Visual Desktop Test Automation

Finally Automate Your Hardest Tests.

Build, run, and maintain reliable tests across desktop apps, browsers, and operating systems with one powerful automation platform.

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Hours Saved: 0K+
Test Runs Executed: 0K+
Regression Tests Created: 0K+
Elements Tested with AI: 0M+

Find & fix bugs in flows other tools miss

Go beyond the limitations of traditional automation to find bugs in the end-to-end processes that other tools can't test.

No Selectors Required
Canvas, video, and controls tools can't target.
Cross-App Workflows
Across browsers, windows, popups, and apps.
Third-Party Integrations
OAuth, payments, and software you don't control.
AI Apps & MCP Servers
MCP tools inside Claude, ChatGPT, and more.
Desktop Applications
Windows and Linux apps, not just websites.
Plugins & Extensions
Chrome and VS Code extensions, in the real app.

See what you can automate

Real tests running against real apps. Pick one to see how it was built.

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Trusted by leading engineering teams

How it works

Tests your app the way a person uses it

TestDriver looks at the screen, finds elements from plain-language descriptions, and controls a real machine with the mouse and keyboard. No selectors.

Step 1 · Provision

Provisions the infrastructure

Every test starts on a fresh cloud sandbox. One provision call launches the app under test on a real machine: Chrome at a URL, a Chrome extension, VS Code, an Electron app, or a downloaded installer. There are no browsers to manage and no test rigs to maintain.

Step 2 · Find

Finds elements with AI vision

Describe an element the way you'd describe it to a person, like 'Sign in button'. TestDriver looks at the screen, locates it, then clicks, types, and scrolls with the real mouse and keyboard. Nothing depends on CSS or XPath selectors, so it reaches what the DOM can't describe.

it("should trigger the upload modal", async (context) => {

  const testdriver = TestDriver(context);

  await testdriver.provision.chrome({
    url: 'https://example.com',
  });

  let button = await testdriver.find("upload button")
  await button.click()

  await testdriver.assert(
    "upload dialog appears"
  );

});

Step 3 · Assert

Asserts that things work, and finds the bugs

Write a plain-language statement about the screen, such as 'the cart shows one item'. The AI checks it against what is actually rendered and fails the test when it isn't true. That covers charts, layout, spelling, and media that never show up in the DOM.

Step 4 · Learn

Learns your app as it runs

After a test passes, TestDriver remembers where it found each element. When the screen looks the same on a later run, it reuses that location instead of asking the AI, so repeat runs are faster, cheaper, and consistent. When the UI changes, it falls back to the AI and learns the new location.

Step 5 · Run in CI/CD

Runs in CI/CD to detect regressions

Tests are ordinary Vitest files, so any CI provider can run them with npx vitest run. Run them on every push and pull request, and a regression fails the check before it merges.