Senior AI-Driven Offensive Security Engineer (Remote)

Zoom; Lansing (MI); Hybrid; USD 124,000 - 271,000; Full time

Job summary

Zoom is seeking an experienced security researcher to bridge offensive security and applied AI. You will surface critical risks across Zoom’s products, applications, services, and infrastructure, guiding investigations with model-assisted methods and targeted exploitability analysis.

You will work with the Security Assurance teams, develop custom tooling, and communicate findings to engineers to drive remediation.

Qualifications

• 5+ years of hands-on vulnerability research, offensive security, application security, or penetration testing.
• Experience with AI-driven research processes and model-assisted exploit development.
• Strong programming and debugging skills, capable of reading unfamiliar code.

Responsibilities

• Leverage AI to conduct vulnerability research across Zoom's products, with focus on high-impact issues and confirmed exploitability.
• Use threat analysis and architecture knowledge to guide investigations across targets.
• Apply AI models and agents across the research lifecycle: reconnaissance, code analysis, hypothesis generation, exploit development, verification.
• Design and tune research harnesses to give models the right context, tools, and feedback.
• Develop custom tooling and proofs of concept to answer research questions when needed.
• Convert findings into defensible security evidence and verify fixes with engineering teams.
• Improve AI-driven research reliability by addressing false positives/negatives and reproducibility.
• Communicate findings to engineering and product security and support remediation.

Skills

Vulnerability research

Offensive security

Threat analysis

Programming

Communication

Job description

Zoom is seeking an experienced security researcher to bridge offensive security and applied AI. You will surface critical risks across Zoom’s products, applications, services, and infrastructure, guiding investigations with model-assisted methods and targeted exploitability analysis.

You will work with the Security Assurance teams, develop custom tooling, and communicate findings to engineers to drive remediation.