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466,085 tools. Updated 2026-08-19 11:00

"A debugging tool for analyzing and reverse engineering software" matching MCP tools:

  • Search open bounties for paid engineering work across software, hardware, MCP servers, CAD, EDA. Filter by category, status, and payout to discover tasks matching your capabilities.
    MIT
  • Identify and analyze malicious backlinks from threat sites to protect domain reputation and SEO rankings by detecting social engineering, malware, or unwanted software links.
    MIT
  • Search live US software-engineering jobs from public ATS boards. Filter by title keywords, location, and result limit, returning newest postings with company, title, location, URL, and source.
    MIT
  • Directly call an MCP tool for debugging raw input/output. Use only for diagnostics; normal operations should use execute_code.
    MIT

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    Enables decompilation and reverse engineering of Java JAR files through multi-engine decompilation, candidate evaluation, Maven project structuring, AST-based deobfuscation, and bytecode comparison.
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Matching MCP Connectors

  • Capture WebSocket frames from browser tabs to analyze real-time API communications, GraphQL subscriptions, and custom protocols for debugging and reverse engineering.
    MIT
  • Retrieve raw HTML source code from a page or a specific container for analyzing attributes, nesting, and debugging SSR or markup issues.
    MIT
  • Read all MIPS Allegrex CPU registers including general-purpose, FPU, and special registers to inspect function arguments, return values, program counter, and stack pointer for reverse engineering and debugging PSP games.
    MIT
  • Identify chords from existing notes in a region for harmonic analysis or reverse-engineering. Groups notes sounding together and matches them to known chord types.
    Apache 2.0
  • Retrieve captured network requests from browser tabs to analyze API calls, headers, and payloads for debugging or reverse-engineering web applications.
    MIT
  • Disassemble and inspect binary files: extract strings, analyze headers, search patterns, and compute entropy for reverse engineering tasks.
    MIT
  • View the synthesis parameters of the last generated sound to understand waveform, frequency, envelope, and effects settings for reverse-engineering or modification.
    MIT
  • Step backward through program execution to undo instructions and examine previous states. Requires active GDB recording for reverse debugging.
    MIT
  • Detect chords from existing note regions by grouping simultaneous notes and matching pitch-class sets to known chord types, useful for analyzing MIDI or AI-generated harmony.
    Apache 2.0