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Instead of debating pre-release regulatory review, Zuckerberg proposes giving government continuous access to intermediate AI training checkpoints. This allows security agencies to harden systems against emerging threats in parallel with development, eliminating the need for release-delaying reviews and balancing security with innovation speed.
The US government's intervention in Anthropic's model release has established a new regulatory playbook that OpenAI is now preemptively adopting. This signals a shift toward government-gated AI deployment, where companies seek federal approval before releasing powerful new models to a select group of trusted partners.
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.
The traditional government model of setting a regulation and waiting years to assess it is obsolete for AI. A new approach is needed: a dynamic board of government, industry, and academic leaders collaborating to make and update rules in real-time.
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.
The Trump administration's consideration of an FDA-like review process for new AI models signals a trend towards "soft nationalization." This involves government agencies partnering with and overseeing top AI labs to mitigate catastrophic risks and maintain a national security advantage.
Instead of releasing new AI models to everyone simultaneously, a better strategy is providing early, privileged access to trusted defenders like vaccine developers. This allows them to build countermeasures and create a 'defensive uplift' advantage before malicious actors can exploit new capabilities.
Current AI safety proposals assume a static model is trained once and then deployed. However, models that learn continuously will require a new regulatory paradigm, such as recurring monthly or quarterly risk inspections, as one-time pre-deployment checks will become meaningless.
A new executive order proposes a 90-day government review period before new AI models can be released. This lengthy delay poses a significant threat to the AI industry's core competitive advantage: its breakneck speed of innovation and iteration. Such a slowdown could fundamentally alter the release cadence and competitive dynamics among the major labs.
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.
The popular idea of a government 'sign-off' before an AI model's release is based on a false premise. Risk isn't a one-time event at launch; it's continuous, existing during model development, internal use, and post-release updates. Effective oversight must reflect this ongoing reality.