We are seeking a highly skilled and experienced Windows Malware Security Researcher to join our growing Windows malware research team of the Cortex XDR agent group. In this role, you will play a key part in enhancing our Endpoint Detection and Response (EDR) agent by prototyping new protection components and techniques and developing advanced malware prevention strategies. You will work on identifying, analyzing, and mitigating sophisticated threats, working closely with various teams to drive innovation. A deep understanding of the Windows operating system is essential.
Key Responsibilities:
Playing a pivotal role in shaping the future of our security solutions.
Enhance the effectiveness of our EDR product by designing cutting-edge protection components and developing sophisticated prevention rules.
Researching OS internals and how Windows works under the hood - leveraging this knowledge to develop and improve our anti-malware mechanisms and capabilities.
Research and lead novel protection ideas to production-grade level, serving as the feature subject matter expert.
Research new malware and APT mitigation techniques and develop corresponding capabilities (POC level), or improve existing mitigation capabilities.
Respond to malware-based security events at clients' networks.
Stay up to date with current malware and APT techniques.
Provide feedback to the product management team on new feature requests and product enhancements from our customer base.
Find new malware techniques and APT attacks, including analysis of caught-in-the-wild malware.
Operate independently end-to-end - from initial threat idea, through research and POC, to handing off a production-ready design to core agent engineering with clear specs, test cases, and edge-case analysis.
Be a team player who lifts others up - happy to jump in when a teammate is stuck on a tricky Windows internals or RE question, share what you've figured out, and generally make the people around you better.
Requirements: Required Qualifications
At least 5 years of experience in the cyber security research domain.
In-depth knowledge of Windows operating system internals (both user-mode and kernel-mode) - at least 3 years of hands-on research experience.
In-depth knowledge of C/C++, with hands-on development experience using C/C++ (Win32 API) in a Windows environment.
Experience with anti-RE techniques such as anti-debug, anti-VM, unpacking, etc.
Strong knowledge of the cyber threat landscape, including APTs (Advanced Persistent Threats) and modern malware techniques.
Strong dynamic analysis skills with hands-on experience using debuggers such as WinDbg, x64dbg, OllyDbg, or similar.
Strong static analysis skills with hands-on experience using disassemblers such as IDA Pro and Ghidra.
Proficiency in Python.
Knowledge of networking and internet protocols.
A major advantage to candidates with at least 2 years of experience in at least one of the following: EDR/XDR products, Windows kernel development, low-level security solution development, Windows exploitation, or vulnerability research.
Ability to work fully independently - own a research track from scoping to POC handoff with minimal supervision - while also collaborating effectively as part of a team.
Strong problem-solving skills with a passion for innovation, sharp attention to detail, and a bias for taking initiative on hard problems.
Comfortable working under pressure, juggling competing priorities, and delivering against tight deadlines.
This position is open to all candidates.