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GdMacmillan

Apt MCP Server

MCP Server

AI‑driven apt package management for Linux

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Updated 25 days ago

About

A TypeScript MCP server that exposes tools to install, remove, update, and query Debian/Ubuntu apt packages via native system binaries. Designed for seamless integration with AI agents and developer workflows.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Apt MCP Server Overview

Apt MCP is a lightweight, TypeScript‑based Model Context Protocol server that bridges Linux’s package manager with AI assistants and developer tooling. By exposing a suite of high‑level, secure commands—install, remove, query, update, and upgrade—it lets agents manipulate system packages without directly invoking shell commands. This removes friction for developers who want to embed package management into automated workflows, such as continuous integration pipelines, remote debugging sessions, or conversational assistants that can “fix” dependency issues on the fly.

The server assumes a passwordless configuration for all apt operations, enabling seamless execution from non‑interactive contexts. Each tool validates its input rigorously and returns a plain‑text response that includes a concise summary, standard output, error streams, and any logs. This uniform format simplifies parsing for AI agents and ensures that failures are transparent. Because the server uses stdio transport by default, it integrates naturally with local AI agents like Claude Desktop or Cursor without requiring network configuration.

Key capabilities include:

  • Package installation and removal for single or multiple packages, with clear success or error reporting.
  • Status querying that tells whether a package is installed, available in repositories, or upgradable.
  • System updates that run followed by an upgrade of all packages, returning detailed stdout and stderr.
  • Selective upgrades for a specific package or listing all upgradable packages, allowing fine‑grained control.

Real‑world use cases are abundant. A developer can ask an AI assistant to “install the latest Git client” or “remove unused utilities,” and the assistant will invoke Apt MCP to perform the action safely. In CI/CD pipelines, an agent can automatically update dependencies before running tests, ensuring a consistent environment. System administrators might use the server to audit package statuses or trigger upgrades across multiple machines via a central AI orchestrator.

Integrating Apt MCP into an AI workflow is straightforward: the assistant calls one of the exposed tools through the MCP client, receives a structured response, and can then inform the user or trigger subsequent actions. The server’s design prioritizes reliability, security, and human readability—making it a standout choice for developers who need to manage Linux packages programmatically while keeping the process transparent and auditable.