Skip to content
Search

Latest Stories

Follow Us:
Top Stories

True Confessions of an AI Flip Flopper

Opinion

True Confessions of an AI Flip Flopper
Ai technology, Artificial Intelligence. man using technology smart robot AI, artificial intelligence by enter command prompt for generates something, Futuristic technology transformation.
Getty Images - stock photo

A few years ago, I would have agreed with the argument that the most important AI regulatory issue is mitigating the low probability of catastrophic risks. Today, I’d think nearly the opposite. My primary concern is that we will fail to realize the already feasible and significant benefits of AI. What changed and why do I think my own evolution matters?

Discussion of my personal path from a more “safety” oriented perspective to one that some would label as an “accelerationist” view isn’t important because I, Kevin Frazier, have altered my views. The point of walking through my pivot is instead valuable because it may help those unsure of how to think about these critical issues navigate a complex and, increasingly, heated debate. By sharing my own change in thought, I hope others will feel welcomed to do two things: first, reject unproductive, static labels that are misaligned with a dynamic technology; and, second, adjust their own views in light of the wide variety of shifting variables at play when it comes to AI regulation. More generally, I believe that calling myself out for a so-called “flip-flop” may give others more leeway to do so without feeling like they’ve committed some wrong.


This discussion also matters because everyone should have a viewpoint on AI policy. This is no longer an issue that we can leave to San Francisco house parties and whispered conversations in the quiet car of an Acela train. I know that folks are tired of all the ink spilled about AI, all the podcasts that frame new model releases as the end of the world or the beginning of a utopian future, and all the speculation about whether AI will take your job today or tomorrow. It’s exhausting and, in many cases, not productive. Yet, absent more general participation in these debates, only a handful of people will shape how AI is developed and adopted across the country. You may be tired of it but you cannot opt out of knowing about AI and having a reasoned stance on its regulation.

Congress is actively considering a ten-year moratorium on a wide range of state AI regulation. So the stakes are set for an ongoing conversation about the nation’s medium-term approach to AI. I have come out in support of a federal-first approach to AI governance, preventing states from adopting the sort of AI strict safety measures I may have endorsed a few years back. So what gives? Why have I flipped?

First, I’ve learned more about the positive use cases of AI. For unsurprising reasons, media outlets that profit from sensationalistic headlines tend to focus on reports of AI bias, discrimination, and hallucinations. These stories draw clicks and align well with social media-induced techlash that’s still a driving force in technology governance conversations. Through attending Meta’s Open Source AI Summit, however, I realized that AI is already being deployed in highly sensitive and highly consequential contexts and delivering meaningful results. I learned about neurosurgeons leveraging AI tools to restore a paralyzed woman’s voice, material science researchers being able to make certain predictions 10,000 times faster thanks to AI, and conservation groups leaning on AI to improve deforestation tracking. If scaled, these sorts of use cases could positively transform society.

Second, I’ve thoroughly engaged with leading research on the importance of technological diffusion to national security and economic prosperity. In short, as outlined by Jeffrey Ding, and others, the country that dominates a certain technological era is not the one that innovates first but rather the one that spreads the technology across society first. The latter country is better able to economically, politically, and culturally adjust to the chaos introduced by massive jumps in technology. Those who insist on a negative framing of AI threaten to undermine AI adoption by the American public.

Third, I’ve spent some time questioning the historical role of lawyers in stifling progress. As noted by Ezra Klein, Derek Thompson, and others across the ideological spectrum who have embraced some version of the Abundance agenda, lawyers erected much of the bureaucratic barriers that have prevented us from building housing, completing public transit projects, and otherwise responding to public concerns in the 21st Century. Many of the safety-focused policy proposals being evaluated at the state and federal levels threaten to do the same with respect to AI—these lawyer-subsidization bills set vague “reasonableness” standards, mandate annual audits, and, more generally, increase the need for lawyers to litigate and adjudicate whether a certain model adheres to each state’s interpretation of “responsible” AI development.

