MCP Server

Connect your AI coding assistant to Autosana for seamless documentation access and test flow management directly from your IDE.

Configuration

Connect Autosana with your existing account using browser sign-in. Grok Bot and Devin currently use the API-key setup described below.

Run in your project directory:

claude mcp add --transport http autosana https://mcp.autosana.ai/mcp

Open Claude Code, run /mcp, select Autosana, and follow the browser sign-in prompt.

In Claude, open Customize → Connectors → Add custom connector. Enter Autosana as the name and this server URL:

https://mcp.autosana.ai/mcp

Choose Connect and sign in through your browser. Your Claude account must support custom connectors; if the option is disabled, ask your workspace administrator or use another supported client.

Add Autosana to ~/.cursor/mcp.json, preserving any existing servers:

{
  "mcpServers": {
    "autosana": {
      "url": "https://mcp.autosana.ai/mcp"
    }
  }
}

Open Cursor’s MCP settings and click Authenticate beside Autosana.

Run:

gemini mcp add --transport http autosana https://mcp.autosana.ai/mcp

In Gemini CLI, run /mcp auth autosana and follow the browser sign-in prompt.

Run:

codex mcp add autosana --url https://mcp.autosana.ai/mcp
codex mcp login autosana

If you configure Codex manually, add the following to ~/.codex/config.toml, then run codex mcp login autosana:

[mcp_servers.autosana]
url = "https://mcp.autosana.ai/mcp"

A dot uses plugins installed in ChatGPT. In ChatGPT on the web, open Settings → Security and login and turn on Developer mode (Plus, Pro, Business, Enterprise, or Edu). Then open ChatGPT Plugins, select +, and create an app named Autosana with this server URL:

https://mcp.autosana.ai/mcp

Choose OAuth and approve access in your browser. Do not use an API key. In a chat, open +, choose Developer mode, and select Autosana. This connects the app in ChatGPT. It does not add a separate control inside the dot.Full walkthrough: Dots.

Grok Bot has no Settings form for a custom MCP URL, and Autosana is not in the marketplace. Open Settings → Integrations → Grok Bot to create a key, then send this in a Grok Bot chat:

Add a custom MCP called Autosana at https://mcp.autosana.ai/mcp with header x-api-key: <YOUR_API_KEY>

Approve the confirm card. Next message: @ Autosana and ask it to list or run a flow. Adding MCP in Cursor does not set up Grok Bot.Full walkthrough: Grok Bot.

In Devin, open Customize → MCPs → Add a custom MCP. Choose HTTP, not STDIO. Open Settings → Integrations → Devin to create a key, then fill in:

Server name: Autosana
Transport: HTTP
Server URL: https://mcp.autosana.ai/mcp
Authentication: Auth Header
Header key: x-api-key
Header value: <YOUR_API_KEY>

Save, then use Test listing tools. Adding MCP in Cursor does not set up Devin.Full walkthrough: Devin.

Add this under mcp_servers in ~/.hermes/config.yaml (keep any other servers). Hermes opens a browser the first time it connects:

mcp_servers:
  autosana:
    url: "https://mcp.autosana.ai/mcp"
    auth: oauth

Or run hermes mcp add --url https://mcp.autosana.ai/mcp --auth oauth autosana. Do not use --auth header — that writes Authorization: Bearer. Adding MCP in Cursor does not set up Hermes Agent.Full walkthrough: Hermes Agent.

Run:

openclaw mcp set autosana '{"url":"https://mcp.autosana.ai/mcp","transport":"streamable-http","auth":"oauth"}'
openclaw mcp login autosana

Follow the browser sign-in prompt.

In the browser, sign in to Autosana, check the agent name and company, and click Connect. The agent can work in any workspace you can access in that company. Return to your agent and ask it to list your Autosana flows. If the authorization session ends before you approve, start a fresh connection from your agent. Do not reuse the old browser tab. Existing API-key connections continue to work. To switch one to browser sign-in, remove its x-api-key header and reconnect. Keep the key until the new connection works; revoke it only if no other integrations use it. You may need to restart your agent for the changes to take effect.

Verify the Connection

Once configured, test the server:

List all my Autosana flows

How do suites work in Autosana?

If the connection is successful, you’ll receive responses from both questions.

Available Tools

The Autosana MCP server provides comprehensive test management, debugging, and documentation access.

Flow Management

Tool	Description
`flows_list`	List all flows in your organization, optionally filtered by suite
`flows_read`	Get details of a specific flow by ID
`flows_create`	Create a new test flow with name, instructions, and optional suite
`flows_update`	Update an existing flow’s name or instructions
`flows_delete`	Delete one or more flows (supports batch deletion)
`flows_run`	Execute flows, with optional browser and extension loadout overrides
`add_hook_to_flow`	Add a setup or teardown hook to a flow

Suite Management

Tool	Description
`suites_list`	List all test suites in your organization
`suites_read`	Get details of a specific suite by ID
`suites_create`	Create a new suite with flows and optional authentication
`suites_update`	Update a suite’s name, description, or authentication setup
`suites_delete`	Delete one or more suites (supports batch deletion)
`suites_run`	Execute a suite with optional browser and extension loadout overrides

