Enables AI coding agents to inspect and reverse-engineer large binaries through bounded stdio JSON-RPC 2.0 tools for graph queries, SSA facts, path solving, runtime grounding, and mod scaffolding.
Enables agents to drive an end-to-end reverse-engineering loop on protected binaries: launch and dump live processes, rebuild memory images into file-aligned PEs with repaired imports, map Delphi RTTI methods, scan strings/entropy/xrefs, emulate code, and decompile through Ghidra or .NET. It also supports scripted live x64 and WOW64 debugging with breakpoints, registers, and module dumps exposed as callable tools.
Enables AI agents to inspect and instrument live Windows x64 processes through memory manipulation, AOB scanning, function detours, thread hijacking, C-to-shellcode compilation, window discovery, and screenshots, without DLL injection.
Enables AI agents to locally analyze and reverse engineer binaries through a compact 12-tool MCP interface for triage, function discovery, disassembly/decompilation, cross-references, strings/imports, call graphs, memory reads, annotations, and binary diffs.
Enables AI agents to dynamically observe and test running Windows x64 user-mode programs through Frida instrumentation, memory scanning, hardware watchpoints, Ghidra address mapping, in-process oracle calls, and Unicorn emulation diffs.
Enables AI coding agents to reverse engineer an operating system from its ISO and rebuild it component by component, exposing 39 tools over stdio for ISO fingerprinting, sandboxed QEMU VM lifecycle, PE analysis, API-surface dumps, syscall tracing, behavior diffs, component scaffolding, compat shims, app-compat testing, and knowledge-base search. It lets an agent survey a reference OS, generate clean-room specs and code, boot the rebuild, and test real applications against it.
