Deep Security Research
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Low-Level and Research-Heavy Security Work
Some targets require going deeper than standard assessment workflows. Our team performs low-level, research-intensive security work: kernel vulnerability research, custom fuzzer development, reverse engineering of undocumented protocols, and analysis of systems where no off-the-shelf tooling applies.
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.
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 & 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.
Get Started
Have a target that needs deep technical analysis?
Talk to LucidBit Labs about the system, scope, and what you need assessed.