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Home Guide 10 Challenges in Mobile Application Testing with Solutions

10 Challenges in Mobile Application Testing with Solutions

By Lakshmi Bhadoria, Community Contributor -

Table of Contents

The world has witnessed a boom in the mobile phone user base in the last decade. With a steady increase in smartphone users, from 3.6 billion users in 2016 globally to 6.25 Billion users in 2021, it is further projected to reach 7.6 billion by 2027 as per a report by Statista.

Worldwide smartphone subscription 2016 to 2027

What started with a simple device through which one can send and receive SMS and calls has become an extension of ourselves. These smartphones help a person wake up in the morning, show current affairs and real-time weather, send and receive messages & emails, and help meet loved ones through video calls. Order groceries from an eCommerce website, get your food delivered, and so on.

Smartphones or mobile devices have become an intrinsic part of our lives, and they are here to stay. All the functions which a smartphone can do can only be done through mobile applications or ‘Apps’. Because of the increasing number of mobile-OS-browser combinations, device fragmentation has become a real challenge for developers and testers to be on top of their game. Especially when the end-users are now hyper-aware of what they want. Quality and user experience is one thing that will retain your app user-base so essential to deal with the challenges.

10 Core Challenges in Mobile Application Testing

1. Device Fragmentation

Device Fragmentation is the biggest challenge faced by the app development team. It refers to an application being run on various devices and OS combinations. 

This is where the QA teams have to Test Compatibility not only in different OS (Android, IOS, Symbian, Windows, etc.) but also in different versions of the same OS (like Android Nougat (7.0), Oreo (8.0), and etc.). And it is often linked much more to Android devices as many third-party manufacturers provide their own “re-skinned” versions of the OS.

2. Different Screen Resolutions

With the number of mobile users increasing, the number of devices catering to different sections of user groups has multiplied. To provide a wider pool of options, newer versions of smartphones come with a varied number of screen sizes & resolutions. This gives rise to one more challenge for the app development and testing team. Hence there is a need to test websites on different screen sizes.

Pro-tip: Screen resolution testing should be considered for both Landscape & Portrait Modes

3. Too Many Models

Each year, smartphone users increase rapidly. Because of this, there are numerous mobile models available today in the market to cater to this growth. Developers are expected to create an app that can run smoothly without compatibility issues.

Too many models with different device configurations pile up the list of devices apps need to be tested for. This ever-increasing task is not solved entirely by emulators and simulators only. Testing on real devices is a massive step up from emulators/simulators and is needed for mobile apps for any bug or issue rigorously.

4. Testing A Mobile App on Staging

In an app development cycle, staging is the last phase of the deployment process before releasing to Production. Though developers also test the app before passing it to the testing team, it still needs to be tested thoroughly before it is sent into production.

Creating a staging environment avoids bugs in production as solving bugs post-release is very time-consuming and costly, plus it affects credibility and hampers user experience. For example, testing gaming apps need to be highly accurate as it involves a larger-than-life experience for gaming enthusiasts. Disappointing them initially is always bad for business if you wish to push in-app purchases in the future.

It is essential to create an environment where all the configurations of the production environment should be matched in staging.

5. Network / Internet Bandwidth Issues

While a tech team enjoys working with high-speed internet, it’s not the case for all the end-user. Increasing numbers of smartphones indicate that it has penetrated the suburban areas also, where the speed is moderate. Apps users would also want certain features while traveling to remote places when the networks are unstable. Testing mobile apps in offline mode where app-users would want to access certain functionalities is of paramount importance. 

A simple solution to this problem is Network Throttling with BrowserStack, where internet speed is deliberately slowed down to emulate low bandwidth conditions experienced by a large user segment. It’s necessary to monitor and simulate network conditions on Android & iOS devices to rectify any abnormal app behavior.

BrowserStack allows testers to throttle network speed for mobile app testing on the latest and legacy models of real Android and iOS devices. The entire system is hosted on the cloud, so there is no need to connect many devices to testers’ workstations.

