“The future of business is mobile, and those who harness its potential are the ones who will thrive.” 

Mobile apps are expected to generate over $935 billion globally, the number signifies their critical role in driving business growth. The digital landscape has evolved, and customers are increasingly dependent on mobile applications for everything – online shopping to banking, entertainment, and more. This shift in consumer behaviour comes with an unprecedented opportunity to streamline operations, engage customers, and boost ROI through strategic mobile app development. The integration of cutting-edge technologies like AI into mobile apps further accelerates this potential, enabling hyper-personalized experiences leading to deeper customer loyalty and higher revenue.  

The Rise of Mobile Application Development in Business 

Consumers spend high time on mobile apps, businesses are investing in their own tailored apps to drive engagement, sales, and brand loyalty.  

As consumers increasingly spend time on mobile apps, businesses are responding by investing in their own tailored apps to enhance sales, customer engagement, and brand loyalty.  

For example: The retail sector has been revolutionized by mobile apps. In 2023, mobile eCommerce accounted for over 72.9% of total eCommerce sales globally, focusing on the immense potential of apps in driving revenue. The healthcare, financial sector, and entertainment industries are also witnessing huge growth, as mobile apps streamline offering services, user experiences, and products at the convenience of a tap.  

In 2025, businesses that prioritize mobile app development are positioned to unbar new revenue streams and cater to the preferences of modern customers. However, this growth isn’t just tied to app availability – It depends on creating apps that are intuitive, user-friendly and value-driven.  

Maximizing ROI through Mobile App Strategies 

For businesses to maximize ROI, they need to move beyond launching an app – they shall pay attention to crafting robust mobile app strategy. This includes everything from user experience design to continuously feature updates and ensure the app addresses pain points faced by the target audience.  

Key strategies for driving ROI through mobile apps: 

Personalization: Offering personalized experiences through mobile apps helps in better user engagement. Customizing features based on user preferences, behavior and history can maximize the customer experience and lead to its repetitive usage.  

In-app Purchases and Subscription Models: No matter if your business is in retail or services, offering exclusive features or products through in-app purchases pr subscriptions can generate significant revenue.  

Push Notifications: Relevant and timely notifications help to re-engage users, reminding them of new offers, abandoned carts, or must-grab offers, all leading to better conversions.  

Loyalty Programs: Many businesses use mobile applications to incentivize repeat purchases. For example: Starbucks attributes over 24% of its US sales to its mobile app, integrating rewards for frequent customers.  

Data Analytics: Mobile applications give businesses a treasure trove of data that may be used to refine products and services. Tracking in-app behavior can offer insights into customer choices, which may be used to optimize marketing strategies and product offerings. 

The Role of AI in Enhancing Mobile App Performance 

Artificial intelligence can be a game-changer when it comes to mobile app development, offering businesses powerful tools to personalize user experiences and drive more targeted marketing. AI enables businesses to turn mobile apps into smart applications learning, adapting, and regularly improving their performance.  

AI-Powered features driving App Success: 

Personalization at Scale – AI algorithms can analyze huge datasets in real-time, allowing businesses to deliver offers, highly personalized content, and recommendations to individual users. This level of customization is key to boosting user satisfaction and driving RoI. 

Chatbots and Virtual Assistants: Integrating AI-powered chatbots into mobile apps helps businesses offer round-the clock customer support. This not just improves customer satisfaction, but also reduces operational costs by reducing the need for human interference.  

Predictive Analytics: AI can forecast user behavior by analyzing historical data, allowing businesses to anticipate user needs and offer proactive solutions. For instance: eCommerce apps can use predictive AI to recommend to users the products that they are most likely to purchase, based on their past browsing habits. 

Major Brands are Leveraging Mobile Application Development for Growth 

Many international brands have leveraged mobile applications to transform their customer experiences and grow their bottom lines. Here are some examples of how mobile apps have driven significant business growth: 

Domino’s Pizza: Domino’s app has revolutionized the food delivery space by offering easy online ordering, real-time order tracking and personalized offers. As of 2023, Domino’s reported over 60% of their US sales were made through their mobile app, a significant driver of the company’s success.  

Nike: Nike’s mobile app ecosystem, including Nike Training Club, has developed a community-driven platform that offers personalized fitness guidance, product recommendations, and exclusive access to products. This has helped Nike increase customer loyalty and boost its digital sales. 

Starbucks – Through mobile app they encountered over 24% of all US transactions in 2023. This is another example of how mobile apps are shaping the future of business ROI in 2025, how companies can leverage this trend, and how AI plays a pivotal role in transforming app-based strategies. 

How can Businesses use the Power of Mobile Apps? 

Enterprises looking forward to capitalizing on mobile apps in 2025 need to take strategic steps to maximize their impact. Here are some actionable steps: 

• Use data analytics to understand how users communicate with your application. Recognize the areas of friction and optimize the user journey to deliver a seamless experience.  

• An intuitive design is crucial for keeping users engaged. It is important that your app is easy to navigate, appeals visually, and offers value to the user from the moment it is logged in. 

• Integrating AI capabilities can offer personalized experiences and streamline operations. Consider using recommendation engines, AI-driven chatbots, and predictive analytics to drive engagement and ROI. 

• Users expect responsive and fast apps. Make sure your app is optimized for performance, including smooth functionality, quick load times even during heavy traffic. 

Conclusion 

Mobile apps are not just a trend—they are the future of business growth. By 2025, businesses that prioritize mobile app development and integrate AI-driven features will position themselves to capitalize on the growing demand for mobile-first experiences. Whether it’s through personalization, improved CX, or streamlined operations, mobile apps have the potential to significantly boost business ROI. The key to success lies in adopting a strategic approach, keeping user experience at the forefront, and leveraging the latest technology trends to stay ahead of the competition. 

The post How Mobile Application Development is Shaping the Future of Business ROI in 2025 first appeared on TestingXperts.

Today, mobile apps have become an essential part of human lives. People across the world use mobile apps to perform various tasks, including banking transactions, fitness updates, insurance claims, etc., on the go. These mobile apps have also enabled businesses to connect with customers, increase sales, and build customer loyalty easily and rapidly. According to Statista, In 2025, consumers are projected to download 187 billion mobile apps from the Google Play Store, up from 109 billion apps downloaded from Google Play in 2020. Therefore, today the importance of high-quality mobile apps is growing in the market. Thus, it has become essential for businesses to ensure their mobile apps in all (app) categories should deliver seamless transactions and enable a great user experience (UX).

1. An overview of mobile application testing
2. Why is mobile application testing essential for businesses?
3. What are the features to be included in a mobile application testing checklist?
4. What are the steps involved in mobile application testing?
5. What are the differences between real device testing and virtual device testing?
6. Overview of simulators and emulators for mobile application testing
7. Benefits of leveraging simulators and emulators for mobile application testing
8. 7 Mobile application testing types
9. What are the challenges faced by testers during mobile application testing
10. Benefits of leveraging AI and RPA-based mobile app testing
11. Major mobile application testing tools
12. Conclusion

Mobile app categories

Native mobile apps: These apps are designed specifically for one platform, i.e., iOS, Android, or Windows. Native apps are easy-to-use and easy to optimize.

Web apps: These apps run on web browsers of mobile devices. They can be directly used on PC browsers and do not require a separate download. Web apps can work on different mobile operating systems, such as Android, iOS, or Windows.

Hybrid mobile apps: These apps are both native and mobile web apps. Hybrid apps can be installed on devices like native apps, but they run through web browsers.

With the ever-increasing need for these mobile apps across industries, businesses should ensure that they are end-to-end tested, leveraging mobile app testing.

An overview of mobile application testing

Mobile application testing is a software testing process wherein applications designed for hand-held devices are tested for functionality, security, usability, accessibility, etc. Typically, even before the mobile app is released into the app store or play store, these apps are tested to meet all functional and non-functional requirements, business requirements, and user expectations. The main aim of mobile app testing is to improve the quality of mobile apps and deliver a great UX.

Why is mobile application testing essential for businesses?

