OpenAI doubles bio jailbreak bounty to $50K
Researchers can earn $50K for universal biosecurity jailbreaks against GPT-5.6...
OpenAI has doubled the top reward in its Bio Bounty Program to $50,000 for researchers who can craft a reusable jailbreak against its biological safety safeguards. The program initially targets GPT-5.6, with GPT-5.5 remaining in scope until July 27, 2026. This initiative aims to stress-test biosecurity controls before enterprises deploy advanced models in sensitive research environments. Participation is restricted: applicants must submit their credentials, sign an NDA, and use OpenAI’s bounty platform. Accepted researchers gain access to a predefined biosafety challenge where a single prompt must bypass safeguards to answer five biosecurity questions without triggering moderation.
OpenAI’s move follows earlier vulnerabilities, including a UK AI Security Institute test where a universal jailbreak produced policy-violating responses in six hours. While that test focused on cybersecurity, OpenAI’s program specifically targets biological safety gaps. The company’s system card for GPT-5.5 noted that sustained expert jailbreaking revealed model-level biological safety failures during predeployment testing, though safeguards blocked verified high-severity attempts. For enterprises, this underscores the need to treat vendor safeguards as one layer of protection—complemented by least-privilege controls, audit trails, and human review—especially as AI systems gain access to critical business tools.
- OpenAI’s Bio Bounty Program offers up to $50K for universal biosecurity jailbreaks against GPT-5.6 (GPT-5.5 included until July 2026).
- Participants must pass a selective application process, sign an NDA, and use OpenAI’s bounty platform to test predefined biosafety challenges.
- A UK AI Security Institute test previously demonstrated a universal jailbreak in six hours, highlighting the need for robust enterprise safeguards alongside vendor controls.
Why It Matters
This bounty program pressures OpenAI to harden biosecurity safeguards, critical for enterprises handling sensitive biological research or deploying AI in regulated environments.