Testim MCP. Manage branches and check E2E results from chat.
Testim connects your end-to-end testing suite directly into your AI agent. You can manage code branches, trigger complex test runs, and analyze execution logs—all using natural conversation. This MCP lets you run full regression tests or check specific development branch health without ever opening the Testim GUI.
Give Claude and any AI agent real-world access
List, create, and merge automated test development branches directly through your agent.
Trigger full test runs by specifying defined test plans, entire suites, or filtering by specific labels.
Retrieve the status and detailed errors for any completed test run using a unique execution ID.
View all available tests in your project or retrieve full details on a specific automated test script.
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What AI agents can do with Testim: 10 Tools for Automated Testing
Use these tools to interact with all Testim functions—from listing test inventories to managing development branches and retrieving execution diagnostics.
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Start using Testim MCPCreate Project Branch
Creates a brand new, isolated development branch for testing changes.
Get Execution Results
Pulls the final status and detailed outcome report from a specific test run ID.
Get Test Details
Retrieves comprehensive information about one particular automated Testim test...
List Project Branches
Shows a list of all active, parallel development branches within the project.
List Tests
Provides an inventory listing of every automated test defined in your Testim project.
Merge Project Branch
Merges changes from one development branch into another target branch (like 'master').
Run Tests By Label
Triggers a complete test run that only includes tests matching specific, defined labels.
Run Test Plan
Starts an execution for an entire predefined set of linked test plans.
Run Test Suite
Initiates a run that includes every single test within a specified, grouped test...
Run Specific Test
Starts an immediate test execution for one specific test script on a chosen branch.
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Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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The Manual Test Status Check
Today, checking the health of your application means opening the Testim GUI. You navigate to the run history, filter by date, find the correct branch, and then manually check if the test plan ran successfully. If you want details on a failure, you have to copy an ID and paste it into another troubleshooting dashboard, leading to endless tabs and fragmented information.
With this MCP, that whole process vanishes. Your agent handles the complexity. You simply ask your AI client to 'check the status of the nightly regression tests.' The system executes run_test_plan, pulls the result using get_execution_results, and delivers a clean summary right where you are working.
Testim MCP: Branch Management
Before making any changes, developers used to have to manually create new branches in the GUI or risk overwriting work by merging directly. If a test failed due to an environment issue rather than code, tracking which branch was responsible was a multi-step headache.
Now you can use list_project_branches to see every active development effort at a glance. Need to start testing a fix? Use create_project_branch and run your tests against that clean slate. It makes complex parallel development predictable.
What Testim MCP does for your AI
Imagine running complex quality assurance checks just by talking to your agent. This MCP brings automated E2E testing orchestration right into your chat window, letting you manage your entire test suite via conversation. Instead of navigating dashboards and clicking through multiple tabs to check logs or initiate a build, you ask your AI client to handle it all.
It lets you quickly view parallel development efforts by listing project branches, run dynamic batches based on labels, and pull the pass/fail status for any execution ID immediately after deployment. If you're working with different types of systems, Vinkius hosts this MCP in its catalog, making sure your agent can access all the necessary test details to give you a clear picture of quality.
You get granular control over everything from triggering specific tests to merging branches without leaving your editor.
019d7611-c6ea-7337-b3bd-ac2f24757932 How to set up Testim MCP
The bottom line is that you use natural language prompts to control complex CI/CD testing pipelines without touching any GUI.
Subscribe to this MCP and provide your unique Testim Project ID and API Key.
Your agent connects the credentials, allowing it to access all testing tools. You then give a natural language command like 'Run tests on the latest branch'.
The MCP executes the required actions (like listing branches or triggering a run) and returns structured data—the pass/fail status, logs, or merge options—directly to your chat.
Who uses Testim MCP
This MCP is for QA Engineers and Release Managers who are tired of context switching between their IDE, the test dashboard, and Slack. It's for developers who need to verify E2E stability without leaving their coding environment.