Helps in achieving fully-functional apps:

The main aim of mobile app testing is to ensure that the app’s functionality work fine as expected. This testing method helps to improve the overall functionality of the app.

Uplifts brand image:

Mobile app testing helps deliver high-quality apps to customers. A high-quality mobile app keeps the customer engaged and increases their trust in the brand, which in turn uplifts its brand image in the market.

Improves the app UI:

During mobile app testing, testers test the product from the end-users perspective and assess the overall app experience it delivers to the user. Testers validate the user interface (UI) compatibility with various devices of varying screen sizes and ensure it is convenient and easy to use. Thus, mobile app testing helps to improve the UI of an app.

Increases user satisfaction:

Mobile app testing ensures the app meets all functional and non-functional requirements. This helps businesses deliver high-quality mobile apps to the user, which increases customer satisfaction.

Improves the overall quality of an app:

Mobile app testing helps improve the overall quality of the app by removing bugs from the apps that hamper its functionality, usability, security, and more. Hence, businesses can deliver high-quality apps to their customers by leveraging mobile app testing.

What are the features to be included in a mobile application testing checklist?

• Compatibility of an app across platforms, OS, and browsers

• Check for the compatibility of in-app features

• Graphical User Interface (GUI)

• Network compatibility

• App navigation

• Security vulnerabilities

• App performance

• App installation/uninstallation

• Memory usage

• Battery consumption

What are the steps involved in mobile application testing?

Identify the testing needs:

The first step is to identify the testing needs. Testers need to decide what is to be tested in an app and decide the scope and the test coverage.

Decide the type of testing to be performed:

Once all the testing needs are identified, testers need to identify the type of tests to be performed on the mobile apps. Various types of tests are performed on new mobile apps, including functional testing, regression testing, performance, and load testing, interruption testing, localization testing, speed testing, usability testing, security testing, accessibility testing, etc.

Create test cases and test scripts:

The next step involves creating test cases and automated test scripts. Testers should ensure that the test cases should cover all the critical areas and functionalities of an app.

Plan to automate/manually execute:

Based on the testing needs, testers need to decide whether to automate or manually execute the test. Testers need to leverage automated mobile testing tools as per testing requirements to perform mobile automation testing to quicken the releases and ensure faster time-to-market.

Track and manage the defects:

Once the testers execute all the test cases, they need to identify the issues in an app and fix them as soon as they are identified.

Lastly, testers must prepare a test execution report detailing all the pass/failed test cases, bugs identified, bugs resolved, and other remarks. The report must be shared with all stakeholders to help them make informed decisions.

However, in today’s fast-paced world, for an app to be successful in the market, it should work seamlessly on all hand-held devices available in the market. But, testing mobile apps on all possible devices is difficult for testers. Therefore, testers need to leverage a combination of real devices and virtual devices (Simulator and Emulators) for mobile app testing.

What are the differences between real device testing and virtual device testing?

Overview of simulators and emulators for mobile application testing

Benefits of leveraging simulators and emulators for mobile application testing

Allows easy download from the internet:

Simulator/emulators can be easily downloaded from the internet. This easy availability of simulators/emulators makes mobile app testing easy and convenient.

Virtualizes various devices:

Simulators/emulators allow virtualizing various devices for mobile app testing. Due to this, testers can ensure the app testing on all possible combinations and device form factors without any need for actually buying the real devices.

Reduces costs:

Simulators/Emulators allow mobile app testing at less price as compared to real devices. Since these virtual devices need no special labs for storage and maintenance, it reduces high costs compared to real device testing.

Ensures effective testing in time-bound situations:

Emulators and simulators can be used for testing in some time-bound situations where the apps are to be launched quickly. They cal also be used in situations where real devices cannot be bought, as these virtual devices mimic almost all possible combinations of real devices.

7 Mobile application testing types

Functional testing:

It is performed to verify the functionality of an application to ensure it works fine as per expectations. The various functional testing methods, including unit testing, integration testing, system testing, acceptance testing, alpha testing, and beta testing, are all performed to ensure a fully functional mobile app.

Usability testing:

A group of users are selected and given a specific task to perform on the mobile app in this testing method even before the app is released into the market. The actions performed by these users are observed and recorded by the specialists, such as QA teams, test engineers, etc. Their feedback is collected, and proper actions are taken to improve the usability of an app.

Compatibility testing:

An app should ideally work fine across all different types of devices, platforms, networks, OS, and browsers. Thus, it is important to test the app’s compatibility to deliver consistent performance across all platforms.

Performance testing:

This test is performed to check the speed, responsiveness, reliability, and stability of an app under fluctuating networks, bandwidths, and user loads. The main aim of this test is to eliminate performance bottlenecks from an app. There are various types of performance testing methods, such as load testing, spike testing, endurance testing, volume testing, etc.

Security testing:

The main aim of this test is to ensure that the applications are free from all vulnerabilities and security loopholes. The different types of security tests that are conducted are vulnerability tests, penetration tests, security scanning, security auditing, etc.

Localization and globalization testing:

This testing method verifies whether the mobile app has compliance with the language and cultural aspects at the local and international levels. This test ensures that proper time zone, i.e., date & time formats, are included in the app, local currency, text, and user interface are used, and L10N and L18N standards are followed.

Digital testing:

It is a software testing type that covers the entire range of mobile app testing, which includes functionality testing, security testing, performance testing, and more. It ensures end-to-end testing of mobile apps, i.e., functional, non-functional, compliance testing, etc.

What are the challenges faced by testers during mobile application testing?

Testing different screen sizes:

The screen sizes of mobile devices vary greatly, such as an iPhone differs from android and other smartphones. Testers have to check different layouts and elements against different pixel densities, which is time-consuming.

Varying battery consumption:

Mobile apps tend to consume battery life quickly. Users often use multiple apps at a time on their mobile phones. Hence, the apps that are left open in the background drain the battery power. Testing the battery consumption for various devices under varying conditions forms another challenge for testers.

OS fragmentations:

OS fragmentation is another challenge as testers need to ensure that the app not only works on all OS like android, iOS, and windows but also across various versions of OS, like iOS 5X, iOS6X, etc.

Mobile networks:

Today’s customers need fast and high-performing mobile networks; however, testing mobile apps for different networks is quite challenging.

Changing customer requirements:

Frequently changing customer requirements is another challenge that testers face with mobile app testing.

Benefits of leveraging AI and RPA-based mobile app testing

With the rapidly enhancing technology landscape, mobile apps are getting advanced too. Therefore, it has become essential to test mobile apps leveraging advanced technologies like AI, ML, and RPA to ensure faster testing outcomes to help businesses go early to market. The usage of these advanced next-gen technologies brings many benefits:

Increases speed of automation testing:

As the app progresses, functional and regression test suites tend to become lengthy. Also, testers need to run all test cases all over again to fix a minor issue in the app. But, by leveraging technologies like AI and RPA, testers can identify the minimum number of test suites that need to be run and help identify and fix the issues in an app quickly and effectively.

Ensures easy bug identification:

AI and RPA bots can quickly check the overall app health much faster and send the overall report back to the testers. This report helps the testers be assured that the bot has visited and tested the most common paths of an application to see if there are any issues in-app. Thus, AI and RPA bots help identify the most error-prone areas in an app that can be fixed further with automated mobile testing.

Enhances the overall test coverage:

AI, ML, and RPA technologies increase the overall depth and scope of testing. These technologies can even check the data tables, memory and file contents, inner programs, and other critical areas of an app to ensure it works as expected. Thus, it enhances the overall test coverage of a mobile app.

Ensures accurate testing:

In comparison to the manual testing method, RPA bots can improve the accuracy of the test. Since RPA bots are much more accurate than humans, these bots can effectively test mobile apps without any error.

Enables scriptless test automation:

RPA bots do not require humans with great coding or scripting skills to run the test. Thus, any subject matter expert or QA with hands-on experience with RPA tools can execute scriptless mobile app testing effectively.

