How CloudQA Builds and Maintains Automated Tests: Recording, Codeless Editing and Self-Healing

Last updated: October 2026

Quick answer

CloudQA lets you build automated tests by recording real user journeys in the browser, then editing the steps visually instead of writing code. Tests are stored as reusable modules, driven by variables and data sets, and run in the cloud. Every run is deterministic: CloudQA executes the recorded steps exactly as written. Only when a step fails because its element can no longer be found does CloudQA’s self-healing try to locate the right element, which keeps maintenance low without making passing runs unpredictable.

1. Record tests in the browser

Install the CloudQA extension for Chrome, sign in and start recording. As you click through your application, CloudQA captures each action and the elements you interact with, including on dynamic pages built with HTML5, AJAX and JavaScript frameworks such as Angular. You add checks (assertions) as you go, for example that a confirmation message appears or a value is correct. A complete user journey can be recorded in minutes, and the same recording can be played back on any environment.

2. Refine tests without code

Recorded steps open in a visual editor where you can:

• Add, delete and reorder steps.
• Add assertions, waits and alerts.
• Replace typed values with variables, random data or data sets, so one test covers many cases.
• Add custom JavaScript to a step when you need special logic.
• Save common sequences, such as login, as reusable modules.

Because tests are readable steps rather than code, testers, analysts and developers can all create and update them. See our codeless testing guide for more.

3. Keep tests stable with deterministic runs and self-healing

Flaky, high-maintenance tests are the main reason automation projects stall. CloudQA approaches this in two layers:

• Deterministic execution. Every run follows the recorded steps and locators exactly. Nothing is guessed while a test is passing, so results are repeatable and a failure points to a real change.
• Self-healing only on failure. When a step fails because its element can no longer be found, for example after a developer renamed an ID, CloudQA tries to locate the right element so the run can continue. The recovery is reported, so you can review the change and update the test.

Together with resilient locators captured at recording time and automatic waiting for page loads and AJAX activity, this keeps maintenance low as your application evolves.

4. Speed up with automation accelerators

• Cloud execution with high-volume parallel runs: no test lab or grid to set up.
• Real-time execution view: watch tests run and see failures as they happen.
• Detailed, shareable reports with step-by-step results.
• Integrations and notifications: connect CloudQA to your CI/CD tools and get alerts where your team works.
• Support for legacy applications as well as modern web technologies.

Once tests are built, run them across browsers, environments and schedules. See how to run automated web tests across browsers, environments and schedules.

Frequently Asked Questions

What is self-healing in CloudQA?

Self-healing is CloudQA’s way of recovering when a recorded locator stops matching. Tests always run the recorded steps exactly as written. Only when a step fails because its element cannot be found does CloudQA try to locate the right element, so the test can continue and the change can be reviewed.

Does self-healing make CloudQA test runs unpredictable?

No. Every run follows the recorded steps and locators deterministically. Locator recovery is only attempted after a step has failed, so passing tests are never changed and a recovered step is a signal to review.

Do I need to write code to create CloudQA tests?

No. You record tests in the browser with the CloudQA Chrome extension and edit them visually. You can still add custom JavaScript to a step when you need special logic.

Can I reuse steps across tests?

Yes. Recorded steps are stored as reusable modules, such as a login, so a change to the module applies to every test that uses it.

Ready to try it? Start free or request a demo.