A responsible, iterative approach to AI regulation begins not with new frameworks, but by auditing existing laws. Domain experts should update current rules for professions like medicine or finance to ensure they explicitly cover actions performed by or with AI, addressing immediate gaps without stifling future innovation.

Regulating technology based on anticipating *potential* future harms, rather than known ones, is a dangerous path. This 'precautionary principle,' common in Europe, stifles breakthrough innovation. If applied historically, it would have blocked transformative technologies like the automobile or even nuclear power, which has a better safety record than oil.

Calls to regulate AI based on speculative futures like Artificial General Intelligence (AGI) are a flawed basis for policy. These predictions have a poor track record and are often self-serving arguments used by incumbents to justify regulations that entrench their market position today.

Policymakers confront an 'evidence dilemma': act early on potential AI harms with incomplete data, risking ineffective policy, or wait for conclusive evidence, leaving society vulnerable. This tension highlights the difficulty of governing rapidly advancing technology where impacts lag behind capabilities.

A16z argues we are in the "Wright Brothers moment" of AI. Regulating foundational models now—which are essentially just math—would stifle fundamental discovery, akin to trying to regulate flight experiments before airplanes existed. The focus should be on application-level harms, not the underlying technology development.

The debate over AI regulation often gets bogged down in technical complexity. A simpler, powerful argument is that nearly every other impactful technology—from cars and planes to food and medicine—requires pre-market safety validation. AI, with its greater potential risks, should be no different.

The 'precautionary principle,' or regulating before harm occurs, is a bureaucratic trap. It provides justification for regulators to act on speculation, which constrains the solution space and stifles the experimentation needed for a technology to reach its full potential.

Major technological shifts like electricity, cars, and nuclear power all created significant new risks. In each case, the market developed standards and insurance to build confidence and drive adoption long before government regulation was established. AIUC is applying this historical blueprint to AI.

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.