Saves significant costs:

Mobile apps are to be tested repetitively each time the source code is modified. Manually testing of app repetitively is not only time-consuming but costly too. But, with the help of AI and RPA, regression tests can be automated, saving overall time and costs.

Major mobile application testing tools

Tricentis Tosca:

It is a continuous testing platform used to design automated, functional, end-to-end software tests. This testing tool allows codeless testing for any mobile app with the help of a simple drag/drop functionality. Tricentis Tosca allows testing of native, hybrid, and web applications on iOS and Android devices, including mobile cross-browser testing. It allows scaling mobile testing efforts by enabling testers to run tests in the local environment or execute tests in the cloud on any device, simulator, or emulator.

Appium:

It is an open-source automated testing tool for testing mobile applications. This tool supports the automation of native, hybrid, and mobile web applications built for iOS and Android. This tool makes use of vendor-provided automation frameworks and is based on server architecture. Appium released its latest version in January 2020 – Appium 1.16.0, which allows beta support for flutter, iOS simulator geolocation setting for testing, and Safari weblogs capabilities.

TestComplete:

It is one of the easy-to-use tools, and it helps in automating tests for mobile apps, desktop, and web applications. This tool provides maximum test coverage with a hybrid object and visual recognition engine. It allows scripting in various languages, like Python, JavaScript, Delphi Script, C++Script & C# Script.

Ranorex Studio:

It is an all-in-one automation testing tool, and it powers on a selenium web driver with capabilities like UI object recognition, intuitive interface, and full IDE. This tool also has a record and playback feature which helps in easy automation. Ranorex allows cross-platform testing and is used for end-to-end testing on web, desktop, mobile, and APIs.

Conclusion

The global mobile app market is rapidly growing and evolving with technology. Today, every business needs high-quality mobile apps to deliver a great UX. These mobile apps should be tested for their functionality, security, usability, accessibility, performance, etc. Therefore, businesses should leverage end-to-end mobile app testing from a next-gen QA and an independent software testing services provider to achieve high-quality mobile apps.

The post A Detailed Mobile Application Testing Guide first appeared on TestingXperts.

Mobile is undoubtedly the biggest medium to reach consumers and the credit for this revolution goes to the arrival of smartphones. Smartphones have brought businesses with unprecedented access to their consumer base by introducing consumer friendly mobile applications and organizations are slowly moving towards digitizing most of their user touch points.

1. Appium: Coss-platform Solution for Mobile Test Automation
2. Why Appium?
3. Things to be aware of?
4. Conclusion

There is a stiff competition between organizations to be the first one to offer new functions and features to consumers and this requires fast-paced IT efforts at their end. This is further complicated due to consumers using different devices and platforms access the mobile apps. So, in order to be deliver apps faster and to all your consumers, it is important that organizations deploy test automation solutions which can work swiftly across all platforms.

Appium: Coss-platform Solution for Mobile Test Automation

Appium is an open-source, cross-platform, mobile app automation testing using appium tool to automate testing for hybrid, native, and mobile web applications. Appium has become one of the best test automation solutions for mobile apps and games. It is an open-source test automation framework that supports iOS and Android on real devices as well as emulators and simulators. Unlike a lot of other mobile test automation tools, Appium doesn’t require the application to be re-compiled with an extra agent.

This ensures your app doesn’t change while testing and you can be more confident of the testing being done. It enables you to script your test cases in multiple languages including Java, Ruby, C#, etc. and gives you the flexibility to design your framework accordingly.

Why Appium?

• The main advantage of Appium is that the complexities are taken under the hood by the Appium server. The whole experience for the automation developer would remain the same irrespective of the platform he uses (Android or iOS).

• Appium helps in opening the doors to cross-platform mobile testing, which helps in working on multiple platforms. Also enables re-usability of automation code across iOS and Android

• It has the ability to automate hybrid, web and native mobile applications.

• Unlike other tools, Appium does not necessitate in including extra agents in your application to make it automation friendly.

• Helps you keep automation costs low since it is open source

Things to be aware of?

• Appium does not support Android mobile devices with a version lower than 4.2

• Speed of execution is slow when testing for iOS on real devices

• It may be difficult to test iOS apps on the local server as Appium only trusts OS X libraries to support iOS testing

Conclusion

TestingXperts’ advanced mobile test lab uses the modern and best in mobile testing to bring you better quality and quicker time-to-market.

With our ready Appium automation framework, Tx-Automate’ we can get you started with test automation quickly. Reach out to us, and we will be pleased to help you with the right mobile app testing strategy.

Stay tuned for more on mobile application automation tools……

The post Mobile App Automation: How Appium can add Value to your Application first appeared on TestingXperts.

Mobile DevOps is the integration of DevOps principles into the development and delivery of mobile applications. Its primary objective is to streamline the mobile app development lifecycle, enhance collaboration between development and operations teams, and automate processes for faster and more reliable app releases. By adopting DevOps methodologies, organizations can automate critical processes like continuous integration and delivery (CI/CD), ensuring a seamless mobile app development experience.

Several surveys conducted by Dimensional Research and Perfecto Mobile shed light on the increasing importance of DevOps practices in mobile application development. Approximately 60% of organizations have implemented CI/CD for their mobile app development, while 70% leverage automation tools for their mobile DevOps practices.

Despite these advancements, security remains a significant challenge in mobile DevOps. A report by Capgemini reveals that 77% of organizations consider security to be their primary concern in this context. This underscores the necessity for secure coding practices and robust security testing throughout the mobile application development process. Overall, the integration of DevOps principles into mobile application development is revolutionizing the industry, enabling organizations to deliver high-quality apps with greater efficiency and agility.

What is Mobile DevOps?

Mobile DevOps refers to the process of integrating DevOps practices into mobile app development. DevOps is a software development methodology that emphasizes collaboration, automation, and continuous delivery. By applying DevOps practices to mobile app development, teams can streamline their development processes, reduce errors, and deliver high-quality apps faster.

Some Common Mobile DevOps Practices Include:

• Continuous integration and Continuous Delivery (CI/CD) pipelines

• Automated testing

• Mobile device testing and emulation

• Version control and code management

• Collaboration and communication tools

How is Mobile DevOps Different from Agile App Development?

• DevOps brings together development and operations teams, while Agile emphasizes collaboration, customer feedback, and frequent small releases.

• DevOps prioritizes continuous testing and delivery, whereas Agile prioritizes constant changes.

• DevOps employs both shifts left and right principles, whereas Agile mainly focuses on shift-left principle.

• DevOps places more emphasis on operational and business readiness, while Agile focuses more on functional and non-functional readiness.

Benefits of Implementing DevOps in Mobile App Development

Faster release time:

DevOps tools used in mobile app development allow for almost immediate collaboration among teams, particularly the operations and delivery teams. This ultimately reduces the time required from a design and development standpoint.

Improved communication and collaboration:

DevOps in mobile development can enhance communication and collaboration by promoting cross-functional collaboration, automating processes through CI/CD, and providing real-time feedback on the status of builds and deployments.

Quality control:

DevOps in mobile development can improve quality control by automating testing processes through CI/CD, promoting collaboration and communication, and providing real-time feedback on the status of builds and deployments.

Efficient use of resources:

DevOps promises to enable fast feature delivery, updates, and new builds by ensuring seamless collaboration between operations and development teams. Automation is heavily used in DevOps to optimize resource usage. From source code management to development platforms and testing tools, automation is relied upon to facilitate instant and frequent releases.

Instant feedback:

DevOps provides the advantage of receiving immediate reports and feedback, as well as complete transparency into the development and regression testing process for stakeholders. This transparency allows mobile app development teams to quickly troubleshoot issues, fix, refactor, and optimize the user experience.

Eliminate bottlenecks and inefficiencies:

The goal of DevOps is to make processes more transparent, effective and improve communication. The alignment regarding the tools, processes, and practices plays an important role in removing bottlenecks and inefficiencies.

Steps to Implement DevOps in Mobile App Development

Establish clear goals:

• Improve app quality, reduce time-to-market, enhance collaboration between teams.

