Auto-Healing in Low-Code Testing: Smarter Automation, Less Maintenance
Auto-Healing in Low-Code Testing: Smarter Automation, Less Maintenance
In today’s fast paced software development, low code platform has emerged for creating enterprise grade application with minimal coding. These platform approach, towards Application development is reducing time-to-market and is enabling business user to collaborate with developers closely. However, maintaining the software quality and reliability of applications built on this platform can be challenging, especially when it comes to automation testing. That is where the concept of Auto-healing comes to picture, which offers a solution for smooth testing on low-code platforms.
Importance of Automation in Low-code platforms:
Before understanding the concept of Auto-Healing let us understand, why automation testing is important for testing any application
- Frequent Changes: Low code platform enables quick change to applications. Due to this any small modification in UI or business logic can lead to breakage of previously stable tests. To fill this pace, Automation testing is important, but maintaining these tests manually could be time consuming.
- Complexity of the Application: Low-code development application simplifies the development process, the application can still be complex, with complicated workflows, multiple integrations and dynamic UI components. Automated testing would be challenging for such applications, as change in one part of the system may affect other parts, leading to unexpected test failures.
- Need for Continuous Delivery: As Low- Code platform are often used to develop business-critical applications, organizations use a Continuous Integration and Continuous Delivery (CI/CD) pipeline. This requires automated tests that can run frequently and reliably, without needing a human intervention to update broken tests.
How Auto-Healing Supports Automated Testing in Low-Code Application
Auto-healing is making test automation testing smarter by automatically adjusting test scripts locators when UI elements change. Let us deep dive to check how it improves the testing process:
Handles UI Changes Automatically
If any locator such as button name, field ID, or element position or DOM structure change, auto-healing detects the change and updates the automation script—no manual intervention.
This is crucial for Pega and OutSystems, where UI changes happen frequently.
Reduces False Test Failures
Failures happen due to small changes in UI, even if the application works fine.
Auto-healing helps to recognizes these changes and adapts the test script, reducing unnecessary test failures.
Faster Regression Testing
As auto-healing automatically fix broken tests, test execution speeds up.
This is specially useful in CI/CD, where tests must run frequently and at any time during the day.
Better Test Coverage
With less broken tests to fix manually, QA team can focus on creating new tests instead of wasting time on maintenance.
More coverage = higher confidence in application quality.
Works Seamlessly with CI/CD Pipelines
Auto-healing ensures that tests are running smoothly in DevOps, even as applications evolve.
Popular Auto-Healing Tools for Test Automation
Selenium with AI-based Plugins
Selenium itself does not alone has a capability to support auto-healing, but tools like Healenium, Test.ai etc can add AI-driven healing capabilities.
Supports multiple programming languages (Java, Python, etc.)
Katalon Studio
Built-in auto-healing feature for UI elements
It supports Web, API, Desktop, and Mobile testing
Also integrates easily with cloud testing and CI/CD
Final Thoughts:
Auto-healing is a game changer when it comes for automated testing in Low Code projects. It reduces test maintenance efforts, ensures smoother test execution, and helps teams deliver high-quality applications faster. As businesses continue to embrace low-code development, integrating auto-healing into their testing strategy will be key to maintaining reliability in fast-changing environments.
