List all reverse engineering tools currently enabled and available through the MCP server configuration.
MIT
466,285 tools. Updated 2026-08-19 12:09
"Resources for Learning Reverse Engineering Skills" matching MCP tools:
- 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
- Retrieve Sai Chintamani's 2026 AI engineering learning roadmap. Filter by quarter for specific topics.MIT
- 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
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
- AlicenseAqualityCmaintenanceA sandboxed MCP tool for reverse engineering that provides a unified interface to various reverse engineering tools with security restrictions.81MIT
Matching MCP Connectors
27 engineering compliance and calculation tools for the built environment (UK, EU, UAE).
Search & install 6,500+ AI agent skills from skills-hub.ai inside any MCP tool.
- 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
- List all PM-Skills MCP resources organized by type, providing URIs for skill instructions, templates, examples, and persona library references.Apache 2.0
- Create a structured learning path with steps, resources, and milestones by specifying your topic, current level, and target proficiency. Receive a personalized roadmap to guide your study.MIT
- Enumerates MCP resources and prompts to flag broad URI patterns, sensitive paths, and social engineering risks.MIT
- Convert a completed Why Tree analysis into a structured teaching case with learning objectives, common pitfalls, discussion prompts, and reverse-causality questions for medical learners.Apache 2.0
- Create a new feature in a VibeMap project to document capabilities discovered while reverse-engineering a codebase.MIT
- Disassemble and analyze binary files to reveal disassembly, symbol tables, section headers, and relocation information. Used in reverse engineering compiled binaries.MIT
- Investigate binary files using reverse-engineering tools to reveal their structure, behavior, and origins, producing structured investigation results.MIT
- List the up to 20 reverse-engineering snapshots retained in client memory, allowing inspection of data captured from the connected Roblox client.
- Retrieve a list of available agent skills from the skills resource to identify capabilities for task execution.Apache 2.0
- Create a structured learning path for a programming library based on your experience level—beginner, intermediate, or advanced—with progressive topics and resources.MIT
- Analyze a GitHub repository or user profile to infer skills and generate a personalized learning roadmap for a target career pathway.
- Explains a reverse-engineering stage, detailing its goals, entry criteria, pitfalls to avoid, and recommended tools.Apache 2.0
- Retrieve a complete list of engineering skills and playbooks for software development.