• Ensure goals align with overall business objectives.

• Share goals with stakeholders for understanding and commitment.

• Set measurable and achievable targets to track progress and evaluate effectiveness.

Build a cross-functional team:

• Determine roles for developers, testers, operations, and relevant stakeholders.

• Encourage open communication and regular meetings to promote shared understanding and ownership.

• Ensure access to necessary training and resources for DevOps skills enhancement.

• Clearly define tasks and responsibilities to avoid confusion and duplication.

• Foster a culture of exploring new technologies and best practices in DevOps.

Automate the build and deployment process:

• Set up a CI system to automate building, testing, and integrating code changes.

• Automate testing processes, including unit tests, integration tests, and end-to-end tests.

• Utilize containerization with tools like Docker for consistent and portable deployment.

• Implement continuous delivery (CD) to automate deploying code changes to production environments.

• Use monitoring tools to analyze the performance of the mobile app in real-time.

Implement version control:

• Select Git, SVN, or Mercurial based on your needs.

• Set up a repository to store source code and collaborate with team members.

• Establish strategies to manage parallel development and smooth integration of code changes.

• Implement code reviews, including peer reviews, automated reviews, and continuous integration.

• Utilize tags and releases to mark milestones and track changes in the codebase.

Embrace infrastructure as code:

• Adopt Ansible, Chef, or Puppet to automate provisioning and configuration of infrastructure resources.

• Use Terraform or CloudFormation to provision infrastructure resources in a consistent and repeatable manner.

• Implement testing and validation processes for infrastructure changes to ensure they meet the desired state.

Implement continuous testing:

• Cover different types of tests, including unit, integration, functional, performance, and security tests.

• Use automated testing tools and frameworks to save time and effort, ensure consistency, and enable faster feedback on code changes.

• Run tests automatically whenever there is a code change, or a new build is deployed to catch bugs and issues early.

• Write tests before writing the actual code to ensure desired functionality and behavior and act as documentation for future reference.

• Use monitoring tools to track and analyze test results to identify patterns, trends, and areas for improvement in the testing process.

Monitor and Analyze

• Determine KPIs and metrics such as response time, error rates, resource utilization, and user engagement.

• Choose tools like Prometheus, Grafana, or New Relic to collect and analyze metrics in real-time.

• Configure alerts based on predefined thresholds to proactively address issues.

• Analyze logs to gain insights into errors, exceptions, and important events for troubleshooting and improving app performance.

• Experiment with different features or user experiences and analyze the impact on metrics like user engagement and conversion rates.

Key Elements of Mobile DevOps Practices

Continuous Planning:

It allows DevOps to create a solid strategy that aids in making the most effective mobile applications for types of enterprises.

Continuous Integration:

Developing code collaboratively is important to ensure that different teams can easily integrate their work. In DevOps, Continuous Integration emphasizes the need for regular builds that are free of errors and can be smoothly combined with the most recent code changes.

Continuous Testing:

Testing plays a critical role in the app development process as it helps to detect errors and issues in the application at an early stage, thereby ensuring that high-quality products are delivered to the end-users.

Continuous Testing is primarily focused on testing frequently and at an early stage of the development cycle.

Continuous Monitoring:

DevOps enables developers to conduct extensive testing and monitoring prior to deploying the app to end users. Continuous monitoring plays a crucial role in detecting and resolving issues. It ensures that the development process remains stable, even with significant changes, without requiring human intervention. This ultimately guarantees that the app is stable and performs according to expectations.

Continuous Delivery:

Continuous delivery is a software development practice that involves releasing updates in smaller increments, allowing for the possibility of releasing the software at any given time. With DevOps in mobile application development, changes in code are deployed immediately after they are made. The main aim of continuous delivery is to speed up the process of building, testing, and releasing software to customers in shorter cycles.

Continuous Deployment:

Continuous delivery is a software development practice that involves releasing updates in smaller increments, allowing for the possibility of releasing the software at any given time. With DevOps in mobile application development, changes in code are deployed immediately after they are made. The main aim of continuous delivery is to speed up the process of building, testing, and releasing software to customers in shorter cycles.

Conclusion

Mobile DevOps stands at the forefront of revolutionizing efficiency in mobile application development. It offers a holistic and collaborative framework that significantly impacts the entire development lifecycle. By incorporating automation, continuous testing, and streamlined workflows, Mobile DevOps not only accelerates the pace of development but also enhances the reliability and quality of mobile applications. The real-time feedback loops, improved collaboration, and resource optimization contribute to a more agile and responsive development environment. Mobile DevOps empowers businesses to stay ahead in a dynamic industry, encourage innovation, and provide a strategic edge by efficiently delivering high-quality mobile applications that meet the ever-changing demands of users.

How can TestingXperts help you in Implementing DevOps in Mobile Application Development?

TestingXperts is a leading Digital Assurance and Quality Engineering services company that helps organizations maximize efficiency in mobile application development through its Mobile DevOps approach. Here are some ways in which TestingXperts can help organizations achieve:

• Providing end-to-end testing services for mobile applications.

• Ensuring that the application is tested on various devices and platforms.

• Implementing automation testing to speed up the testing process.

• Providing continuous integration and delivery to ensure that the application is always up to date.

• Implementing security testing to ensure that the application is secure.

• Providing performance testing to ensure that the application performs well under different conditions.

• Providing usability testing to ensure that the application is easy to use and navigate.

The post Mobile DevOps – Maximizing Efficiency in Mobile Application Development first appeared on TestingXperts.

Why Mobile App Testing

Further, to retain mobile app customers, it is vital for these apps to be stable and perform flawlessly as per user expectations. Hence, as part of achieving efficient applications, mobile application testing plays a critical role in their success. It is a process used to test the functionality, usability, performance, consistency and other factors of the software developed for handheld devices. But, the process of mobile app testing has its challenges. Hence, it becomes a daunting task for testing mobile apps with varied factors to be considered; operating systems (OS), device types, diverse usage scenarios, and network compatibility.

What Factors to Consider for Mobile Application Testing?

1. Stable Network Bandwidth and Carrier Networks:

There is a dense impact of internet bandwidth on mobile apps. A typically slow or a bad internet connection adversely affects the mobile application behavior for different users. Mostly, users don’t wait for longer than 3 seconds for an app page to load. Hence, mobile testing should be taken up to check the impact of interruptions and network fluctuations.

Specifically, Interruption testing is a process to replicate abrupt or unexpected interruptions in the app such as battery removal, OS upgrade, plug in and out of charging, network loss and restoration, and device shut down, to name a few. Thus, it is essential to test mobile apps in actual network environments to get a real picture of mobile application behavior.

Mobile apps are usually developed to support multiple geographical locations and are available in multiple languages to engage end-users. These apps should be tested across carrier networks geo-location wise to ensure the app’s correct usage in different locations.

2. Great User Experience (CX):

The most important impression of any mobile app is the necessity to deliver a smooth and winning user interface. The user interface should be simple, effective and easy to navigate for the users. Hence, the mobile app should be tested with the mobile testing method of user-interface crowd testing. This helps to understand the initial response and feedback from real-time users. It also helps to test the app in real-world conditions with users from different locations to get a first-hand look and feel about the app.

3. Impressive Performance:

Mobile app users expect a good response from the application while using it. The app performance is measured by how responsive it is, how quickly it starts up, how well it uses its device memory, and how efficiently it uses its device power, etc. Moreover, a user’s expectation of responsiveness alters with the mobile device they are using. Optimizing screen size is an important aspect to deliver excellent app performance. Performance testing should necessarily be taken up to ensure flawless app performance as malfunctioning might lead to disengaged users

4. Effective End-to-End Security:

With the cyber-threats all around and especially mobile apps being largely attacked, it is essential to get them thoroughly tested for security. Users demand their personal data safety, and secure transactions. For the mobile apps to perform stable payment integrations, end-to-end security testing should be taken up. Security testing helps to identify threats and vulnerabilities if any in the app and ensures data security.

