Do you require assistance to ensure your mobile app launches flawlessly and without any bugs or complaints from users? