Were developing advanced cyber-defense technology that operates deep in the operating system where performance, reliability, and security converge. As part of our core R&D team, youll design and implement low-level components for Linux and Windows kernels, driving the intelligence behind our next-generation EDR/endpoint protection platform.
Youll work on complex OS internals, create innovative security hooks, and collaborate with researchers to transform detection ideas into real-world protection.
Responsibilities:
Design and develop Linux kernel modules/drivers (LSM/eBPF/net/FS/process monitoring).
Build high-performance, tamper-resistant agent components for large-scale endpoint deployment.
Own full development lifecycle: architecture, PoCs, implementation, testing, performance tuning, and deployment.
Investigate kernel crashes, performance regressions, and low-level bugs using tools like KGDB, and ftrace.
Collaborate closely with data scientists and security researchers to integrate detection logic and telemetry pipelines.
Participate in design and code reviews; mentor peers in systems programming best practices.
Requirements: 68 years of hands-on experience in low-level software development (C/C++).
Proven experience in kernel-mode development on Linux and/or Windows (drivers, modules, OS internals).
Strong understanding of processes, memory management, synchronization, I/O, and networking stacks.
Experience with kernel debugging, tracing, and performance optimization.
Security awareness writing safe, robust, and hardened code.
Fluent English; strong teamwork and communication skills.
Nice to Have:
Experience with eBPF, LSM, kernel tracing frameworks.
Prior work on EDR/AV agent architectures or endpoint telemetry systems.
Background in event collection, exploitation mitigation, malware detection, or linux security.
Contributions to open-source kernel projects.
This position is open to all candidates.