Senior Security Engineer

Microsoft Research is seeking a Senior Security Engineer to join their innovative team focused on building cutting-edge security tools and malware detection systems. This role is part of the team behind Microsoft's Acquire Volatile Memory for Linux (AVML), OneFuzz, Project Freta, and other security initiatives.

The position offers a unique opportunity to work with the latest foundation models and AI-powered reverse engineering tools, while contributing to high-trust discovery mechanisms in Azure. The team primarily works with the Rust programming language and emphasizes memory-safe security tooling, some of which is open-sourced.

As a Senior Security Engineer, you'll be involved in rapid prototyping, compatibility engineering, and developing new security capabilities. The role requires expertise in Python and preferably Rust, with a strong background in software development, cyber security, or related fields. Experience with reverse engineering, Windows security, and memory forensics is highly valued.

The position offers competitive compensation ranging from $117,200 to $229,200 per year (higher in SF and NYC areas), along with comprehensive benefits including healthcare, educational resources, and parental leave. The role is remote-friendly with a distributed team structure, offering up to 100% work from home capability.

This is an excellent opportunity for security professionals looking to advance their careers while working on cutting-edge security solutions that make a real difference for Microsoft's customers. The role combines technical expertise with innovation, allowing you to contribute to the development of next-generation security tools while working with a collaborative, globally distributed team.

Whether you're passionate about security, interested in AI applications in cybersecurity, or excited about developing in Rust, this role offers a chance to work on meaningful projects that enhance cloud security. The position involves hands-on work with real-world malicious software, automated reverse engineering, and the development of security tools that will shape the future of cloud security.