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MIT
458,064 tools. Updated 2026-08-14 20:18
"Using Ghidra for Reverse Engineering and Decompiling Software" matching MCP tools:
- 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
- Obfuscate JavaScript code to deter casual reading and reverse engineering using variable name mangling, string Base64 encoding, and optional control-flow flattening.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
- 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
- List all reverse engineering tools currently enabled and available through the MCP server configuration.MIT
Matching MCP Servers
- FlicenseAqualityAmaintenanceEnables decompilation and reverse engineering of Java JAR files through multi-engine decompilation, candidate evaluation, Maven project structuring, AST-based deobfuscation, and bytecode comparison.91
- AlicenseAqualityAmaintenanceModel Context Protocol server for Ghidra reverse engineering. 179 tools for decompilation, symbol management, cross-references, and binary analysis.83,304Apache 2.0
Matching MCP Connectors
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- Find software (malware/tools) that leverage a specific MITRE ATT&CK technique via reverse lookup from technique STIX ID.Apache 2.0
- View the synthesis parameters of the last generated sound to understand waveform, frequency, envelope, and effects settings for reverse-engineering or modification.MIT
- List all API endpoints discovered through reverse-engineering to understand the Griptonite climbing app's internal structure.MIT
- Decompile a function by address or name into C pseudocode using the Ghidra decompiler for binary analysis.MIT
- Send tasks to an autonomous agent that handles complex software engineering work, including file operations, shell commands, codebase searches, and end-to-end project execution.ISC
- Scan a local codebase and reverse-engineer it with AI to extract structured features for VibeMap.MIT
- Send a task to an autonomous code agent that reads/writes files, runs shell commands, and searches codebases to handle complex software engineering tasks end-to-end.ISC
- Add a text comment to a memory address for documenting reverse engineering findings. Comments are stored in memory and viewable later.MIT
- Create named bookmarks for memory addresses to quickly navigate key locations during reverse engineering.MIT
- Decode and compare two protobuf-encoded request or response bodies to identify changing fields like cursors or tokens, aiding API reverse-engineering for automation.MIT
- Create a new feature in a VibeMap project to document capabilities discovered while reverse-engineering a codebase.MIT
- Break down complex software engineering requests into structured implementation phases for actionable planning.
- Transform prompts using engineering best practices to improve clarity and effectiveness for AI assistants.MIT
- Look up known CVEs for a given software name and version using the National Vulnerability Database API.MIT