"Understanding Reverse Processes or Reverse Engineering" matching MCP servers:

A sandboxed MCP tool for reverse engineering that provides a unified interface to various reverse engineering tools with security restrictions.

A local STDIO MCP server that bridges MCP clients to the Codex CLI by sending instructions to a configured workspace, exposing task run, status, and result tools with a read-only sandbox and no remote transport.

Enables AI clients to manage ADB devices and packages, detect packers, pull APKs, and unpack hardened Android apps via static extraction, BlackDex, or Frida, then convert DEX files to smali. Supports listing, reading, and regex-searching smali classes to locate APIs and other reverse-engineering targets.

A safety-first local MCP server for ROM reverse-engineering, enabling project status checks, file verification, Bakugan DS build/quality tasks, and read-only DeSmuME/ARM9 debugging.

Exposes common CTF and cybersecurity tools (crypto, forensics, malware analysis, steganography, reverse engineering, pwn, OSINT) so LLMs can help solve capture-the-flag challenges in a controlled lab environment.

A collection of MCP servers for Kali Linux that empower AI Agents in reverse engineering and security testing, providing network analysis, target sniffing, traffic analysis, binary understanding, and automation capabilities.

Enables ChatGPT's web interface to operate a real Mac by executing shell commands and reading or writing files over a reverse SSH tunnel, without installing a client or consuming API quota.

Enables security testing and reverse engineering through MCP by exposing Nmap, nm, objdump, strings, and tshark for network scanning, symbol/binary analysis, string extraction, and traffic capture/analysis, plus isolated Docker sandbox command execution with configurable resources and file transfer.

Enables users to run Kali Linux security and reverse-engineering tools such as Nmap, nm, objdump, strings, and tshark through MCP clients for network scanning, binary analysis, string extraction, traffic analysis, and sandboxed command execution.

Enables security testing and reverse engineering through MCP clients by providing Kali Linux tools for network scanning, binary and symbol analysis, string extraction, packet capture/analysis, and sandboxed Docker command execution.

MCP server for security analysis, reverse engineering, and penetration testing, providing 70+ tools (nmap, sqlmap, hydra, frida, etc.) with configurable backends (Docker Kali, WSL, SSH).

Enables AI-assisted reverse engineering and debugging through x64dbg integration. Provides 40+ tools for breakpoint management, memory operations, register manipulation, code analysis, process control, and advanced debugging features.

Provides MCP clients with Kali Linux security and reverse-engineering capabilities, including Nmap scanning, nm/objdump binary analysis, strings extraction, tshark traffic capture, and Docker-based sandboxed command execution.

Enables MCP clients to run Kali Linux security and reverse-engineering tools for network scanning, binary and symbol analysis, string extraction, live/PCAP traffic analysis, and isolated Docker-based command execution.

MCP server for SSH and local terminal access. Supports interactive commands, long-running processes, and TUI apps like tmux/zellij

MCP server for overseer.nvim — gives any MCP-capable coding agent running inside Neovim (Claude Code, Codex, Gemini CLI, opencode) the same visibility and control over tasks the user has: list, run, tail, restart, stop. Agent-started dev servers land in the user's own task list instead of becoming invisible orphaned processes.

Stateless command execution and process management MCP server for Claude. Enables searching file contents, executing commands with safety limits, listing processes, and terminating processes.

A TypeScript-based server that enables programmatic management of pseudo-terminal sessions. It allows users to spawn, control, and interact with terminal processes in real-time through the Model Context Protocol.

Enables Claude to create and interact with real, persistent Windows terminal sessions (cmd.exe or PowerShell) through ConPTY, including sending commands, reading output, and scoped Ctrl+C interrupts without affecting other processes.

Enables AI assistants to monitor and manage Linux infrastructure including services, logs, processes, disk, memory, ports, cron, nginx, Docker, and system health checks via the Model Context Protocol.