Skip to content
Search

Latest Stories

Follow Us:
Top Stories

AI Is Here. Our Laws Are Stuck in the Past.

Opinion

Closeup of Software engineering team engaged in problem-solving and code analysis

Closeup of Software engineering team engaged in problem-solving and code analysis.

Getty Images, MTStock Studio

Artificial intelligence (AI) promises a future once confined to science fiction: personalized medicine accounting for your specific condition, accelerated scientific discovery addressing the most difficult challenges, and reimagined public education designed around AI tutors suited to each student's learning style. We see glimpses of this potential on a daily basis. Yet, as AI capabilities surge forward at exponential speed, the laws and regulations meant to guide them remain anchored in the twentieth century (if not the nineteenth or eighteenth!). This isn't just inefficient; it's dangerously reckless.

For too long, our approach to governing new technologies, including AI, has been one of cautious incrementalism—trying to fit revolutionary tools into outdated frameworks. We debate how century-old privacy torts apply to vast AI training datasets, how liability rules designed for factory machines might cover autonomous systems, or how copyright law conceived for human authors handles AI-generated creations. We tinker around the edges, applying digital patches to analog laws.


This constant patching creates what we might call "legal tech debt." Imagine trying to run sophisticated AI software on a computer from the 1980s—it might technically boot up, but it will be slow, prone to crashing, and incapable of performing its intended function. Similarly, forcing AI into legal structures designed for a different technological era means we stifle its potential benefits while failing to adequately manage its risks. Outdated privacy rules hinder the development of AI for public good projects; ambiguous liability standards chill innovation in critical sectors; fragmented regulations create uncertainty and inefficiency.

Allowing this legal tech debt to accumulate isn't just about missed opportunities; It breeds public distrust when laws seem irrelevant to lived reality. It invites policy chaos, as seen with the frantic, often ineffective, attempts to regulate social media after years of neglect. It risks a future where transformative technology evolves haphazardly, governed by stopgap measures and reactive panic rather than thoughtful design. With AI, the stakes are simply too high for such recklessness.

We need a fundamentally different approach. Instead of incremental tinkering, we need bold, systemic change. We need to be willing to leapfrog—to bypass outdated frameworks and design legal and regulatory systems specifically for the age of AI.

What does this leapfrog approach look like? It requires three key shifts in thinking:

First, we must look ahead. Policymakers and experts need to engage seriously with plausible future scenarios for AI development, learning from the forecasting methods used by technologists. This isn’t about predicting the future with certainty but about understanding the range of possibilities—from accelerating breakthroughs to unexpected plateaus—and anticipating the legal pressures and opportunities each might create. We need to proactively identify which parts of our legal infrastructure are most likely to buckle under the strain of advanced AI.

Second, we must embrace fundamental redesign. Armed with foresight, we must be willing to propose and implement wholesale reforms, not just minor rule changes. If AI requires vast datasets for public benefit, perhaps we need entirely new data governance structures—like secure, publicly accountable data trusts or commons—rather than just carving out exceptions to FERPA or HIPAA. If AI can personalize education, perhaps we need to rethink rigid grade-based structures and accreditation standards, not just approve AI tutors within the old system. This requires political courage and a willingness to question long-held assumptions about how legal systems should operate.

Third, we must build in adaptability. Given the inherent uncertainty of AI’s trajectory, any new legal framework must be dynamic, not static. We need laws designed to evolve. This means incorporating mechanisms like mandatory periodic reviews tied to real-world outcomes, sunset clauses that force reconsideration of rules, specialized bodies empowered to update technical standards quickly, and even using AI itself to help monitor the effectiveness and impacts of regulations in real-time. We need systems that learn and adapt, preventing the accumulation of new tech debt.

Making this shift won't be easy. It demands a new level of ambition from our policymakers, a greater willingness among legal experts to think beyond established doctrines, and broader public engagement on the fundamental choices AI presents. But the alternative—continuing to muddle through with incremental fixes—is far riskier. It’s a path toward unrealized potential, unmanaged risks, and a future where technology outpaces our ability to govern it wisely.

