@jshookmcp/jshook
A search-first, profile-aware reverse-engineering workspace for AI agents.
Hook the page, capture the network, deobfuscate the bundle, disassemble the WASM, instrument the process — and let one MCP server keep the whole attack surface in reach without drowning the model in schemas.
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What makes jshook different
Most MCP servers for JS analysis expose a handful of hand-rolled tools or wrap a single browser engine. jshook is closer to an operating system for front-end reverse engineering — 36 self-discovered domains, a search-first meta-tool that keeps token cost under control, and runtime recovery that survives broken pages and dropped sessions:
- Search-first, profile-aware. The
searchprofile loads about 3K tokens of tool metadata; thefullprofile exposes all 735 tools at around 109K tokens (measured 2026-10-10 — this figure scales with the tool count, so re-measure it when the catalog grows). Agents move between them as the task grows —search→workflow→full— instead of drowning in schemas from the first turn. - Runtime recovery and session isolation. Streamable HTTP sessions restore activated domains, browser attach state, and coverage state after reconnects; per-client browser-side state stays isolated so two agents cannot trample each other's CDP sessions.
- Full-stack browser automation. Chromium and Camoufox via CDP with anti-detection, an explicit-input CAPTCHA solver (no built-in page/feature probing), a self-signed HTTPS interception CA on demand, and HTTP/2 frame building.
- Real reverse engineering, not string searches. WASM disassembly via wabt (
wasm2wat/wasm-decompile/wasm-objdump), Frida/Ghidra/IDA bridges, native FFI scanning, hardware breakpoints, PE introspection, GraphQL/Burp Suite proxy bridges, and AST transforms — not a single regex call wrapped as a tool.
