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The two leading AI labs are acquiring compute at a faster rate than the rest of the world. Their share of new compute is projected to rise from 30% this year to over 50% by 2028, dramatically accelerating the concentration of AI power and capabilities.
The race for dominant large language models is over. OpenAI, Anthropic, Google, Meta, and potentially X are the winners. Their massive, ongoing spend on compute (up to $100B/year) creates an order-of-magnitude advantage that new entrants, even with billions in funding, cannot overcome.
Data reveals an extreme power law where model labs OpenAI and Anthropic capture nearly all AI startup revenue, and their share is growing. This indicates value is accruing to the foundational layer, posing an existential threat to the long-term viability of application-focused startups.
With frontier compute growing 4-5x and algorithmic efficiency improving 3x annually, the effective AI "labor" population inside a top lab is compounding at ~10x per year. This trajectory means a single company could soon command more work output than all of humanity combined, hyper-centralizing power.
Escalating compute requirements for frontier models are creating a new market dynamic where access to the best AI becomes restricted and expensive. This shifts power to the labs that control these models, creating a "seller's market" where they act as "kingmakers," granting massive competitive advantages to the highest corporate bidders.
Despite massive investment, the race to build advanced AI models is narrowing to just three serious US competitors: OpenAI, Anthropic, and Google. Competitors like Meta and Elon Musk's xAI are falling behind due to internal chaos and strategic resets, concentrating power among a few key players.
Despite a booming AI startup ecosystem, revenue is intensely concentrated. Foundational model providers OpenAI and Anthropic capture nearly 90% of the market, and their share is growing, squeezing out application-layer companies.
The value unlocked by frontier AI models is expanding so rapidly that there isn't enough hardware to meet demand. This scarcity ensures that not just the top lab (like OpenAI), but also second and third-tier competitors, will operate at full capacity with strong margins.
The current AI landscape mirrors the historic Windows-Intel duopoly. OpenAI is the new Microsoft, controlling the user-facing software layer, while NVIDIA acts as the new Intel, dominating essential chip infrastructure. This parallel suggests a long-term power concentration is forming.
As demand for AI far outpaces compute supply, costs will rise. Only labs with the most lucrative algorithms, like OpenAI and Anthropic, can afford it. They reinvest massive revenues into the next training run, creating a self-reinforcing loop that raises the barrier to entry for any potential competitor, solidifying their duopoly.
Rapid revenue growth at AI labs like Anthropic creates an urgent need for massive amounts of inference compute. For instance, Anthropic's projected $60 billion revenue increase implies a need for an additional 4 gigawatts of inference capacity within 10 months, separate from R&D training fleets.