UniFi MCP Server

Overview

The MCP Server UniFi is a lightweight, locally hosted service that bridges the gap between natural‑language AI assistants and UniFi network infrastructure. By wrapping the official UniFi Network API, it lets developers query device status, retrieve site information, and perform routine network management tasks through conversational commands. This capability eliminates the need for manual API calls or UI navigation, enabling AI agents such as Goose and Claude to act as intuitive network operators.

Problem Solved

Network administrators often juggle command‑line tools, web dashboards, and scripting to monitor and configure UniFi devices. Each interaction requires authentication, API knowledge, and context management. The MCP server abstracts these complexities, allowing a single AI agent to issue commands like “Show me all APs in the Chicago site” or “Restart device X.” This reduces cognitive load, speeds up troubleshooting, and opens the door to voice‑driven or chat‑based network management.

Core Functionality

• Natural‑language query handling – The server translates conversational input into structured UniFi API calls, returning human‑readable results.
• Secure authentication – Uses an API key obtained from the UniFi console, ensuring that only authorized agents can access network data.
• Local deployment – Runs on a developer’s machine or a dedicated server, keeping network credentials off the cloud while still exposing an MCP endpoint.
• Cross‑assistant compatibility – Designed to work seamlessly with both Goose AI and Claude Desktop, making it versatile across different AI ecosystems.

Key Features & Capabilities

• Site discovery – List all UniFi sites associated with the account.
• Device enumeration – Retrieve details for routers, switches, access points, and gateways.
• Health checks – Query device uptime, firmware version, and connectivity status.
• Action commands – Perform simple operations such as rebooting a device or toggling power.
• Extensible API – The MCP framework allows future expansion of commands without changing the core server.

Use Cases

• Rapid diagnostics – An AI assistant can instantly report which APs are offline, saving time during site audits.
• Voice‑controlled networking – Integrate with smart assistants to say, “Check Wi‑Fi health in the East Wing,” and receive a spoken summary.
• Automated monitoring – Combine with scheduled prompts to alert on anomalies, such as sudden drops in client count.
• Developer tooling – Embed the server into CI/CD pipelines to verify network configurations after deployments.

Integration with AI Workflows

Developers add the server as a custom MCP extension in their chosen AI platform. Once configured, the assistant can invoke built‑in commands or extend them with custom prompts. The MCP Inspector provides a live debugging interface at , enabling quick iteration on command phrasing and response formatting. Because the server communicates over standard MCP messages, it can be chained with other tools—e.g., fetching a UniFi device list and then passing that data to a visualization tool.

Unique Advantages

• Zero‑code AI interaction – No need for developers to write adapters; the MCP layer handles translation.
• Secure, local operation – Keeps sensitive API keys on premises while still exposing a rich conversational interface.
• Built‑for‑UniFi focus – Unlike generic network management APIs, this server understands UniFi’s specific concepts (sites, device types, firmware) and presents them naturally.
• Open‑source extensibility – The lightweight codebase allows contributors to add new commands or integrate with other UniFi services (e.g., network analytics).

In summary, the MCP Server UniFi empowers developers to turn their UniFi networks into conversational agents, streamlining operations, enhancing accessibility, and opening new possibilities for AI‑driven network management.