Cometix Indexer
OfficialA local indexing and retrieval service that enables semantic code search by wrapping Cursor's backen...
Open the Cursor dashboard and sign in
- In your browser, go to your Cursor account and sign in. (docs.cursor.com)
Navigate to Integrations → User API Keys
- In the Cursor dashboard, open the Integrations (or Settings) area and find “User API Keys” (or “API Keys”). (docs.cursor.com)
Create / generate a new API key
- Click the button to create or generate a new API key. Give it a descriptive name (e.g., “Cometix Indexer MCP”) and create it. Copy the resulting key and store it securely (this is the value you will use as CURSOR_AUTH_TOKEN). (docs.cursor.com)
(Optional) Confirm or change the API endpoint
- The Cometix Indexer README uses CURSOR_BASE_URL defaulting to https://api2.cursor.sh. If you need a different endpoint, note it now; otherwise keep the default. (CURSOR_BASE_URL is optional and defaults to api2.cursor.sh.)
Open the FastMCP connection interface (click “Install Now”)
- Use the ready-made “Install Now” button to open the FastMCP connection / environment editor.
Fill the environment variables in the FastMCP connection interface
- Set CURSOR_AUTH_TOKEN to the API key you copied from the Cursor dashboard.
- (Optional) Set CURSOR_BASE_URL to the endpoint you want to use (default: https://api2.cursor.sh).
- Example entries:
- CURSOR_AUTH_TOKEN =
- CURSOR_BASE_URL = https://api2.cursor.sh
- CURSOR_AUTH_TOKEN =
Save the configuration and install
- Save / confirm the environment variables in the FastMCP interface and proceed with the “Install Now” / install flow.
Verify the connection
- Start the Cometix Indexer MCP (via the FastMCP install or by running the start command) and confirm it starts without a “Missing CURSOR_AUTH_TOKEN” error. The README lists CURSOR_AUTH_TOKEN as required.
Keep the token secure
- Treat the API key like a secret: store it in your secrets manager or environment settings and avoid committing it into source control. (docs.cursor.com)
Quick Start
Choose Connection Type for
Authentication Required
Please sign in to use FastMCP hosted connections
Run MCP servers without
local setup or downtime
Access to 1,000+ ready-to-use MCP servers
Skip installation, maintenance, and trial-and-error.
No local setup or infra
Run MCP servers without Docker, ports, or tunnels.
Always online
Your MCP keeps working even when your laptop is off.
One secure URL
Use the same MCP from any agent, anywhere.
Secure by default
Encrypted connections. Secrets never stored locally.
Configuration for
Environment Variables
Please provide values for the following environment variables:
HTTP Headers
Please provide values for the following HTTP headers:
started!
The MCP server should open in . If it doesn't open automatically, please check that you have the application installed.
Copy and run this command in your terminal:
Make sure Gemini CLI is installed:
Visit Gemini CLI documentation for installation instructions.
Make sure Claude Code is installed:
Visit Claude Code documentation for installation instructions.
Installation Steps:
Configuration
Installation Failed
More for Developer Tools
View All →
GitHub
Remote
Extend your developer tools with the GitHub MCP Server—a powerful Model Context Protocol server enhancing automation and AI interactions with GitHub APIs. It supports diverse functionalities like managing workflows, issues, pull requests, repositories, and security alerts. Customize available toolsets to fit your needs, enable dynamic tool discovery to streamline tool usage, and run the server locally or remotely. With read-only mode and support for GitHub Enterprise, this server integrates deeply into your GitHub ecosystem, empowering data extraction and intelligent operations for developers and AI applications. Licensed under MIT, it fosters flexible and advanced GitHub automation.
Desktop Commander
Desktop Commander MCP transforms Claude Desktop into a powerful AI assistant for managing files, running terminal commands, and editing code with precision across your entire system. It supports in-memory code execution, interactive process control, advanced search and replace, plus comprehensive filesystem operations including reading from URLs and negative offset file reads. With detailed audit and fuzzy search logging, it enables efficient automation, data analysis, and multi-project workflows—all without extra API costs. Designed for developers seeking smarter automation, it enhances productivity by integrating all essential development tools into a single, intelligent chat interface.
Chrome DevTools
Provides direct Chrome browser control through DevTools for web automation, debugging, and performance analysis using accessibility tree snapshots for reliable element targeting, automatic page event handling, and integrated performance tracing with actionable insights.
FreeCAD
Enables AI-driven CAD modeling by providing a remote procedure call (RPC) server that allows programmatic control of FreeCAD, supporting operations like creating documents, inserting parts, editing objects, and executing Python code for generative design workflows.
