Breaker is a sophisticated AI-native quality assurance platform designed to replace legacy selenium-based testing frameworks. Built on a proprietary Large Language Model architecture optimized for DOM (Document Object Model) interpretation, Breaker allows technical and non-technical stakeholders to author robust end-to-end tests using natural language instructions. Unlike traditional tools that rely on fragile XPath or CSS selectors, Breaker utilizes 'Semantic Locators' and self-healing algorithms that adapt to UI changes in real-time, significantly reducing the maintenance overhead of automated suites. Its technical architecture supports parallel execution across distributed cloud environments, providing instant feedback loops within the CI/CD pipeline. By 2026, Breaker's position in the market is defined by its 'Auto-Repair' capability, where the AI not only identifies a broken test due to a UI update but proactively suggests and applies the corrected test logic, effectively achieving the goal of zero-maintenance QA. It provides deep integration with modern development workflows, including Vercel previews and GitHub Actions, ensuring that quality is shifted as far left as possible in the software development lifecycle.
Uses LLM-based analysis of the DOM tree to identify intent when a selector fails, automatically updating the test script.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
When a test fails, the AI analyzes the console logs, network requests, and visual changes to generate a complete Jira ticket.
Deep piercing of Shadow roots in Web Components, allowing testing of complex modern micro-frontends.
Pixel-by-pixel comparison using computer vision to detect unintended layout shifts.
Users can write complex logic like 'Ensure the total price is the sum of items plus 5% tax' without code.
Instant spin-up of containerized headless browsers across global AWS regions.
AI-driven interception and mocking of 3rd party APIs to ensure test stability.
Complex checkout flows often break due to minor UI changes in the cart or payment gateway.
Registry Updated:2/7/2026
Moving from React 17 to React 18 causes hundreds of minor DOM changes that break traditional tests.
Ensuring a library update doesn't change button padding or font weights across 100+ pages.