Binary Depth helps security vendors and product teams investigate protected software, Windows internals, drivers, kernel components, virtualization, malware, and evasion techniques.
Focused engagements for protected or undocumented software, Windows internals, and adversarial testing of security-sensitive products.
Analyze protected, obfuscated, packed, or undocumented Windows software. The work may include control-flow reconstruction, anti-analysis behavior, trust boundaries, and custom tooling.
Review Windows drivers, kernel components, privileged services, and user-to-kernel interfaces. Typical questions include unsafe IOCTLs, trust-boundary violations, and behavior under HVCI or WDAC.
Evaluate how a security-sensitive Windows product responds to local tampering, instrumentation, disabling attempts, and evasion.
Reverse engineer unfamiliar or hostile code and document its capabilities, persistence, protocols, indicators, and useful detection points.
Investigate hypervisor interfaces, privileged execution paths, memory behavior, and interactions between user mode, kernel mode, and virtualization layers.
Reverse engineer complex cheats and evasion techniques, document how they work, and identify practical detection and hardening options.
Binary Depth provides focused reverse engineering and security research for teams that need to understand a specific mechanism, failure, or evasion path. Findings include the evidence, limitations, and next steps needed for an engineering decision.
Relevant code paths, traces, artifacts, and test conditions are documented so findings can be checked.
The analysis follows the implementation far enough to explain how the behavior occurs, not only that it occurs.
Authorization, scope, and handling requirements are agreed before sensitive material is shared.
Each engagement starts with a specific technical question and an agreed scope. Work is reviewed in stages so priorities can change as evidence emerges.
Agree on the target, authorization, available artifacts, constraints, and the decision the research should support.
Trace the relevant execution paths, test hypotheses, and capture evidence the client team can reproduce.
Deliver the findings, limitations, recommended next steps, and any tooling agreed in scope. Close with a technical walkthrough.
01 The target is closed-source, protected, or undocumented.
02 The problem crosses user mode, kernel mode, or virtualization boundaries.
03 The internal team needs focused specialist research outside the scope of a standard assessment.
04 Findings must be reproducible and useful in an engineering decision.
Binary Depth is an independent practice focused on reverse engineering and low-level Windows security. The work draws on experience with protected software, complex anti-cheat and evasion systems, Windows internals, kernel components, and virtualization. Engagements require clear authorization and an agreed scope.
For an initial assessment, describe the target, the question, the artifacts available, the authorization in place, and any deadline. Sensitive technical details can be exchanged after confidentiality terms are agreed.