5. Stable Across Operating Systems:

There are various mobile operating systems (iOS, Android, Windows 10, etc.) in usage, and each of these operating systems has multiple versions. There is a complexity of the supported platforms that have indeed gone to a new level. Typically, businesses should make sure that their mobile applications should perform well on all operating systems and their supported versions. To achieve compatibility across OS, effective end-to-end mobile app testing should be taken up across OS versions.

6. Delight with Usability:

Mobile apps should be user-friendly and intuitive to attract baby boomers, novice users as well as experienced users. The app should be interactive with a good look and feel and ensure effective navigation all through the functionalities. Complicated user flows confuse the users, and they might even restrain from using such mobile apps. Thus, usability testing should be taken to ensure the app has a smooth and straightforward flow all along with the functionalities.

7. Compatible Across Devices:

There are numerous types of mobile devices, and the mobile application should perform as expected across a combination of mobile devices and browsers. Mobile compatibility testing should be enforced to check the app compatibility on different devices and browser combinations to verify screens and behavior as expected. Compatibility testing is usually performed for the following:

– Testing across Databases such as Oracle, SQL Server, etc.

– Testing cross-wise over Web browsers such as IE, Chrome, Firefox, Mozilla, Safari, etc.

– Testing across System Software such as web server and updates

– Testing Cross-wise across various mobile platforms, devices, networks

Hence, with the diversity of devices, platforms, screen resolutions, memory sizes, and connectivity options, mobile compatibility testing helps to ensure the mobile app is compatible across all these variations.

8. Uniform Scalability:

When once the mobile app becomes popular, there is an evident increase in the number of users, and sometimes the growth could be exponential. Hence, it becomes apparent to test the mobile app for its scalability with increased and decreased user loads using Load testing. Load testing helps to decipher whether the app can scale when numerous users access it at the same time.

9. Wide Localization:

It is also essential that a mobile app should adhere to the regional settings; customizing the app according to the target country/region with a linguistic touch for mobile app success. Hence, localization testing is necessary to ensure the app balances the cultural and linguistic aspects of a particular region. Linguistic testing, cultural testing, cosmetic testing, and functional testing should be taken up to ensure an all effective mobile app that truly enchants the end-users.

What are the tips to select best mobile app testing tool?

Cross-Platform Support:

The chosen mobile testing tool should be able to support devices across various platforms and operating supports.

Reusability:

The testing tool should provide the ability to reuse the testing scripts as this saves time and effort of the teams.

Support for Vendor:

The selected tool should support the vendor on all scenarios such as for installation, for maintenance, device availability on the tool, etc.

Cost:

When planning for a tool, the cost is one of the important factors to be considered, hence it should be analysed whether the ownership of the tool is under the budget of the enterprise or not.

Integration with other tools:

The mobile testing tool should have the ability to get integrated with other test management tools, application lifecycle management, and help in communicating with all stakeholders.

Cross-Browser Support:

Testing is essential across various browsers such as Chrome, Internet Explorer, Safari, Firefox, etc. to check the app performance. Therefore, it is important to consider a tool that provides cross-browser support.

What are the popular tools for mobile app testing?

Appium:

This is a cross-platform test automation tool for native and hybrid iOS. This open-source tool supports various programming languages such as Ruby, C#, Java, etc. Also, it supports Android versions above 2.3 and uses WebDriver interfaces to run test cases.

Robotium:

This is an open-source tool that is exclusively processed to test android applications. In this tool, the test cases are written in Java and it is widely known for writing automated black-box test cases. This tool helps a tester to perform various activities and benefits to write test cases in lesser time.

Test Project:

This is the world’s first community-powered test automation platform that helps users to perform tests over android, iOS, and web applications across operating systems. This free cloud-based tool can easily collaborate with the teams that are using Appium and Selenium to ensure speed and quality.

Testdroid:

This is a cloud-based mobile application testing tool that helps the teams to speed up the product delivery to the market, it helps the developers to save the app development costs, and reduces the unexpected scenarios of unpredictable costs. With the usage of this tool, it becomes the easiest and the fastest way to test the application over android and iOS devices across different screen resolutions, OS versions, and hardware platforms.

Calabash:

This is a mobile application testing framework working across multiple languages. Calabash has a list of libraries that help a test-code to technically interact with the hybrid and native apps.

Pitfalls to avoid with Mobile App testing

Mobile app testing plays an important role in app success but at the same time, there are few pitfalls that teams should take care of to ensure high-quality apps are released in the market.

Following are some of the pitfalls to avoid with mobile app testing:

1. Avoidance of UI/UX guidelines:

As a tester, it is necessary to comply with UI/UX guidelines for testing an Android or iOS app. These guidelines will help a tester to develop the front-end of a mobile app that is user-friendly, highly interactive and easy to navigate. Hence, mobile app testers must have properly drafted UI/UX guidelines that are in-line with the testing standards to ensure high-quality apps are released.

2. Incoherent use of testing methods:

Testing every aspect of a mobile app is not considered a good practice. It will in turn waste time and contribute to increased costs. It is better for a tester to first have an in-depth understanding of the app’s features and how it is going to create value for the users. Then a context-driven testing methodology can be prepared by the testers, which will guide them (testers) to test only on the specific aspects of the mobile app.

3. Too much emphasis on automation:

Automating too many aspects of a mobile app isn’t feasible. In fact, automating the features of a mobile app is more complicated when compared to automated software applications. Automating only those specific functionalities of a mobile app that really counts needs to be considered and taken care of. The mobile test pyramid is a strategic approach for performing automation on mobile applications.

4. Lack of strategic planning:

Implementing testing on mobile apps is a time-consuming and methodical process that needs to be carried out meticulously. Without a strategic plan, it leads to more ambiguity and complexity while testing mobile apps. Hence, testers should initially do the necessary groundwork to come up with a strategic plan of action that will make the mobile app testing process less cumbersome.

Conclusion:

It is critical and worth considering that today’s world has undoubtedly become mobile-first with an exponential increase in the usage of connected devices. Therefore, it is critical that all mobile apps should load quickly, have an excellent user interface, be scalable, deliver effective usability, flawless performance and thus ensure a great customer experience. In order to achieve all these factors, the end-to-end testing of mobile apps by independent mobile application testing companies should be leveraged. Such engagement with a Next-gen Specialist QA services provider ensures success to your mobile apps.

The post What Factors to Consider for Mobile App Testing? first appeared on TestingXperts.

Folding the pages of some recent headlines throws an interesting pattern. Netflix is fiddling with mobile-only plans for countries like India and leaning heavily towards local content, while, Amazon is testing video ads for expanding product reach and mobile search on the Apple iOS version of its shopping app (with the possibility of getting into Google’s Android mobile operating system space soon.

1. Need of Digital Testing
2. Switching to Digital
3. Think and Test – Like a Customer
4. Conclusion

Need of Digital Testing

This is not a recent move. Even when it reaped a considerable chunk of brands shifting to Amazon for search budgets and for advertising-on-the-site, Amazon embraced a change that was risky but worth betting upon.

This ‘mobility’ move is not just a random wave with these iconic brands. Many platforms and technology giants are experimenting with the surge of possibilities and devices that are giving marketers both opportunities and challenges that are unprecedented. Because there is more to come.

Cisco has predicted that there would be as many as 30 billion connected devices by 2020 (both consumer and industrial IoT devices). Brands would definitely want to leverage this slated 500 zettabytes per year in data that IoT would be generating by the end of 2019. Imagine the sheer level of complexity and growth that we could be heading into when we think of 5G, Virtual Reality and Augmented Reality mixing in with this buffet of devices.

Translating all this growth into market strongholds would mean an extra burden on the testing side of new services and offerings that marketers bring forth in this new era. But apart from the volume of testing, this new scenario of s would also mean a new paradigm of testing in terms of what it tests, how much, how soon, where and why. That, in other words, suggests the rise of digital testing.

