The mobile application testing process consists of checking the performance of the app across multiple kinds of smartphones with diverse screen sizes and operating systems. The mobile application users and customers expect enterprise mobility service providers to ensure that any given application is isolated, secure and has high performance. Therefore, the testing QA team should permit the deployment team to implement a fully tested and certificated application for the users. This can be achieved by finding a cost-effective solution at the same time avoid any compromise on quality.
Apps can be used in different operating systems such as Android, Windows, iOS amongst others. Mobile application testing process is different for Android and iOS. There are different tools for Android app testing and ios app testing.
When using a cloud based app testing tool, the apps run in a secure environment. Myriad programming languages, scripts and development settings are supported on Cloud. All testing modes are available including compliance, security, failover, latency, stress, capacity, and performance measurement. To keep up with the app testing demand, resources are kept scalable and parallelized testing saves time and money.
It is imperative to understand that testing on something other than real devices in the developer’s critical automation scripts and as your mobile app evolves is a huge risk. Only real devices running formal OEM OS against real networks reveal an app’s true functionality in the same way an end-user will experience it.
Through mobile app testing tools, an app developer can identify bugs before he/she sails ahead with automated tests running on the devices used by the customers. One can test everything the users can do -from clicking, swiping to double-tapping and scrolling. Mobile app testing tools can spot performance problems on any operating system be it Android, iOS or Windows automatically through step-by step memory and performance tracking. A cloud-based test environment provides the app provider’s QA department with a comprehensive choice of devices, OS platforms, display densities, phone carriers and languages within which they execute their test scripts.
A test set of apps can be uploaded and run on thousands of real devices in the cloud. One can then examine detailed reports of app testing with results, screenshots, and performance metrics. Automated test results are collected in logs, screenshots or videos. QA and development teams also have access to tools and results from anywhere to only make the mobile app performance process simplified.
Few of the advantages of an online app test process that can be highlighted here are:
- Large number of devices available for testing
- Parallelized test execution performed on several devices thus saving time
- Automation can be recorded and can be played as videos or screenshots
- Users can use the tool from anywhere, anytime
- The QA asset footprint is minimized
- Interaction with carrier phone plans and services is included
- Control to many real devices
- Testing in live networks
- Huge revenue opportunities with gain in market value
But why online app testing you may ask. Online mobile application testing tools make testing simple by utilizing some available tools to test the mobile application. Tester can examine the app on these tools, analyze it for any bugs, and then improve it according to the recommendations. There are a few key factors which deciding specific device models for mobile app testing.
- The app should be tested on all major operating system versions in the current installed base.
- The application may perform differently on smart phones and tablets. If the test application supports both smart phones as well as tablets, then it should be tested on both form factors
- The screen size and screen resolution of a device can also affect application user experience. Device models selected for testing should include a mix of different display densities.
Cloud-based mobile app testing tools promises vastly improved test effectiveness and faster turnaround time for bug recognition and repairs. It levels the playing field among mobile software development organizations by discharging them from supporting a testing set-up for an amalgamation of an array of device brands, models, operating systems and carrier networks. It does all that while providing a secure execution milieu and worldwide collaboration capabilities among testers and developers.