Read local text files with injection detection and sanitization. Rejects binary files and flagged content to prevent prompt injection.
AGPL 3.0
314,535 tools. Last updated 2026-07-28 13:15
"Reverse engineering macOS binary files and applications" matching MCP tools:
- Lists all currently running macOS applications with their names, bundle IDs, and status flags (frontmost, visible, or hidden).MIT
- List all reverse engineering tools currently enabled and available through the MCP server configuration.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
- Reads text files from a workspace directory. For binary files like docx or pdf, returns metadata and a file path hint for direct access.MIT
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Matching MCP Connectors
27 engineering compliance and calculation tools for the built environment (UK, EU, UAE).
Convert latitude/longitude to the deepest administrative loc_id plus its full parent chain.
- Extract printable strings from binary files to reveal embedded text, URLs, and function names for reverse engineering.MIT
- List all API endpoints discovered through reverse-engineering to understand the Griptonite climbing app's internal structure.MIT
- Load an executable binary, resolve symbols, and prepare it for debugging. Pass optional command-line arguments to start reverse engineering.MIT
- Generate a symbol map for a stripped binary to recover function names and addresses for debugging and reverse engineering.MIT
- Extract text content from binary files (DOCX, XLSX, PPTX, PDF) in the workspace. Faster alternative to reading via filesystem.MIT
- Extract readable strings from binary files, with configurable minimum length, encoding, and result limits. Useful for analyzing binary data in reverse engineering or security analysis.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
- 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
- Download a file from an FTP server. Text files are returned as-is; binary files are base64-encoded.MIT
- Scan and manipulate process memory on Windows and Linux. Supports value scanning, filtering, reading, writing, and disassembly for reverse engineering tasks.MIT
- Disassemble binary code at a given virtual address to inspect instructions, aiding reverse engineering and security analysis.MIT
- Convert files to hexadecimal representation and reverse hex dumps back to binary. Use for inspecting or modifying binary data.MIT
- Analyze binary files to identify and extract embedded files, code, and data using entropy analysis and signature matching.MIT