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Give LLMs safe structured access to reverse-engineering snapshots for binary analysis.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "hopper-mcp" yet — see the docs or source repo.
Please inspect the function named sub_4012A0 in the Hopper snapshot, summarize its control flow, key branches, and likely purpose, and note any decryption, validation, or anti-debugging behavior.
A structured function analysis with flow summary, suspicious behavior assessment, and reverse-engineering notes.
Find all references to the string "license invalid" in the Hopper snapshot, explain which functions use it, and infer what validation logic those call sites may represent.
A list of string cross-references, related functions, and likely licensing-check semantics.
Using the Hopper snapshot, inspect functions related to network input handling, identify possible out-of-bounds writes, missing length checks, or dangerous API usage, and rank them by risk.
A risk-ranked list of potential vulnerabilities with supporting evidence and analysis for each finding.
Use natural language to drive IDA Pro and Ghidra for binary analysis.
Build, debug, and manage software tasks with natural language across LLMs.
Connect Ghidra with LLMs for automated binary analysis and decompilation.
Access HackerOne reports, programs, and scopes through AI clients.
Analyze disk images with AI through MCP for fast forensic investigation.
Route LLM requests across providers and orchestrate MCP tools with local privacy.