The Appwrite MCP server is now remote: one URL, no API keys_

The Appwrite MCP server connects AI coding agents to your Appwrite project, so tools like Claude Code, Cursor, and Codex can create users, manage databases, deploy functions, and work with every other Appwrite service from a chat. Until now, using it meant running a server on your own machine: installing uv, creating an API key with the right scopes, and pasting your endpoint, project ID, and key into every tool's MCP configuration.

Today, we are making that entire setup disappear. The Appwrite MCP server is now available as a hosted remote server. Add one URL to your AI tool, sign in with your Appwrite account, and start building:

https://mcp.appwrite.io/

What changed

The remote server replaces the local setup for Appwrite Cloud users, and it removes every step that used to sit between you and a working connection:

• No local install: The server runs as a hosted HTTP service. You no longer need uv, Python, or a locally running process, and there is nothing to keep updated. You always get the latest version.
• No API keys: The server uses OAuth. The first time your AI tool connects, your browser opens so you can sign in to your Appwrite account and authorize access. No keys to create, scope, share, or rotate.
• One config line: Your MCP configuration goes from a command, arguments, and three environment variables down to a single URL.
• Docs included: The server also searches the Appwrite documentation through the appwrite_search_docs tool, replacing the separate docs MCP server. One connection covers both your project and the docs.

Here is the difference in a Claude Code .mcp.json:

Same context-efficient architecture

The remote server keeps the compact architecture introduced in MCP Server 2.0. Only a small set of MCP tools is exposed to the model:

• appwrite_get_context: Returns a summary of your workspace, including your account, organization, and projects.
• appwrite_search_tools: Searches the full Appwrite tool catalog based on the model's intent.
• appwrite_call_tool: Executes a specific Appwrite operation by name.
• appwrite_search_docs: Semantically searches the Appwrite documentation.

The full catalog of Appwrite operations stays internal to the server and is searched at runtime, so all Appwrite services are available without filling the model's context with unused tool definitions. And because documentation search is built in, the separate Appwrite docs MCP server is no longer needed: one connection covers both your project and the docs.

Get started

Adding the server takes one step in most tools. In Claude Code, for example:

claude mcp add --transport http appwrite https://mcp.appwrite.io/

Then run /mcp, select appwrite, and choose Authenticate to sign in.

In Cursor, VS Code, Zed, and other editors, add the URL to your MCP configuration and complete the OAuth sign-in when prompted. The documentation has step-by-step guides for Claude Code, Codex, Cursor, Claude Desktop, VS Code, Zed, OpenCode, Windsurf, Zenflow, Google Antigravity, and Grok Build.

Once connected, try a prompt like:

List users in my Appwrite project

Self-hosting Appwrite?

The remote server authenticates against Appwrite Cloud. If you run a self-hosted Appwrite instance, the local MCP server is still available and works the way it always has: it runs on your machine over the stdio transport and connects to your instance with an API key. The MCP server documentation walks through the setup.

Resources