Mobile users across the world have increased tremendously over the past few years. According to Statisa, 35 percent of adults in the US owned a smartphone in 2011, compared to 85 percent in February 2021. According to the study conducted by Statista, “Only 35 percent of all U.S. adults owned a smartphone in 2011, compared to 85 percent of adults who owned a smartphone, as of February 2021.”
With this increase in mobile usage comes the need for greater, diverse mobile app testing and the many challenges that come with it. In addition, reports state that mobile data traffic has had a drastic rise since 2015. The availability of Android and IOS mobile devices in distinct forms, sizes, and functionalities make users happier day by day. However, the numerous testing challenges that could arise often become a concern for those who develop and test these devices before their release.
Mobile app testing platforms incorporate device anywhere automation and encompass testing core factors such as scalability, functionality, usability, performance, and security of the mobile apps in various platforms. Mobile app testing also comprises user interface testing, where the look and feel of the icons, the navigation, the contrast, brightness, etc., are checked and verified.
It is a well-known truth that mobile applications have fueled the expansion of company operations across firms of all sizes, owing to the enormous number of smartphone users. Mobile apps have also helped businesses give better customer service. According to data, a mobile app user chooses which app to download based on the objective of the work they intend to do, as well as the convenience with which it can be used.
With millions of mobile apps accessible nowadays, app ratings and reviews are also quite significant when it comes to convincing a new user to acquire mobile applications. Because of this, it is critical that mobile app automation testing be undertaken throughout the mobile app development process in order to guarantee that the app is thoroughly tested utilising appropriate mobile automation testing technologies once it has been developed.
There are many different automation technologies that can be utilised for mobile application testing to verify that the apps are faultless. A mobile app launched without proper testing will result in a massive drop in revenue, causing damage to the brand’s reputation and business.
It’s time to think of the popular RPA tool – the device anywhere automation testing method, which improves the test speed and eliminates the complexity while automating testing tasks, thereby improving the efficacy.
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Here are five significant challenges faced by the tech community while testing mobile apps.
Lack of Device Diversity
It is difficult for developers and testers to ensure that over 60-70 Android models and around 7 iOS devices that are available in the market, with varying screen resolutions, sizes, and hardware and software components, all run with user expectations in mind. In addition, the diverse categories such as native mobile apps, web apps, and hybrid apps contain several designs that do not respond with the native function, which makes the testing process quite tedious.
Slow Test Cycles
Back in the day, once the client requirements were understood, developers used to build the entire product taking a specific time duration, depending on the complexity of the product. However, things have changed over time.
Software Testing Life Cycles, on average, involve steps like requirement analysis, test planning, development of the test cases, the appropriate test environment set-up, executing test-cases, quality check, and assurance stages. These are quite lengthy, which makes it unreliable to invest in the usual testing stages for mobile app testing. Mobile app testing platforms incorporate Device Anywhere Automation. The tests can be performed concurrently on as many devices as desired, without the test cycle delays in conventional methods.
Prominent companies admit that a mobile app launched in the market does not undergo frequent and iterative tests that could cause the apps to fail. This includes even the most basic security tests, which are of utmost importance. There is an inaccuracy with the data process completion function and system up-gradation because a large amount of data is being scanned, so there is a probability that the right results are not shown, which not only affects the technology decision-makers but also makes the remote functions unreliable.
Testing tasks can be mundane and monotonous. A tester has to test cases repetitively, and it becomes extremely unexciting every time the developer brings in a new build. Testers often perform functional, regression, performance, security, usability, compatibility, and end-to-end testing manually and in an automated manner a countless number of times, usually to meet client requirements and expectations.
This is the biggest challenge faced by most multinational companies, where they exclude these testing cycles that repeat, and most of the time, turn pointless, bringing in no value to the project. Device Anywhere Automation becomes a life savior for testers where they can automate the test cases over multiple cycles against a range of devices and different OS.
Following the testing of fundamental functionalities, it is necessary to do usability testing to guarantee that a positive user experience is obtained. Performance testing should be carried out utilising mobile performance testing tools to guarantee that the app performs flawlessly even when a large number of users log in at the same time, as described above.
Hence, most of the conventional testing technologies and software testing tools other than Device Anywhere Automation available now will become more or less outdated, in the face of a rising demand for “something better than the existing.” Nonetheless, cloud-based testing procedures have proved to work well today to level up remote testing efforts and instantly enable smooth access of multiple locations.
The mobile app industry is in desperate need of mobile testing automation software from renowned software testing experts like HeadSpin to overcome the challenges.
HeadSpin stands out from its competitors with its unique testing methodology, including Device Anywhere Automation. Here, the tester can securely connect to a wide range of Android and iOS real-time devices, verifying their quality and level of security before launch, using HeadSpin’s cutting-edge mobile app testing tool.
HeadSpin is a more cost-effective and efficient test output to work on such critical issues. Switch to this real-time cloud-based, data-driven testing platform to automate tasks that have to be performed over and over again.. If you believe that RPA will rule the digital world in the upcoming years, then HeadSpin is undoubtedly your future testing companion.