Unique Cyber Security Challenges
We tackle the hardest problems in security. Our team thrives where others stop—solving low-level, technical challenges beyond the reach of conventional testing. Whether it’s uncovering kernel vulnerabilities, engineering custom fuzzers, or reverse engineering undocumented protocols, we deliver answers for open-ended, high-stakes problems with no off-the-shelf solutions.
Kernel & driver vulnerability research
Custom tooling, targeted fuzzing, and root-cause analysis for Linux, Android, and embedded kernels.
Exploit development & variant analysis
Weaponization of vulnerabilities (RCE, LPE, sandbox escapes), plus discovery of variants and bypasses.
Trusted Execution Environment (TEE) & Secure Element research
Reverse engineering of TEE-based systems (TrustZone, OP-TEE, proprietary firmware), side-channel analysis, and privilege boundary mapping.
Custom fuzzers & harnesses
Purpose-built fuzzers for exotic inputs, edge-case APIs, or proprietary protocols—integrated into CI or used for burn-in testing.
Low-level systems development & instrumentation
Kernel modules, syscall wrappers, inline hooks, emulators, and in-memory patching for advanced debugging and introspection.
Firmware & binary reverse engineering
Static and dynamic RE for embedded systems, IoT devices, bootloaders, and UEFI environments.
Ready to Secure Your Systems?
Let's discuss how our cybersecurity expertise can help protect your organization from advanced threats.