Software Engineer, Safeguards

Anthropic Anthropic · AI Frontier · San Francisco, CA · AI Research & Engineering

Software Engineer focused on building safety and oversight mechanisms for AI systems, including monitoring, misuse prevention, and abuse detection. The role involves developing systems to detect unwanted model behaviors, enforce policies, and build scalable defenses.

What you'd actually do

  1. Develop monitoring systems to detect unwanted behaviors from our API partners and potentially take automated enforcement actions; surface these in internal dashboards to analysts for manual review
  2. Build abuse detection mechanisms and infrastructure
  3. Surface abuse patterns to our research teams to harden models at the training stage
  4. Build robust and reliable multi-layered defenses for real-time improvement of safety mechanisms that work at scale

Skills

Required

  • Python
  • Typescript
  • ability to work across the stack
  • strong communication skills
  • ability to explain complex technical concepts to non-technical stakeholders

Nice to have

  • experience building trust and safety detection mechanisms and intervention for AI/ML systems
  • experience with prompt engineering
  • experience with jailbreak attacks
  • experience with other adversarial inputs
  • worked closely with operational teams to build custom internal tooling

What the JD emphasized

  • 5-10+ years of experience in a software engineering position, preferably with a focus on integrity, spam, fraud, or abuse detection and mitigation
  • Have experience building trust and safety detection mechanisms and intervention for AI/ML systems

Other signals

  • building systems to detect unwanted model behaviors
  • prevent disallowed use of models
  • apply technical skills to uphold principles of safety, transparency, and oversight
  • enforcing terms of service and acceptable use policies
  • develop monitoring systems to detect unwanted behaviors from API partners
  • take automated enforcement actions
  • build abuse detection mechanisms and infrastructure
  • surface abuse patterns to research teams to harden models at training stage
  • build robust and reliable multi-layered defenses for real-time improvement of safety mechanisms that work at scale