Safeguards Enforcement Analyst, Chem & Explosives HarmsActive$245K

The opportunity

As an Enforcement Analyst focused on Chem & Explosives Harms, you will play a critical role in protecting against the misuse of AI systems for chemical and explosives harms. You will enforce our Usage Policy with a specific focus on detecting and mitigating these risks,…

What you'll do

  • Enforce Usage Policies with a specific focus on detecting and mitigating: potential chemical and explosives risks and harmful use of AI systems.

  • Take ownership of enforcement monitoring workflows for the chemical and: explosives harm area, improving end-to-end detection, investigation, triage, and escalation processes.

  • Monitor and analyze platform activity to identify emerging patterns related: to chemical and explosives threats (within the broader CBRNE landscape) that may require policy updates or enforcement action.

  • Design and architect automated enforcement systems and review workflows that: scale effectively while maintaining high accuracy across a technically complex content surface.

  • Conduct thorough investigations of potential violations, gathering and: documenting evidence to support enforcement decisions.

  • Proactively surface trends and propose improvements to detection methods and: review workflows without waiting to be directed.

What they're looking for

  • Subject matter expertise in chemical and explosives defense, security,: WMD/CBRNE non-proliferation, or threat-intelligence.
  • An understanding of where real-world chemical and explosives risk actually: lies — adversary intent, acquisition and weaponization pathways, and dual-use concerns, including familiarity with cross-platform threat analysis and open-source intelligence (OSINT) techniques relevant to weapons of mass destruction.
  • Proficiency in SQL and/or other data analysis tools to draw insights from: large datasets and monitor enforcement workflow health.
  • Familiarity with the Chemical Weapons Convention (CWC), scheduled chemicals,: precursor controls, and energetic-materials safety frameworks.