Triggers full regression test suites via chat as soon as a new testing environment is ready for review.
Runs specific E2E test scripts directly inside their IDE when they write code, getting immediate feedback on stability.
Rapidly audits the health of multiple test plans and retrieves execution IDs to confirm green lights before authorizing a production deployment.
Benefits of connecting Testim MCP
Stop copying logs. By calling get_execution_results, you instantly pull the pass/fail status for any test run ID directly into your conversation thread.
Don't switch tools to see what's happening in development. Use list_project_branches or create_project_branch to manage and compare parallel code efforts without opening the Testim GUI.
Run exactly what you need, nothing more. Instead of running everything, use run_tests_by_label to trigger tests that match specific functional requirements (e.g., 'checkout' or 'payment').
Get deep insight into your test scripts using get_test_details. You can review all the technical steps and setup for any single automated script right away.
Verify deployment safety with run_test_plan. Triggering a full plan ensures that a critical set of tests runs together, providing confidence before release.
Testim MCP use cases
Pre-Deployment Safety Check
A Release Manager needs to know if the staging environment is stable. They ask their agent to run_test_plan 'Nightly Regression'. When the results come back, they use get_execution_results with the returned ID to confirm that every critical test passed before hitting the deploy button.
Fixing a Bug on a Feature Branch
A Frontend Developer has written code for a new feature branch. Instead of committing and opening a full pipeline, they use run_specific_test to validate only the critical paths. This gives immediate feedback without interrupting the main development line.
Comparing Development Lines
A QA Engineer needs to see if two separate feature branches conflict. They first list_project_branches to confirm both exist, then use merge_project_branch to simulate and validate how one branch incorporates changes from the other.
Investigating a Failure
A developer sees an error log in chat. They ask their agent to get_test_details for that failing test ID. This quickly pulls up the full script details, allowing them to diagnose if the failure is due to code or setup.
Testim MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Trying to check everything manually
Copying dozens of individual test IDs and pasting them into a dashboard filter, then checking each one's status in separate tabs.
Instead, use list_tests to get an inventory, or trigger runs using run_test_suite for the entire group. Then, retrieve all results at once with get_execution_results.
Forgetting branch context
Running a test intended for a feature branch against the main development line and getting misleading results.
Always call list_project_branches first. Then, specify the target environment using create_project_branch or run_specific_test to ensure you're testing on the right isolation point.
Assuming full coverage
Running a general test suite and assuming that means all edge cases are covered, leading to unexpected production failures.
Don't just run everything. Use run_tests_by_label to focus the tests only on the specific functional area you changed, like 'auth-flow' or 'payment'.
When to use Testim MCP
Use this MCP if your core pain point is coordinating and tracking end-to-end test status across multiple development branches. You need a centralized way to run tests (run_test_plan, run_test_suite) and get immediate diagnostic feedback on results or failure points. Don't use it if you just need to view raw application logs; that requires different log analysis tools. If your goal is merely project setup or user management, look for a dedicated identity MCP instead.
Frequently asked questions about Testim MCP
How do I check the status of a test run using Testim MCP? +
You use get_execution_results by providing the unique execution ID. This tool pulls the final status, whether it passed or failed, and gives you the error details immediately.
Can I trigger tests for only a specific area using Testim MCP? +
Yes, use run_tests_by_label. You just tell your agent which labels to target (e.g., 'payment' or 'user-login'), and the system runs only those relevant tests.
What is the difference between running a suite and running a plan with Testim MCP? +
A test suite runs all scripts within one defined group of tests. A test plan coordinates multiple suites or sets of tests, giving you broader coverage across different feature areas.
Do I need to use the GUI if I want to manage my branches with Testim MCP? +
No. You can list_project_branches and even merge changes using the MCP tools directly through your agent, removing the need to open the graphical user interface entirely.
Where do I find details about a specific test script with Testim MCP? +
Use get_test_details. This tool provides all technical information on a single test script, helping you understand its prerequisites and expected behavior.