"Deutsche Post" matching MCP servers:

Enables AI assistants to execute terminal commands on a host machine with configurable, granular permission controls and safety protections. It features multiple security modes, including allowlists and manual approval, to ensure safe command execution within specified directories.

Enables Claude Desktop to control a local host machine through shell, file, git, network, Docker, package, and system monitoring tools, with approval-gated destructive operations.

Connects ChatGPT Web chat directly to a local computer, enabling verified file editing, terminal command execution, Playwright browser automation, code intelligence, and desktop control through the Model Context Protocol. Every operation is backed by pre- and post-condition checks such as SHA-256 byte readback and live DOM validation, so agents can trust that reported successes actually happened.

Exposes a Windows or Linux host terminal to remote MCP clients via Streamable HTTP, enabling command execution, tunnel management, and privileged operations with security features like OAuth and audit logging.

MCP server for the pwncat post-exploitation platform. It exposes 40+ tools for session management, file operations, command execution, enumeration, privilege escalation, implants, and config to AI agents.

Enables AI agents to execute shell commands on a host macOS computer with configurable file access permissions, granting access to credentials and tools while enforcing sandbox restrictions.

Enables AI agents to automate Windows desktop via human-like mouse and keyboard input and UI Automation, with post-action verification for reliable control of programs, UI elements, windows, and files.

Enables MCP clients such as ChatGPT and Claude to administer Linux or macOS hosts through authenticated Streamable HTTP, including running shell commands, reading and writing files within a workspace, listing directories, and retrieving system metrics.

Exposes tmux features to AI agents for managing sessions, windows, and panes with built-in command execution. It includes comprehensive guardrails to prevent destructive system operations, file deletions, and unauthorized network changes.

Enables LLM agents to automate red teaming operations with the AdaptixC2 framework via MCP protocol, supporting post-exploitation tasks and BOF integration.

Enables AI-controlled administration of remote Linux hosts and containers, including bounded shell execution, persistent PTY sessions, durable jobs/tasks, hardened filesystem access, process/service control, and resumable transfers.

Enables AI agents to run shell commands, perform sandboxed file operations, and make HTTP requests through zero-trust guards that block command injection, path traversal, and SSRF while redacting secrets from inputs and outputs. Circuit breakers, per-session rate limits, and an append-only audit ledger prevent runaway loops, excessive token spend, and provide post-hoc traceability.

Enables AI agents to inspect and manage remote hosts over SSH with tiered blast-radius containment that classifies and blocks destructive commands, plus forensic post-flight assertions that verify ports, processes, files, and HTTP health. It also provides long-running background task envelopes and atomic SFTP file editing with automatic backups, unified diffs, and one-click rollback.

Enables AI agents to securely operate SSH-connected servers through MCP, with credentials kept locally, dual permission modes, and an interactive sudo approval flow.

A Model Context Protocol (MCP) server with HTTP transport that implements JWT authentication, allowing secure tool execution and prompt handling with role-based access control.