Switching to Digital

As testing becomes more challenging and replete with diverse-goals in the face of the huge tide of new data and devices, there would be new parameters that will get underlined. It would not be enough to test an app or product just for functionality. It would need to have relentless customer empathy. There would be a big thrust now on making sure that whatever is being tested is not intrusive but at the same time is something that amplifies the experience and plays well on context.

Digital testing  would arm testers and businesses in this redefined landscape of experience testing since it would be able to crack the tough job of testing evolution and experience. Agility, real-time element, iterative testing, and adaptive testing will empower digital testers with all the strengths that were missing in shift-right testing environments so far.

Think and Test – Like a Customer

In the next milieu of online and anytime commerce and omnichannel marketing, customer experience would become the ultimate test for any brand and brand-offering. This is why digital testing will become more relevant and fortifying for a brand where testing the features and independent performance of one application will not cut the mark anymore. Also, testing only at the fag end of coding just won’t suffice. It is a world where testers have to test an application throughout development and in context to other devices and environments that a user would be in.

The metrics of usability, experiential testing, design optimization and remote testing would become more significant than ever. These are primarily the levers that digital tests allow. The tools, frameworks, and components entailed in digital testing also make room for testing automation, mobile performance testing and testing with an agile methodology underlying these capabilities.

Conclusion

The idea is to weed out issues that will hamper the speed, performance, scalability, and experience of any app or service. That cannot be done with yesteryear testing. It has to be done in a language that works today. Embrace the power of digital testing and give a new fluidity, user experience assurance and compatibility confidence to the apps you bring out for enhancing your brand and business. Digital testing service is more than testing and more than DevOps. It is testing with a new mindset.

The post Digital Testing: The Next Frontier of Mobile Testing first appeared on TestingXperts.

Mobile Applications Testing

Mobile applications are the major means of operating businesses today and evidently, play a critical role for their business survival. However, these mobile apps to be successful in the marketplace, should enable great user experience(UX) and deliver excellent performance. In order to achieve high performing apps, mobile app testing should necessarily be taken up. Testing mobile applications ensure the best possible UX and deliver great performance for end-users.

Moreover, in today’s technological era with hypersensitive customers all around, mobile app quality matters the most as the market is very competitive; the user experience is critical as well as the performance of the app.

Typically, mobile apps that don’t deliver excellent experience tend to get negative ratings, thus affecting their overall reputation and downloads. Hence, it is important for all businesses to get high performing apps through effective mobile app testing.

It is interesting to note that the mobile application testing services market is valued at $13.3 B by 2026 and it is anticipated to witness significant revenue growth during 2016 and 2026. A recent study published by an eminent market research analyst envisages that the mobile app testing services market would record an impressive 19.5% value CAGR between the forecast period (2016 to 2026). This growth is expected to be primarily driven by an increasing number of applications and the effective need to improve mobile app quality.

What are the types of Mobile App testing?

Functional Testing:

This method of mobile app testing ensures to validate the functionality of the app and verifies whether the app functionality is according to the requirements or not.

Performance Testing:

This method of testing is referred to determine the app’s resource consumption, stability, and operability under various conditions.

Usability Testing:

Usability testing helps to determine the application’s behaviour to user operations. This method helps to ensure whether the app is providing a positive user experience or not.

Compatibility Testing:

This method of testing is performed to verify the performance of the software across devices such as mobile, networks, and platforms.

Security Testing:

This method of testing helps to analyze the data leakage risks and find the possible gaps that can influence cyberattacks or unauthorized access for sensitive information.

Localization Testing:

This method of testing is performed to ensure that the app is responding with respect to the language and culture of the target users. This is one of the important test practice to maintain your business standards globally.

What are the pros and cons of Mobile App testing?

The pros and cons of mobile app testing under manual testing are:

Benefits of Manual Testing: 

– The testing practice is cost-effective in a shorter-term period.

– Manual testing is more flexible; and provides a simulation for the user-actions.

Disadvantages of Manual Testing:

– With the manual process, it is difficult to reuse the test cases.

– The process to run the test cases is much slower.

– The test cases of Manual testing cannot be executed manually.

The pros and cons of mobile app testing under test automation are:

Benefits of Test Automation:  

– The tool is cost-effective for a longer period of time.

– Test cases are processed faster.

– The test cases can be reused.

– The test results are easier to share.

Disadvantages of Test Automation:

– The tools used for test automation may have certain limitations.

– The tools have a probability of less efficiency to maintain user-friendliness.

Major Segments where Mobile apps are leading the business arena:

– M-commerce apps

– Messaging platform apps

– Voice recognition apps

– Banking transaction apps

– Online shopping apps

– Finance apps

– Travel destination apps

– Healthcare apps

– Pharma apps

– Fitness apps integrated with smart wearable devices

Henceforth, all businesses continue to understand the criticality behind testing mobile applications and the need to keep an eye on the dynamic trends this segment is undergoing. These key insights help businesses to achieve full business potential while procuring effective mobile apps.

Mobile App Testing Trends:

1. Performance Testing to shift towards Performance Engineering (PE):

Mobile apps UX is the key to success and it is necessary to shift from Performance Testing to Performance Engineering to enhance UX. Moreover, PE focuses more on the intricate app architecture and implementation criticalities that ensures to deliver a preferred app which meets all the underlying performance specifications. It also ensures reduced costs and quicker return on investment (ROI).

2. Security Testing to Take an Uptrend:

With a lot of cyber-attacks ramping the cyberspace and it seems to be a similar situation even with mobile apps security; Mobile app security testing is likely to take an uptrend with so many latest functional/ manual testing or automation tools in the market. Such automated mobile app testing ensures businesses are having threat-free mobile apps. Eventually, secured mobile apps are bound to improve the business outlook of enterprises and promise to deliver good ROI.

3. Growing Demand for Automated Voice (Voice First App) Testing:

The Automated Voice Testing (AVT) has been there in the industry for some time now, and this approach primarily uses a speech recognition engine to automatically control the device conversationally as a human user would perform it. It is interesting to note that such an approach is both device and platform agnostic, as the automation of tests is done at voice level. Such automated tests can be executed on any kind of voice app running on any device which derives a lot of significance for the end-users.

4. M-Commerce App Testing on High Demand:

Undoubtedly, along with e-commerce, mobile commerce has also become essential for modern businesses. Today, most businesses continue to launch customized mobile commerce apps to generate more sales and stand up in the competition. Customers, continue to use the trending purchase options such as e-wallets and other digital pay channels. Zoom in the usage of these m-commerce apps has made it critical for these apps to be tested thoroughly. They should be tested for their UX, performance, and security, else it adversely affects customer loyalty.

5. Device (5G Devices) Integration Testing to lead the path:

Today’s market is flooded with handsets having different configurations, operating systems, screen sizes, and with unique dimensions. These different variations require software testing to be automated and the usage of new test automation frameworks is likely to rule the world of automated mobile app testing.

6. Cloud-Based Mobile App Testing to Trigger:

Mobile cloud platforms enable testers to assess the application’s look, feel and performance across multiple devices without buying any extra devices or hardware. Testers can make good use of these cloud platforms to create a customized testing environment that helps to work with a good number of real-time devices connected to the network. Thus, cloud testing is more in demand currently and investing in such mobile cloud platforms helps organizations to reduce their costs and save time.

7. IoT Testing to be high in Demand:

It is interesting to know that many organizations continue to adopt Internet of Things (IoT) as this has a huge impact on the development of modern web and mobile applications. Businesses continue to build mobile apps that can be smoothly integrated with various connected devices. At the same time, users will expect these apps and technologies to perform flawlessly. Hence, mobile app testers will have to assess the performance and functionality of the app, in addition to checking its performance with other connected devices while testing them.

8. The dominance of Open Source Automation Tools:

Open source tools are extremely flexible and fundamentally support the testing of all kinds of mobile apps i.e. android and iOS, Windows and Hybrid apps. Besides, most of the open-source tools include the code libraries for any programming language and are easily customizable to modifications in the technological landscape. Hence, the usage of these tools is more towards implementing test automation initiatives.

