Privacy Red Team Engineer: Adversarial Risk Leader

Meta; Helena (MT); On-site; USD 184,000 - 257,000; Full time

Job summary

Meta is seeking a Privacy Engineer to join the Privacy Red Team, focusing on adversarial privacy assessments across Meta's family of apps and services. You will simulate real-world privacy attack scenarios and drive systemic improvements to privacy-protective systems.

This high-impact role requires partnering with product, legal, policy, and engineering teams to surface and remediate privacy vulnerabilities at scale.

Qualifications

• 8+ years of privacy engineering, security engineering, or related field with a focus on adversarial testing, vulnerability research, or privacy risk assessment.
• Experience designing and executing privacy or security red team assessments, including threat modeling and attack simulation.
• Ability to communicate technical privacy risk findings to engineering teams and non-technical leadership.
• Experience driving cross-functional remediation efforts and influencing product decisions through privacy risk analysis.
• Familiarity with regulatory obligations and internal privacy standards.

Responsibilities

• Design and execute adversarial privacy assessments across Meta's products and infrastructure.
• Develop and maintain a red team methodology and testing framework for privacy risks.
• Identify systemic privacy vulnerabilities and drive remediation with cross-functional partners.
• Lead scalable, repeatable red team processes and communicate findings to technical and leadership audiences.
• Drive long-term strategy for privacy red team operations and mentor engineers in adversarial testing.

Job description

Meta is seeking a Privacy Engineer to join the Privacy Red Team, focusing on adversarial privacy assessments across Meta's family of apps and services. You will simulate real-world privacy attack scenarios and drive systemic improvements to privacy-protective systems.

This high-impact role requires partnering with product, legal, policy, and engineering teams to surface and remediate privacy vulnerabilities at scale.