Hook Management

Tool	Description
`hooks_list`	List all hooks in your organization, optionally filtered by flow
`hooks_read`	Get details of a specific hook by ID
`hooks_create`	Create a new hook with a script (cURL, Python, JS, Shell)
`hooks_update`	Update an existing hook’s name, script, type, or description
`hooks_delete`	Delete one or more hooks (supports batch deletion)
`hooks_run`	Execute a hook and wait for results

To attach a built-in hook such as Lease email address, pass {"type": "builtin", "builtin_key": "lease_email_inbox", "hook_type": "setup"} in the hooks list of flows_create, flows_update, suites_create, or suites_update. It’s added to your organization automatically if it isn’t there yet.

Apps & Environments

Tool	Description
`apps_list`	List active apps, optionally filtered by platform
`apps_read`	Get app details, recent builds, and attached dependencies
`apps_register`	Register an iOS, Android, web, or Chrome extension app
`builds_upload`	Upload a build from your computer (details)
`devices_list`	List supported cloud device and OS permutations
`environments_list`	List all environments for your organization

Filter apps_list with platform: "chrome-extension" to discover extension apps and their UUIDs. Use devices_list to choose a model and OS. Set model or os_version to "latest" for explicit rolling resolution, or omit device to use the newest supported default for both. Both flows_run and suites_run accept dependencies as a JSON array string for web runs:

["extension-app-uuid", {
  "app_id": "another-extension-app-uuid",
  "app_build_id": "exact-extension-build-uuid"
}]

Omit dependencies to use the web app’s attached defaults. Pass "[]" to explicitly run without extensions. An app UUID uses that extension’s active build; an object with app_build_id pins the exact build. Extension-enabled runs use Chromium, and one suite run uses the same extension loadout for every flow in its shared browser session. Run responses from flows_run, suites_run, and labels_run include a Batch link for viewing or sharing all runs launched together. To run code-managed tests as they are on a branch, pass repo_full_name and branch_name to labels_run or suites_run. The run uses that branch’s .autosana/ files, including tests that exist only on the branch, and the newest build uploaded for the branch. A suite that exists only on the branch has no ID yet, so pass suite_key (its folder path under .autosana/) to suites_run instead of suite_id. Without a branch, runs use the default branch’s tests.

Workspaces

Tool	Description
`workspaces_list`	List the workspaces in your company and show which one is active
`workspaces_switch`	Switch the active workspace to another one in your company

Every other tool acts in your active workspace. These two tools need a browser sign-in connection. An API key always acts in the workspace it was created in. Switching applies to your whole Autosana login, not just one agent. The dashboard and any other agent signed in as you switch too.

Results & Debugging

Tool	Description
`list_suite_runs`	List recent suite run results with optional date filters
`list_flow_runs`	List recent flow run results with optional date filters
`list_hook_runs`	List recent hook run results with optional date filters
`read_suite_run`	Read detailed suite run info showing which flows passed/failed
`read_flow_run`	Read run details, actions, review, hooks, and extension build provenance
`read_hook_run`	Read detailed hook run info including status and output

read_flow_run reports the exact dependency build IDs and available extension metadata such as app/build IDs, app name, platform, source, branch, commit, and upload time.

Documentation

Tool	Description
`search_autosana_docs`	Search Autosana documentation for information

Example Usage

Generate E2E tests from your codebase

Crawl my repo, come up with an E2E testing strategy, and create flows in Autosana

Increase test coverage from a PR

Look at this PR and get us to 80% E2E coverage by writing flows in Autosana

Debug failing tests

My login suite is failing. Help me figure out what's wrong and fix it.

Create hooks for backend setup

Create a setup hook that resets the test database before each flow runs

Check test run history

Show me the last 10 runs of my checkout flow and their success rates

Identify coverage gaps

Look at my Autosana coverage and see where we are missing tests

Getting Started

Core Features

Best Practices

Code-Managed Flows

Guides

Integrations

Uploading Your App

APIs

Configuration

Verify the Connection

Available Tools

Flow Management

Suite Management

Hook Management

Apps & Environments

Workspaces

Results & Debugging

Documentation

Example Usage

Generate E2E tests from your codebase

Increase test coverage from a PR

Debug failing tests

Create hooks for backend setup

Check test run history

Identify coverage gaps

Resources

​Configuration

​Verify the Connection

​Available Tools

​Flow Management

​Suite Management

​Hook Management

​Apps & Environments

​Workspaces

​Results & Debugging

​Documentation

​Example Usage

​Generate E2E tests from your codebase

​Increase test coverage from a PR

​Debug failing tests

​Create hooks for backend setup

​Check test run history

​Identify coverage gaps

​Resources

Configuration

Verify the Connection

Available Tools

Flow Management

Suite Management

Hook Management

Apps & Environments

Workspaces

Results & Debugging

Documentation

Example Usage

Generate E2E tests from your codebase

Increase test coverage from a PR

Debug failing tests

Create hooks for backend setup

Check test run history

Identify coverage gaps

Resources