Adherents to that safety perspective will rightly point out that I'm downplaying legitimate concerns about extreme AI risks. They might remind me that though they too acknowledge catastrophic scenarios have low probabilities, they nevertheless warrant substantial regulatory intervention because of the magnitude of the potential harm. This is the classic precautionary principle argument: when the potential downside is civilization-ending, shouldn't we err on the side of caution?

I continue to acknowledge this concern but believe it misunderstands both the nature of risk and the trade-offs we face. The “low probability, high impact” framing obscures the fact that many proposed AI safety regulations would impose certain, immediate costs on society while addressing speculative future harms. We're not comparing a small chance of catastrophe against no cost—we're comparing it against the guaranteed opportunity costs of delayed medical breakthroughs, slowed scientific research, and reduced economic productivity. When a child dies from a disease that could have been cured with AI-accelerated drug discovery, that’s not a hypothetical cost. It's a real consequence of regulatory delay.

My evolution reflects not an abandonment of caution but a more holistic understanding of where the real risks lie. The greatest threat isn't that AI will develop too quickly but that beneficial AI will develop too slowly—or in the wrong places, under the wrong governance structures.


Kevin Frazier is an AI Innovation and Law Fellow at Texas Law and Author of the Appleseed AI substack.


Read More

America's New and Dangerous Gilded Age

A NASA logo is displayed at the entrance to the Mary W. Jackson NASA Headquarters building on May 30, 2026, in Washington, DC.

(Photo by Kevin Carter/Getty Images)

America's New and Dangerous Gilded Age

As part of a collaboration between The Fulcrum's NextGen initiative and Made By Us, The Fulcrum is publishing Letters to America, a series created through the Youth250 project that invites Gen Z to reflect on the nation’s past, present, and future as the United States approaches its 250th anniversary.

On June 4, 1876, on the eve of our Nation’s centennial, the Transcontinental Express completed its inaugural voyage across America’s newly constructed coast-to-coast railroad, traveling from the Atlantic to the Pacific in just 83 hours. This milestone marked the end of the Railroad Race and the beginning of the Gilded Age, epitomized by its rail barons and drastic wealth disparity.

Keep ReadingShow less
ICE agents wearing gear that reads, "POLICE ICE." Their faces are covered, they are wearing helmets, and one of them is holding a weapon.

ICE agents stand guard in front of protesters outside the federal immigration center at Delaney Hall in Newark, where ICE is housing detained immigrants on May 26, 2026 in Newark, New Jersey.

Spencer Platt / Getty Images

Your Face Is in a Federal Database and ICE Put It There

Last week, while the world watched JD Vance fly to Switzerland to negotiate an Iran deal, a quieter document surfaced from inside the Department of Homeland Security that may matter more to the daily lives of Americans than anything that happened at Lake Lucerne. A DHS Privacy Threshold Analysis, obtained and reported by NPR, outlines plans to give approximately 1,300 local police forces access to the same facial recognition technology that federal ICE agents currently use in the field. The app is called the ICE Task Force Module. It allows an officer to photograph any person they stop, run the image against federal databases, and receive an identity match in seconds. Every photograph taken is stored in a DHS system for fifteen years. The document states plainly that this surveillance will sweep up American citizens. The DHS knows this. It is proceeding anyway.

This is not an immigration story. It is a surveillance infrastructure story, and the distinction is the most important thing to understand about what is being built.

Keep ReadingShow less
America’s Data Crisis: Restoring Trust in the Facts That Unite Us
a close up of a window with a building in the background

America’s Data Crisis: Restoring Trust in the Facts That Unite Us

At a moment when Americans can’t even agree on the basic facts that mold our public life, the nation faces a deeper crisis than polarization alone. We are living through a collapse of shared reality. When people lose confidence in the numbers, surveys, and official information that once anchored civic debate, democracy itself begins to drift. Trustworthy government data isn’t a technical issue — it is core infrastructure that holds a self‑governing society together. And right now, that infrastructure is under strain.

The public has lost trust in government information on many levels and across the political spectrum. To restore that trust, we need to address the challenges facing government data — including low survey response rates, data protection concerns, and outdated or flawed statistical methods.

Keep ReadingShow less