You will be hands-on in both leadership and development, guiding technical direction, mentoring engineers, and contributing code across kernel-mode and user-mode components.
The Impact You Will Have
Lead the design, development, and deployment of production-grade offensive capabilities targeting Windows systems
Develop low-level Windows components including kernel-mode code, user-mode loaders, and OS-level evasion mechanisms
Implement Python bindings to connect native low-level components with Python-based research tools and automation
Debug complex issues in both kernel and user space using tools such as WinDBG and KD
Research and develop bypass techniques for modern Windows security controls
Collaborate with the Research Team and other R&D stakeholders to implement and refine offensive concepts
Provide technical mentorship and drive engineering best practices within the team
5+ years of hands-on experience in Windows Internals or kernel-mode development using C and C++
3+ years of Python experience, especially for integrating with native modules and supporting research workflows
Experience developing stealthy and evasive attack components, including in-memory execution and user/kernel-mode tooling
Proficient in Windows debugging using WinDBG, KD, and similar tools
Deep knowledge of Windows APIs, security controls, and undocumented behaviors relevant to offensive security
Familiarity with EDR evasion, API hooking, and direct system call manipulation