AI offers incredible possibilities but realizing them requires more than just brilliant code. It requires an equally ambitious upgrade to our legal and regulatory operating system. It’s time to stop patching the past and start designing the future. It’s time to leapfrog.

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


Read More

 In an aerial view, the Stargate Oracle AI data center campus.

In an aerial view, the Stargate Oracle AI data center campus is seen on August 26, 2026 in Abilene, Texas

Brandon Bell/Getty Images

Is AI Worth the Cost to Communities?

Picture a family living on a quiet street in an idyllic small town. Then a data center moves in next door. Trees are knocked down for a sprawling industrial campus, an enormous windowless building rises, and a maddening hum continues day and night. The family closes its windows, abandons the backyard, and struggles to sleep. Open space disappears, electric bills rise, and the company announces plans to expand—all in the name of jobs, tax revenue, and so-called progress.

While the family is fictional, its experience is not. Across the country, communities are confronting noise, rising electricity demand, water consumption, lost open space, and data centers approved with little public discussion. These costs raise a question the technology industry would rather avoid: Are the promised benefits of the artificial-intelligence boom worth what communities are being asked to sacrifice?

Keep ReadingShow less
aerial view of an AI data center.

In an aerial view, the Stargate Oracle AI data center campus is seen on August 26, 2026 in Abilene, Texas. The Stargate Oracle AI data center will span roughly 4 million square feet and will be operated by Oracle for OpenAI. The facility is the first Stargate site to go live and is expected to be fully completed by the end of 2026.

Brandon Bell/Getty Images

Why Communities Nationwide Are Halting AI Data Centers

More Americans of all political stripes are growing anxious over the impacts of artificial intelligence (AI) and digital technologies, and a popular backlash is brewing. At university graduations, commencement speakers who have cited the alleged benefits of AI have been met with resounding boos from graduates who feel AI has displaced them from jobs. With no federal law regulating AI, all 50 state governments have proposed measures to regulate everything from employment algorithms to deepfakes to child safety.

Lately, the strongest protest has emerged in America's heartland, with one issue fueling local opposition: the rapid proliferation of massive data centers used for cloud storage and artificial intelligence computations. Across America, more than 4,400 data centers currently exist, and a University of Michigan report found that just one center can consume as much electricity as 2,000 homes. They also use large amounts of water for cooling, with a typical data center using 300,000 gallons of water each day (about the same as 1,000 households). But very large data centers can use an estimated 5 million gallons of water each day, which is similar to the daily usage of a town with 10,000 to 50,000 residents.

Keep ReadingShow less
Back view of crop anonymous female talking to a chatbot of computer while sitting at home

AI chatbots and online therapy promise easier mental health care, but technology may be eroding the boundaries, privacy and human connection that make psychotherapy effective.

David Espejo/Getty Images

Big Tech’s Solutions to Mental Health Bring Bigger Problems

While America is suffering a mental health crisis, the good news is that tens of millions of people are getting help. In 2023, 60 million adults reported having sought counseling or treatment in the previous year, and the numbers continue to rise.

Psychotherapy works because of what’s known as the therapeutic frame, a set of boundaries that create safety and structure for patients and clinicians. Sessions last 50 minutes. Fees are agreed upon prior to the start of treatment. The therapist remains neutral, shares little of their personal life, and holds confidentiality sacred.

Keep ReadingShow less
A New Standard for Ethical Immigration Reporting
people holding flag of U.S.A miniature
Photo by Frank Kastle on Unsplash

A New Standard for Ethical Immigration Reporting

Seven months ago, I attended the first day of my Reporting on Race class at USC. Taught by journalist and immigration reporting expert Jean Guerrero, the course offered growth I hadn’t yet imagined, showing me how much I could evolve as a journalist in just one semester.

For the next five months, I researched and reported on an immigration story of my choosing. I wrote about how educators in Los Angeles protect and advocate for students and communities living in fear of ICE deportations. These educators organized community street patrols to keep their neighborhoods safe. Finding sources and producing the final draft took months, but it was one of the most rewarding experiences of my journalism studies so far.

Keep ReadingShow less