Simulate Network Speeds on Real Devices

6. Mobile App Security

Security of the app is one of the most critical concerns for a developer or a QA. With the advancement of technology, it has become easier for security breaches to happen. But at the same time, if the app is tested thoroughly, it can decrease the probability to a larger extent.

Testing any app for Security needs a lot of information gathering and analysis. Compared to desktop or web apps, it is tricky since mobile applications have many permutations.

7. External Constraints and Real User Conditions

The main drawback of emulators and simulators for app testing is that they mimic the real device environment and do not provide testing under real user conditions.

The advantages of emulators and simulators are limited in scope, and they should never be considered a substitute for a real device. Emulators and simulators can mimic the device but cannot create a real test environment

To test an app rigorously and thoroughly, it should be done in real-world conditions, i.e, to know how the app behaves when the battery is low or when a notification pops. 

8. Multiple Mobile Application Types

Types of Mobile Applications

A mobile app has three types Native, Hybrid, and Progressive Web Apps (PWA). 

  • Native Apps are built for a particular OS. For this reason, the apps built for iOS don’t run on an Android or any other OS and vice versa. Since these apps are written keeping in mind a specific OS they are highly efficient, fast, and offer a great user experience. Challenges include keeping up with the issues which can arise while introducing new versions of the same OS.
  • Progressive Web Apps (PWA) give a similar experience as a Native app, but any specific OS does not bind it. Rather they are dependent on the mobile’s browser. Thus they are expected to work on any device. So, these need to be run and checked on many devices, which can be a time-consuming process but is required for a good user experience. Read on how to test Progressive Web Apps (PWA).
  • Hybrid Apps have elements from both Native and PWA. They are the best of both worlds, deployed in native containers and using native-OS browsers (WebViews) to display web content, hybrid apps are supposed to offer cross-platform reach. But these apps are affected by device fragmentation the most.

You can install and test native or hybrid apps on our BrowserStack App Live and BrowserStack App Automate. App Live is for interactive testing, while App Automate runs your automated tests on native or hybrid apps using test automation frameworks like

  • Appium
  • Espresso
  • XCUITest
  • EarlGrey

9. Consistent User Experience

For an end-user, how the app’s functions and features are working is as important as its user interface. For a consistent user experience, both these things must go hand in hand. Sometimes, it can be tricky to make the interface and functionality work seamlessly. Applications are also at risk of working fine on one device and not on another. 

This lack of consistency and bad user experience can be unsatisfactory for the user.

10. Geolocation App Scenarios

With globalization in full swing, apps are also being developed for various regions and locations. Developing and testing the app according to the language, region, audience preferences, and area-based regulations is essential.

Localization testing intends to test globally operating software to provide linguistic and cultural relevance for different parts of the world. It is a technique to verify software behavior, accuracy, and suitability for specific locations and regions.

Benefits of Localization Testing:

  • Engages more customers
  • Key to scalability

Localization testing can be a strenuous process. Consolidating the data according to different regions and locations, tailoring the app according to various target audiences, getting accurate and appropriate translations, and most importantly, testing the app on real browsers and devices. With 9000+ distinct devices being used globally, every app has to be optimized accordingly. 

Read more: How to perform Localization Testing                                

Your Singular Solution to Mobile App Testing Challenges

All the above challenges can be overcome if testers can test their apps in real devices, rather than emulators and simulators, as they can never mimic a real device and how it will function in different test scenarios for thorough app testing. But working with real devices, to various types of real devices, can be tiresome.

One solution for this is a cloud mobile testing platform that can test websites and mobile applications across on-demand browsers, operating systems, and real mobile devices.

BrowserStack does just this; it provides instant access to a cloud platform that allows testing websites and mobile applications for functionality, performance comprehensively, and visual appeal so apps can be released bug-free, faster, and at scale.

With 3000+ real devices and browsers, your team can solve all the challenges of device fragmentation, too many models, different screen resolutions, security concerns, localization testing, or network bandwidth issues, which provides a consistent and seamless user experience.

Start App Testing with BrowserStack

Tags
Fragmentation Mobile App Testing Mobile Testing Types of Testing

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