9. Adoption of AI and ML in Mobile App Testing:

Every segment of today’s innovation has AI and ML around its corner. Evidently, the usage of ML has revolutionized the global mobile application testing scenario by enhancing the processes and workflows of the testing cycle. It continues to contribute towards the predictive analytics of test cases and with log analytics, helps identify automated test cases. New ML algorithms are sure to rule the world of testing in the near future and eventually will deliver quality @ speed.

10. Impact of 5G in Mobile app testing

By using the 5G network in mobile app testing, the focus will be on areas such as walk tests, signal diffraction, mm-Wave signal proportion etc. Mobile app developers will be able to obtain 5G testbeds to conduct design validation. The impact of 5G will be connected through a blend of 5G and legacy networks. This mixed network environment needs to go through ample testing in order to understand mobile app interaction and performance across various settings.

11. Impact of DevOps in Mobile app testing:

The role of DevOps is to speed up the entire mobile app development and testing process. Developers and testers must work unitedly for full-fledged app development and deployment process.

Continuous Integration (CI) and Continuous Delivery (CD) being a core part of DevOps, there has to be solutions for certain key points of mobile app testing, through which CI and CD can be measured. Some of the important points to ponder upon are as follows:

1. Deployment frequency and number of tests executed (against each regression)
2. Calculating the percentage in-line with failures vs successful tests
3. What is the exact timeline for the mobile app to get published?
4. Does automation works really well or manual testing needs to be implemented

Conclusion

As the consumer expectations continue to soar high for mobile app user interface and performance aspects, organizations must adapt and deliver them effective apps to stay ahead in the competition. With immense and constant upgradations in the technologies and with the range of mobile devices in the market, it eventually signifies the need for an effective mobile app testing strategy and testing process with a primary focus to shorten the mobile app delivery. Hence, the choice of right mobile app testing tools and mobile app testing services plays a significant role in achieving a high performing mobile app. Connect with our Mobile testing experts to discuss more.

The post 11 Dynamic Trends to Lead Mobile App Testing in 2025 first appeared on TestingXperts.

This widespread usage of these connected smart devices has actually culminated in the heavy use of mobile apps, irrespective of the industry.

Content

The Some of the major drivers for the global mobile application market growth includes increasing data usage, widespread internet penetration, and majorly availability of different range of smartphone devices that are widely used to download loads of mobile applications.

Significantly, it needs to be stated that not all mobile apps have garnered good support from mobile users across the globe. Only some of the mobile applications have become widely used and continue to edge more users with lot of downloads while many apps do not gather much user base.

The major reason for mobile users to patron some mobile apps are the speed with which the app loads, the way various features are arranged and the most important amongst others is the performance and the user experience (UX) it delivers.

On the contrary, if the mobile apps are defective, mobile app users get annoyed using them due to the bugs and refrain from using them. They might even move to their nearest competitor in search of better mobile apps.

Thus, it is wisely said that mobile apps require effective testing to ensure great usability and performance. Therefore, businesses should leverage mobile automation testing to ensure the apps perform well and deliver great user experience (UX).

What is Mobile Automation Testing?

Software testing is the main process involved in the mobile application development, where every mobile app developed for handheld devices is tested for various app features. These includes its loading time, user experience, functionality usability, accessibility, security and performance of the apps across browsers, operating systems and numerous mobile devices.

Basically, mobile app testing is done using a variety of mobile automation testing tools to ensure the apps are flawless and perform well under varying load conditions. This type of mobile app testing using mobile automation testing tools is named as mobile automation testing. Leveraging mobile app automation testing, businesses can be assured that the mobile app is bug free and can be released into the market place (i.e. app store or play store).

Why Should Businesses Leverage Mobile Test Automation?

Today, with millions of mobile apps available, the app ratings and reviews also play an important role for a new user to download mobile apps. Hence, it is primarily important that the mobile app automation testing should be taken up during the mobile app development phase to ensure the app is fully tested using effective mobile automation testing tools. There are various automation tools used for mobile application testing to ensure flawless apps.

Businesses should leverage mobile testing automation to achieve below characteristics:

App Functionality:

This sort of mobile app functionality testing ensures the mobile app functions as specified in the design document for various specifications.

App Performance:

This sort of mobile performance test automation assesses app responsiveness, operating capacity, scalability and readiness of the app, and how it performs with varying loads of users.

App Security:

The security testing verifies data integrity, storage security issues, significance of any tainted inputs and also checks the security of activity logs.

App Usability:

App usability automation testing is very importanttoday as mobile apps that deliver great usability are preferred more by users. Hence, this accessibility test automation ensures that users are able to perform the intended tasks on the app satisfactorily.

App Accessibility:

Today, it is a mandate that the apps should be accessible to differently abled population to ensure their easy access and usage. There are certain accessibility norms and regulations that should be adhered to ensure standardized accessibility to all users. Hence accessibility test automation should be taken up for mobile apps.

Across browsers, OS, various Mobile Devices:

Mobile test automation with various test automation tools should be taken up to ensure the apps work effectively across different browsers, operating systems and various mobile devices to ensure its easy accessibility for varied range of users.

In addition to all the above, businesses get these major benefits with effective mobile test automation such as:
i) Increased test efficiency,
ii) Increased test coverage, and
iii) Quicker time to market.

It also ensures cost effectiveness and delivers quicker ROI with flawless mobile apps achieved. Hence, businesses should leverage mobile test automation tools for mobile application testing to ensure high-performing apps.

What are the Steps to Follow for Achieving an Effective Test Automation of Mobile Apps?

Step 1: Effective Planning and Identification of Testing Types:

It is essential that proper planning by choosing target devices to test the mobile apps should be taken up. Check out whether the mobile app is native, hybrid or mobile web.

Proper planning should also involve whether the app requires front-end testing along with back-end testing. It is also essential to classify testing types and determine which functional requirements should be tested.

Selection of devices for testing with different sizes should be taken up to ensure better app testing outcomes.

Step 2: Ensure Effective Test Case & Test Script Development:

It is essential to develop the test cases for every function of the application. Special care should be taken to include battery usage, app speed, memory, etc. Automated test scripts should be developed and reusable automation test scripts can be changed according to the project requirements.

Step 3: Plan for Test Environment Setup:

In this step, it is important to download, install and configure the application on the testing device to set up the test environment. It is also necessary to ensure the test version of the app is established before starting the actual testing process.

Step 4: Perform Automated Testing:

Automation testing is performed with mobile test automation tools like Appium, Selendroid, etc. based on the application under test of either android or iOS. Basic functions are tested to ensure there are no glitches or faults.

Step 5: Perform Usability and Performance Testing:

Once the basic functions are tested then the usability testing should be taken up to ensure good user experience is achieved. Performance testing using mobile performance testing tools should be taken up to ensure the app deliver flawless performance even when numerous users login at the same time.

Step 6: Perform Security & Compliance testing:

The application is tested to ensure that the app is secure and does not have any data leaks. This is done by authenticating SQL injection, session hijacking, etc. Compliance testing should also be taken up.

Step 7: Perform Accessibility Testing:

Today, with numerous users accessing mobile apps globally, it is also essential to perform accessibility testing to ensure the mobile app is made accessible to disabled population by ensuring compliance with certain accessibility norms.

Step 8: Perform App Testing Across Devices & OS:

This is a very important step as all the test scripts should be executed in different devices and OS to ensure the app performs well with different devices, and operating systems.

What are the most commonly used Mobile Automation Testing Tools?

Functionality testing:

Appium (both Android & iOS), Selendroid (Selenium for Android), Robotium (Android)

BrowserStack, Browsera

Automated UI testing:

TestComplete

Native and Hybrid Apps (iOS & Android) testing:

Calabash, Testdroid, MonkeyTalk

Performance testing:

WebLOAD

Android & iOS testing Platform:

SeeTest

Conclusion:

For all businesses today, mobile apps continue to be the major means of enabling business. There are millions of mobile apps available in the market, but user’s patron only those apps that load quickly, deliver great user experience, show flawless performance under varying loads and with security features survive the competition.

