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Provide reverse-engineering and deobfuscation tools for LLM agents.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "styx-mcp" yet — see the docs or source repo.
Use styx-mcp to run strings on this binary and group the results into visible text, URLs, paths, and suspicious identifiers.
A categorized list of extracted strings to quickly identify behavioral clues in the program.
Use styx-mcp to disassemble the target sample and analyze the key instruction flow near the entry point or a specified function.
Disassembly output with a brief explanation of key branches, calls, or suspicious logic.
Use styx-mcp to check whether this program uses OLLVM obfuscation and, if possible, deobfuscate it and summarize the main control-flow changes.
A result showing whether obfuscation is present and a structural summary after deobfuscation for further reverse engineering.
Developers or researchers can connect styx-mcp to agents like Claude Desktop so the model can directly use tools such as hexdump, strings, and disasm to inspect binaries.
During reverse engineering, users can use xref and Ghidra decompilation to trace function relationships and better understand code semantics.
When a sample requires symbolic execution or contains OLLVM obfuscation, researchers can use angr symbolic execution and deobfuscation tools to improve analysis efficiency.
It is an MCP tool that provides seven reverse-engineering tools for LLM agents such as hermes-agent and Claude Desktop, including hexdump, disasm, strings, xref, Ghidra decompilation, angr symbolic execution, and OLLVM deobfuscation.
It is suitable for letting AI agents assist with binary reverse-engineering tasks such as viewing hex data, extracting strings, disassembling code, checking cross-references, and handling obfuscated code.
The provided information does not include installation steps, dependencies, or key requirements. For exact environment and prerequisites, see the source repository.
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