Centralized Object Management Reduces Maintenance

mobile object spy

Mobile Object Spy

Qualitia offers a one-of-a-kind plug and play experience for capturing objects for Mobile Apps. Mobile Object Spy is a powerful tool that allows you to view objects and their properties of all sorts of Native, Web, and Hybrid applications. Testers can access objects from the mobile application under test and use them while creating tasks and test cases for mobile test automation into Qualitia Automation Studio.

Powerful Object

Management for web, mobile and thick client

Qualitia has easy and powerful point and click mechanism to identify objects for Selenium. Qualitia has powerful object integration with HP UFT and can easily utilize objects identified using Appium Desktop. It not only saves your efforts in object Management but also enforces the best practices and uniformity across users. For Selenium, objects are learned based on list of locator types including ID, Name, Xpath or Link. Default priorities are set based on the best practices; however it maintains flexibility for users to alter the preferences to fulfill the application specific needs.



Qualitia enables everyone in your team to identify objects uniquely and removes the need to understand HTML or DOM structure. Qualitia’s inbuilt algorithm generates most robust ‘Relative Xpaths’ for Selenium RC and Web Driver, eliminating any run time failures and subsequent rework.


object repository

Qualitia strengthens test automation suites with a centralized object repository and reduces the maintenance efforts. Central repository boosts reusability of objects across users and test cases as well as across projects enforcing the collaborative development practice.

Know and Adopt

the change quickly

Be it a new object or any change in the existing object, it’s now easy to identify it. Qualitia enables you to manage the object changes easily at a faster pace. It helps you to highlight objects that are changed, whereas the Impact Analysis lets you know impacted test cases due to a particular object change.