Hard Fork
At the Pentagon, OpenAI is In and Anthropic Is Out
Kevin Roose & Casey Newton
1 Mar 2026
14 min read
41m
TL;DR
Anthropic refused the Pentagon's demands to drop safeguards against mass domestic surveillance and autonomous weapons, leading to threats of a supply chain risk designation. Within hours, OpenAI signed a deal claiming identical protections—but the language suggests OpenAI may have agreed to looser constraints using legal workarounds, raising questions about whether one company was punished for ideology while the other got preferential treatment.
Hard Fork is a podcast from The New York Times that breaks down the biggest news in tech and AI. Kevin Roose and Casey Newton dive deep into complex stories like Pentagon contracts, corporate governance, and the intersection of technology and government power.
Takeaways
1
The legal/illegal distinction obscures real surveillance Anthropic's refusal to accept an 'all lawful use' clause reveals a crucial gap: mass surveillance of Americans via data brokers is technically legal, so legal language won't prevent it. Without new privacy laws, AI safeguards are cosmetic. The Pentagon can buy data on millions of Americans and feed it to AI without violating any statute.
2
Political vendetta or substantive disagreement? The core mystery is whether OpenAI agreed to materially weaker terms using legalese, or if both companies agreed to identical protections and Anthropic was punished for ideology and personality conflicts. Without seeing the actual contracts, no one—including employees—can verify if these safeguards are real or security theater.
3
Regulatory capture through political pressure OpenAI gained a Pentagon contract by accepting the government's terms; Anthropic was threatened with supply chain risk designation for refusing. This creates a chilling effect: any AI company that wants government work must comply with whatever the current administration demands, regardless of ethical concerns. Employee activism and public pressure may be the only remaining accountability mechanism.