An independent development collective conducting proactive reverse engineering, kernel-level defense benchmarking, and open-source heuristic anti-cheat framework architectures.
Building specialized engines to trace thread execution contexts and baseline anomalous user-to-kernel mode switches driven by clandestine injection payloads.
Designing custom memory-scanning heuristics optimized for tracking real-time API hooking (IAT/EAT tampering) without imposing significant processing bottlenecks.
Evaluating state-of-the-art multi-layered code virtualization techniques and dynamic memory integrity checks to establish highly resilient application barriers.
A lightweight CLI wrapper utilizing native Windows debugging APIs to detect hidden DLL sideloading anomalies inside untrusted user-mode application runtimes.
MIT LicenseAn easily shiftable C-style library crafted explicitly for indie development setups to dynamically audit critical memory page tables and trap inline hooks.
Apache 2.0Internal patch documentations and security review evaluations for proprietary sandboxed modules.
Deploying the initial draft of our open-source user-mode inline verification kit. Integrating Claude Code into the daily workflow for static AST validation.
Expanding defensive telemetry architectures into driver spaces (x64 Windows Kernels) to proactively isolate DKOM tampering attempts.