ih8sn1ff
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- AlicenseNot gradedqualityNot gradedmaintenanceEnables agents to reverse-engineer software across native binaries, managed code, Electron apps, websites, and live runtime behavior, returning findings linked to the evidence and limitations behind each conclusion. It also maintains a durable workspace where those behaviors can be inspected, questioned, compared against real execution, and exported as runnable handoffs.415,576 npmMIT
- AlicenseNot gradedqualityBmaintenanceEnables agents to inspect and reverse engineer native binaries, JavaScript/Electron applications, .NET assemblies, websites, and runtime behavior, returning evidence-backed findings that can be explained, implemented, or tested.415,576 npm2MIT
- FlicenseNot gradedqualityAmaintenanceServes 170 reverse-engineering tools over a local stdio MCP process, letting an agent drive disassembly, decompilation, and dynamic analysis through the engines already installed on the user's machine (Ghidra, Hopper, IDA, JEB, JADX, adb, mitmproxy, Chrome). Binaries never leave the host, and every finding comes back with an evidence contract covering evidence ids, capture tool, coverage, and explicit unknowns.-
- AlicenseNot gradedqualityAmaintenanceEnables agents to reverse engineer native binaries, JavaScript/Electron applications, .NET assemblies, web captures, EVM bytecode, and process behavior through a provider-neutral MCP interface. Every result is an evidence envelope stating what was observed, derived, unexamined, or unprovable, with all capabilities gated by a deterministic fail-closed policy engine.Apache 2.0
- AlicenseNot gradedqualityCmaintenanceEnables 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.1MIT
- FlicenseNot gradedqualityAmaintenanceEnables AI agents to import, disassemble, and debug binaries directly so they can perform cross-reference reasoning, rename stripped functions, and recover structure layouts during native reverse-engineering workflows. It integrates with offline ELF reconnaissance output to support symbol and struct recovery without opening the Ghidra GUI.-
TDQS
Scored across 35 tools
Each tool targets a distinct analysis action or resource, from static metadata (bin_info) to dynamic debugging (debug_*), decompilation (ghidra_*), and evidence journaling (evidence_*). Overlaps like yara_scan vs yara_pack are explicitly aliases, and the dump variants are scoped by context (run_and_dump, dump_process, debug_dump).
All names use snake_case, but the patterns vary: verb_noun (rebuild_pe), noun_noun (strings_scan), single words (disasm), and prefixed groups (debug_*, ghidra_*, dotnet_*). The grouping is consistent within subsystems, making the set readable despite not following one uniform convention.
With 35 tools, the set far exceeds the typical 3–15 range and crosses into heavy territory. While many tools have distinct purposes, several could be consolidated (e.g., debug operations into an action parameter, Ghidra operations into fewer endpoints), making the surface overwhelming.
The server covers a broad reverse-engineering lifecycle: static analysis, PE manipulation, dynamic debugging, decompilation, .NET, YARA, and evidence tracking. Minor gaps exist, such as no debug_attach for existing processes or a dedicated import table viewer, but agents can work around them with available tools.