INTRODUCTION: HARDENING ENTERPRISE TEST AUTOMATION AT SCALE
This OpenText UFT One release focuses on what matters most to enterprise SDLC leaders: faster and more stable automation at scale, practical AI-based testing for real-world web and mobile applications, and tighter integration with CI CD pipelines and remote execution environments. The goal is not novelty, but resilience. These enhancements help large organizations increase release frequency while controlling risk, reducing automation noise, and strengthening governance across delivery pipelines.
ENHANCED UIA PRO ADD-IN FOR FASTER AND MORE STABLE UI AUTOMATION
The enhanced UIA Pro Add-in, available as an opt-in Beta, delivers significant improvements in performance, stability, and defect fixes for desktop and rich-client automation. Once activated alongside the standard UIA Pro Add-in, teams benefit from faster execution and more predictable object handling.
For enterprises running thousands of UI tests, improved execution speed shortens regression cycles and directly impacts release lead time. Reduced flakiness improves the credibility of quality metrics used by engineering leadership. Automation engineers spend less time rerunning failed tests and more time expanding coverage and improving frameworks, while developers experience tighter feedback loops during local test runs.
DEEPER TEST OBJECT TREE NAVIGATION FOR COMPLEX ENTERPRISE UIS
The enhanced UIA Pro Add-In introduces advanced navigation of the test object tree, allowing retrieval of parent and child objects across all levels with control over depth and volume. This is especially valuable for enterprise applications with nested grids, composite widgets, and custom controls.
Improved navigation increases automation coverage of complex workflows such as approvals, claims, and order processing. It also enables cleaner page object and component models, lowering long-term maintenance costs. Day to day, SDETs can build more expressive and resilient selectors that adapt better to UI changes without re-recording entire flows.
