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Contrary to the belief that 'pacing the frontier' is a ploy to protect a duopoly, it could actually compress margins. A slowdown allows competitors like DeepMind, Grok, and others to catch up to OpenAI and Anthropic, transforming the market into an oligopoly with increased price competition, which is ultimately worse for the leaders' business.
OpenAI and Anthropic form a powerful duopoly at the "frontier" of AI, commanding premium prices like Apple. A second, commoditized tier of open-source and lagging models exists, where value is captured through compute and services, not the model itself. This creates a clear market separation between premium and "good enough" AI.
Contrary to the regulatory capture theory, slowing down may harm OpenAI and Anthropic's business. It could compress their margins and allow competitors like DeepMind and Grok to catch up to the "frontier," creating a more competitive oligopoly rather than preserving a duopoly.
Top AI labs like OpenAI and Anthropic engage in a 'Cournot Equilibrium' by competing on the supply of compute and data centers, not by undercutting each other on price. This strategy aims to create high barriers to entry and maintain high prices for access to frontier models.
Frontier AI labs like OpenAI and Anthropic are not genuinely planning to slow development. Their public calls for regulation serve strategic purposes: virtue signaling, legal cover (CYA), and most importantly, 'monopoly masking'—pretending the market is more competitive than it is to avoid antitrust scrutiny of their emerging duopoly.
The current oligopolistic 'Cournot' state of AI labs will eventually shift to 'Bertrand' competition, where labs compete more on price. This happens once the frontier commoditizes and models become 'good enough,' leading to a market structure similar to today's cloud providers like AWS and GCP.
By considering drastic price cuts to compete with Anthropic, OpenAI risks devaluing its position as a 'luxury' frontier model provider. This move could commoditize the market, hurting long-term profitability and making it harder to compete against lower-cost alternatives.
A two-year constraint on high-bandwidth memory (HBM) prevents any single AI lab from buying enough compute to pull significantly ahead. This enforces a temporary parity among giants like OpenAI, Google, and Anthropic, creating a short-term oligopoly.
The AI development frontier is not set by the leader (OpenAI), but by the second and third-place competitors. A leader with a significant compute advantage is willing to pace development, but is forced to accelerate and release next-gen models only when challengers like Meta or Anthropic threaten to close the gap.
Major AI labs operate as an oligopoly, competing on the quantity of supply (compute, GPUs) rather than price. This dynamic, known as a Cournot equilibrium, keeps costs for frontier model access high as labs strategically predict and counter each other's investments.
Contrary to the 'winner-takes-all' narrative, the rapid pace of innovation in AI is leading to a different outcome. As rival labs quickly match or exceed each other's model capabilities, the underlying Large Language Models (LLMs) risk becoming commodities, making it difficult for any single player to justify stratospheric valuations long-term.