Octomind

Octomind is an MCP server that connects AI assistants to the Octomind end-to-end testing platform. It is designed for software developers, QA engineers, and DevOps teams who want to manage automated web testing directly from their coding environments. By exposing Octomind capabilities through standard Model Context Protocol tools, this server enables AI agents to discover, create, and execute browser tests against web targets. Users can query test suites, inspect individual test cases, and retrieve execution reports directly within conversational interfaces. The server also manages testing environments, allowing assistants to set up, update, or remove target configurations, as well as interact with organization-defined private execution locations. In addition, the integration includes documentation search and supports flexible transport options, such as Server-Sent Events and HTTP streaming, alongside local in-memory or scalable Redis session storage. This bridges local developer tooling with cloud-based end-to-end testing workflows.

Category: Browser & Web Automation

Tags: automation, e2e, octomind, qa, testing

Visit Octomind

How to install and configure Octomind

1. Obtain an API key from your Octomind account. 2. In your MCP client configuration file (such as .claude-config.json for Claude Desktop or cursor.json for Cursor), add octomind-mcp under the mcpServers object: json { "mcpServers": { "octomind-mcp": { "name": "Octomind MCP Server", "command": "npx", "args": ["-y", "@octomind/octomind-mcp@latest"], "env": { "APIKEY": "your-api-key-here" } } } } 3. Alternatively, install automatically via Smithery by running npx -y @smithery/cli install @OctoMind-dev/octomind-mcp --client claude. 4. Save your configuration and restart your client to connect to the Octomind tools.

What you can do with Octomind

• Creating new end-to-end test cases automatically from conversational descriptions or natural language prompts using the discovery tool. - Triggering test suite executions against staging or production URLs and inspecting the resulting execution reports. - Managing testing targets by creating, updating, listing, or deleting target environments directly through your AI assistant. - Retrieving specific test case details, organization private locations, and inspecting previous test run outcomes. - Searching the official Octomind documentation to troubleshoot test configurations and syntax without leaving the editor.

Key facts

• https://github.com/OctoMind-dev/octomind-mcp
• Browser & Web Automation, Developer Tools & Code Intelligence, DevOps, CI/CD & Version Control
• automation, e2e, octomind, qa, testing

Part of MCP Servers

What is Octomind?

Octomind is an Model Context Protocol server that integrates the Octomind end-to-end testing platform with AI environments. It gives AI coding agents the ability to create test cases, execute automated browser tests, review test run reports, and configure target testing environments.

How do I install Octomind?

You can install it in Claude Desktop or Cursor by configuring an npx command pointing to @octomind/octomind-mcp@latest with your APIKEY environment variable. It can also be installed using the Smithery CLI by running the smithery install command targeted at Claude.

Which MCP clients work with Octomind?

Octomind supports Claude Desktop, Cursor, and Windsurf. You can run npx @octomind/octomind-mcp --clients in your terminal to output preformatted configuration snippets tailored for each of these supported clients.

What tools are included in the Octomind server?

The server provides tools including search for documentation queries, discovery for generating tests from prompts, executeTests for running test runs against target URLs, getTestCase, getTestReport, getTestReports, getPrivateLocations, and environment management tools.

Does Octomind support persistent sessions?

Yes. While in-memory session storage is used by default, the server also supports Redis session storage. Providing a REDIS_URL environment variable or command-line flag enables persistent session handling and horizontal scaling across multiple server instances.