Graphic tests: Detect graphic bugs.

(Re)take control of your applications and detect graphical bugs in real time on your websites, mobile apps and APIs by reproducing your user paths at regular intervals.

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Graphic testing.

Graphical comparison tests are used to check that the site or mobile app displays correctly for all users. These tests are called comparison or non-regression tests, because they are used to check that the site or mobile app resembles its previous version to the nearest pixel (pixel perfect), and that it complies with legal requirements.

Why do graphical non-regression tests?

According to Voucher cloud, 92.6% of users say that site design and visuals are the main factors in the purchasing action, so get on with it! After an interface modification or update, it's important to check that nothing has been disturbed in the design or ergonomics of your platform. On the visual side, there are often redesigns or improvements. What's more, with the multiplication of operating systems, web browsers and devices, it's becoming crucial to ensure that the user interface displays correctly on every possibility.

But then, why not just do functional non-regression testing (NRT)?

They don't usually cover the visual aspects of the site or mobile application. A site can have a broken display and still be functional, except if the objects disappear, so an automaton can very well carry out a functional scenario on a non-compliant interface. Graphical non-regression tests can therefore fill these gaps and detect potential visual bugs that would otherwise go unnoticed with functional tests.

Why automate graphical testing?

Developers can take time after each new modification to manually scan pages for visual defects. However, this method is slow and complicated to do for an entire application or website, not to mention that the error is human.

Test faster. Correct sooner.

(Re)take control of your applications and detect graphical bugs in real time on your websites, mobile apps and APIs by reproducing your user paths at regular intervals.