Devirtualize the unintelligible
Dynamic instrumentation + symbolic lifting + AI heuristics to reclaim logic from protected binaries.
Technical Overview
Dynamic Instrumentation
Instrument binaries with Intel PIN or DynamoRIO to capture runtime traces. Record every instruction executed, including VM bytecode interpretations.
Symbolic Lifting
Use symbolic engines (Triton / Z3) to lift execution semantics to intermediate representation. Convert complex VM operations into analyzable IR.
VM Handler Identification
Identify VM dispatchers and bytecode handlers automatically. Reconstruct control flow in SSA form for further analysis.
Decryption & Analysis
Dump and re-analyze decrypted regions. Extract original logic from layers of obfuscation and encryption.
PIN/DynamoRIO → Raw Trace
Triton → IR (SSA Form)
Pattern DB → Handler Semantics
IR → Decompiled Logic
Idealized Capabilities Note
Some VM protections remain research-grade challenges. The engine uses best-practice techniques and an "ideal mode" for deep analysis. Results vary based on protection complexity, and some binaries may require manual intervention or remain partially analyzed. We're transparent about capabilities and limitations.
Analysis Capabilities
VMProtect
Handler tracing and partial lifting for common VMProtect patterns. Research-grade support.
Themida/WinLicense
Anti-debug bypass and mutation analysis. Best results on older versions.
Custom VMs
Heuristic-based handler detection for cheat-specific virtual machines.
Code Mutation
Pattern matching and normalization for mutated instruction sequences.
Control Flow Flattening
Dispatcher identification and state machine reconstruction.
Opaque Predicates
Symbolic execution to prove and eliminate dead branches.
Enterprise Feature
VM Deobfuscation Engine is available to Enterprise customers with dedicated support and custom analysis.