI models?
→What specific factors have led to disappointing custom ASIC development at Meta and Microsoft, and can they overcome these challenges?
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