Senior Security Engineer, Offensive Security
Datadog · New York City, NY · Security
About this role
Datadog is hiring a senior-level Security Engineer based in New York City, NY. The posting calls out experience with Python, AWS, GCP, Azure. Compensation is listed at $195,000–$240,000 per year.
- Role
- Security Engineer
- Function
- security
- Level
- senior
- Track
- Individual contributor
- Employment
- Full-time
- Location
- New York City, NY
- Department
- Security
More roles at Datadog
Job description
from Datadog careersHere at Datadog, we think about offensive security a little bit differently. We embrace automation and AI to run adversary simulations continuously across a massive cloud-native environment, and we expect our offensive engineers to build the tooling that makes that possible. We're looking for a Senior Security Engineer who can execute sophisticated red team operations, write the code that scales them, and take an AI-first approach to offensive security engineering.
At Datadog, we place value in our office culture - the relationships and collaboration it builds, and the creativity it brings to the table. We operate as a hybrid workplace to ensure our Datadogs can create a work-life harmony that best fits them.
What You'll Do:
- Plan and execute red team engagements end-to-end, simulating real-world threat actors across cloud infrastructure (AWS, GCP), Kubernetes, CI/CD pipelines, and corporate environments
- Build and maintain custom offensive tooling, automation frameworks, and engagement infrastructure, treating offensive operations as a software engineering problem
- Develop custom payloads and evasion capabilities tailored to Datadog's environment and modern defensive controls (EDR, SIEM, network monitoring)
- Improve the efficiency of offensive operations through thoughtful use of automation and AI, accelerating reconnaissance, vulnerability analysis, and reporting workflows
- Partner with the Detection & Response team on purple team exercises to validate detection logic, improve alert fidelity, and influence threat models