But, for mobile apps to perform well and deliver great UX, businesses must leverage mobile test automation services by next-gen testing services. These service providers follow best practices of mobile test automation and its strategy to ensure their mobile apps deliver great user experience and thus are assured to gain large visibility and get more users.

The post Why Should Businesses Focus on Mobile Automation Testing first appeared on TestingXperts.

5 Min Read – 

Strong digital presence and real-time engagement with customers is the need for many companies across all industries. According to a report by Statista, as of 2018, global mobile population is accounted for 3.7 billion unique mobile internet users.

Contents

1. Mobile Test Automation
2. Best Practices in Mobile Test Automation
2.1 Matured Automation Strategy
2.2 New Device Models and New Releases Testing
2.3 Increasing Test Coverage Over Time with Automation
2.4 Keeping Up with an “Aggressively Tight” Release Schedules
2.5 Leveraging IP-Led Tools & Continuous Testing Innovation

It means, mobile applications are one of the fastest and reliable ways for these companies to rely on, to have a strong digital presence and interact with the end-users effortlessly. Mobile applications are getting highly interactive and innovative, and require frequent updates to keep users engaged.

Being able to ensure quality of mobile application updates for the end users keeps enterprises’ digital façade robust and trustworthy. To achieve this, Continuous Testing and Continuous Deployment are essential.

Mobile Automation Testing

Mobile Test Automation, being critical in the Continuous Development and Testing cycle, helps elevate the digital agility of the enterprises. However, it also comes with quite a significant number of challenges. Luckily, strategizing Mobile Automation Testing not just ensures a flawless mobile experience and secure sensitive mobile data, but also helps bring down the manual testing efforts and speed up the testing cycles.

Best Practices in Mobile Test Automation

Matured Automation Strategy

To automate every type of Mobile Functional Test Case is undeniably not possible, not required too. What to automate depends on the test automation tool selection, the type of mobile application, the criticality of use cases and of course, automation feasibility. Having a matured-tools strategy plus a clear understanding of ROI on the tools selected makes an enterprise automation journey hassle-free. TestingXperts’ accelerators and ready-to-deploy test automation framework help you achieve a matured test automation solution along with an accelerated set up.

New Device Models and New Releases Testing

With the launch of newer devices of varying configurations and operating systems (iOS, Android, Windows) upgrades, most organizations face challenges with optimization of testing effort. With test automation, continuous innovation and customized automation strategy, organizations can test their releases across as many devices, operating systems, platforms and combinations as possible.

Increasing Test Coverage Over Time with Automation

The need for enhanced test coverage is something that an organization can’t afford to overlook. Ensure to select testing solution and platform that gives highest test coverage, so that every issue in an app is addressed.

In this, also consider test for emerging technologies such as Artificial Intelligence (AI), Chatbots, Virtual Reality (VR), Internet of Things (IoT), Big Data Testing, and more integrated into your mobile application.

Keeping Up with an “Aggressively Tight” Release Schedules

Since mobile application goes through constant updates for a better user experience, release cycles get shorter and tougher. The solution is to automate testing as much as possible to adapt to some of the common requirements, such as constant feature updates to improve User Experience (UX), shorten testing cycles, continuous delivery and deployment, and to write a stable code and integrate into the given framework.

Leveraging IP-Led Tools & Continuous Testing Innovation

To ensure almost zero defects and to ensure highest test coverage and mobile app’ quality, organizations need to create customized solutions and innovate continuously to keep pace with the market trends. The teams need to imagine and identify newer ways to test faster and more effectively and leverage the latest software testing solutions.

Are you looking for a QA team with strong expertise in testing various mobile applications, be it web, native or hybrid?

The post Automation to Assist Mobile Testing – Best Practices You Can’t Afford to Miss! first appeared on TestingXperts.

Contents

1. 7 Crucial Activities to Test the Security of Mobile Applications
2. Mobile Application Security Checklist
3. Mobile Application Security Testing Process
4. Conclusion

7 Crucial Activities to Test the Security of Mobile Applications

In this era of smartphones where 3G and 4G networks have made it easier to access the internet, it has become easier to perform a business, financial, social transactions. However, according to the recent industry reports, over two-third of large enterprises have been facing security breaches via mobile. The security of data being consumed by the end user using applications via mobile app stores poses a huge security threat. The estimated annual cost of security breaches via mobile has been around $50 billion, globally, and these numbers are increasing rapidly. While this may be a reason for the hackers to celebrate as they will have more to hack into, only a mature security testing enabled environment can save the applications and the enterprises from leaking personal data from mobiles.

To prevent any security breach, it is essential to uncover security vulnerabilities in all parts our environment. We need to check firewalls, balancers, routers, etc. with the help of network segmentation to mobile, static applications, and web services. Discovering security holes of the applications before the attackers by making security a major part of the development and design of your mobile app. So, what possibly is needed? What can be done to avoid security breaches? An application testing strategy is crucial to secure all your private data from hackers. A proper app testing strategy will not only analyze the security risks involved while using an app but also eliminate them effectively.

Mobile Application Security Checklist

Given below are the seven significant activities that businesses and developers should perform for the security of your mobile application before progressing with the development process:

1. Optimize Security Features Based on Platforms:

Mobile apps work on several devices, platforms, operating systems, and networks, where these apps are able to access various features from the phone. It is essential for developers to be cautious about capabilities, features, and limitations of different operating systems, devices and so on. By taking these features into consideration and optimizing security, a secure mobile application can be designed.

2. Strong Hack-proof Code:

Mobile applications are vulnerable to data breaches and malware attacks. This commands that developers pay extra attention to write code that is robust and free from backdoors which in turn is invaded by hackers. Having a strong code that is hack-proof is one of the essential parts of the mobile application security. Application developers must implement mobile app security standards and make sure that their apps transmit, utilize, or store bare minimum data.

3. Allow User Permissions:

To have granular control over the application, mobile application developers should make their devices securer by implementing security measures at the application layer. This will allow users to keep their devices safe from malicious applications and select their level of security settings based on personal preferences.

4. Removal of Unnecessary Security Risks:

There are some features in the applications that are vital for the overall functioning of the application, like social network connectivity. The application developers and designers should pay extra attention towards such features and decide whether they need to keep them within the application or not. Features like these should be managed effectively to ensure the overall security of the mobile application.

5. Wisely Choose the Third-party Libraries:

Third-party libraries are popular amongst mobile application developers. They usually utilize the code offered in such libraries, but vulnerabilities might lurk around in that code. Therefore, it is advisable to test the codes taken from these libraries thoroughly before incorporating it in the mobile application code.

6. Selecting a Reliable Backend:

Security of backend systems is imperative while developing mobile applications. It might be a possibility that hackers gain access to the backend systems and pose a threat to your entire operation. Hence, it is important to give as much importance to the backend as we give to the frontend systems and allow them to go through rigorous security testing before deployment.

7. Test Rigorously:

Last but not the least is performing a rigorous security testing on your mobile application. This is probably the most important security check that you can perform on the application. Mobile application security testing should be the priority at every stage of the designing and the development part. It should be a priority to design and develop your application as per security regulations.

Mobile Application Security Testing Process

There are three basic steps suggested by experts while performing security testing for mobile apps:

• Threat Modeling:

This method is used for identifying threats in the app

• Vulnerability Analysis:

This method is used for identifying vulnerabilities in the application with the previously created test cases using Runtime analysis, Dynamic methods, and forensic methods.

• Intelligence Gathering:

This method is used for gathering as much information as possible about the application.

Conclusion

To ensure that effective testing is performed on your mobile application, a third-party testing company with the right expertise is probably your best bet. At TestingXperts, security testing is a crucial part of the mobile test strategy. Our highly skilled pool of Certified Ethical Hackers and their deep expertise in key security technologies make us the best QA and Software Testing Company. Our conformance with international standards including OWASP, OSSTMM, PCI-DSS, HIPAA, SOX, WAHH, etc. helps us ensure vulnerability-free application with an iterative strategy for further release.

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