Drastic cost savings:
Automates the most time-consuming maintenance tasks, cutting operational costs and boosting team efficiency.
In my last blog, I shared how AI can generate smarter, more consistent test scenarios. This time, I want to focus on another game-changer in QA: self-healing automation.
If you’ve ever managed automated tests, you know the frustration: a tiny user interface (UI) change – a button moves, a label changes and suddenly dozens of tests fail. What should take five minutes to fix often takes hours. It’s not just inefficient; it chips away at confidence in automation itself.
Why user interface (UI) automation is so brittle
The truth is, UI test automation is inherently fragile. Most frameworks rely on static locators, so even minor changes break tests. The consequences are real: inflated maintenance costs, delayed delivery cycles, and teams starting to ignore failing tests because they can’t trust them. I’ve seen engineers spend days chasing false failures instead of finding real bugs.
How self-healing fixes the problem
That’s where AI-driven self-healing comes in. Instead of letting a broken locator halt your pipeline, the system automatically diagnoses what changed and suggests AI-vetted fixes – or applies them directly. For example, if the ‘Login’ button is now labelled ‘Sign In,’ the AI can identify the change, select the best locator and update the test in real time.
AI has the reasoning capability to not just detect changes, but to understand them and decide the best action. It’s like having a very thoughtful teammate who never sleeps.
The hybrid approach: rules + AI
We don’t rely on AI alone. About 90% of fixes are handled by our rule set, while AI acts as the judge for the trickier cases. It evaluates options, chooses the best fix and explains why it made that choice. This avoids the slowness and inconsistency of purely AI-driven healing.
We’ve built a system where AI and rules work together. The AI judges, but it’s the rules that give it structure and reliability
The impact of self-healing automation on QA efficiency
Self-healing transforms automation from a liability into an intelligent, resilient asset:
Faster delivery
Immediate or automatic fixes keep pipelines unblocked, accelerating CI/CD and time-to-market.
Restored trust
By distinguishing between locator issues and real bugs, it eliminates flaky tests and rebuilds confidence in results.
Reduced maintenance:
Teams have seen up to a 40% reduction in test maintenance effort.
Framework-agnostic integration
Works with Selenium, Playwright, and other frameworks via a simple API service.
In short, tests stop breaking over minor UI tweaks, engineers stop wasting hours fixing false failures and teams start using automation to its full potential: uncovering real problems, not chasing false positives.
The future of QA: AI-powered end-to-end automation
AI isn’t just keeping tests alive. We’re now extending the same thinking to the beginning and end of the QA process: reviewing requirements to catch gaps early and analysing test results to surface meaningful insights quickly. The goal is a fully AI-augmented QA lifecycle that’s proactive, not reactive.
If you’re curious about how self-healing automation can reduce maintenance and save hours of manual work, let’s talk. I’d love to show you how I’ve applied it in real projects and how it can transform your QA process.
Beyond the hype
Navigating the vulnerabilities of AI-generated code
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