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Delaying public model releases isn't a real solution for pacing AI development. The critical risk lies in a lab using its most advanced, unreleased models to accelerate internal R&D, potentially leading to a private "singularity." Meaningful pacing must limit the resources dedicated to this internal recursive loop.

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Government-mandated delays on public AI model releases, framed as a safety measure, do not slow internal development at major labs. This policy inadvertently creates a growing disparity between the powerful tools labs possess and what is available to the public, potentially making the AI ecosystem less safe and equitable.

To avoid a surprise intelligence explosion, Ajeya Cotra argues for transparency measures beyond model release cards. Labs should report internal metrics on a fixed cadence, like how AI is accelerating their own R&D or passing internal benchmarks, as this provides a crucial early warning of dangerous capability jumps.

Previously, labs like OpenAI would use models like GPT-4 internally long before public release. Now, the competitive landscape forces them to release new capabilities almost immediately, reducing the internal-to-external lead time from many months to just one or two.

As the capability gap between internal and public models widens, the most critical decisions about safety will be made pre-release. This internal frontier lacks a governance framework, as current regulations are only triggered by public deployment.

Top AI labs like Anthropic publicly state that slowing down AI development would benefit society. However, they are caught in a strategic trap: a unilateral pause is unviable. Without a global agreement, any lab that pauses simply allows less cautious competitors to seize the lead, potentially making the ecosystem less safe.

Leaders at top AI labs publicly state that the pace of AI development is reckless. However, they feel unable to slow down due to a classic game theory dilemma: if one lab pauses for safety, others will race ahead, leaving the cautious player behind.

Major AI labs will abandon monolithic, highly anticipated model releases for a continuous stream of smaller, iterative updates. This de-risks launches and manages public expectations, a lesson learned from the negative sentiment around GPT-5's single, high-stakes release.

The default assumption is that slowing innovation is inherently bad. With a technology as potent as AI, a deliberate slowdown is a feature, providing critical time to understand the systems, manage disruptions, and build governance structures before irreversible consequences occur. A true halt is not the alternative.

Slowing public releases of AI models for government review may not slow overall progress. This creates a scenario where labs advance internally for months, giving government agencies exclusive access while delaying public commercialization and the next cycle of investment.

Calls to slow AI development aren't just regulatory capture. Didi Das notes that researchers at top labs are exposed to models far more advanced than the public sees, and many are "genuinely scared" by their capabilities, independent of financial incentives. This fear stems from direct, privileged access to future technology.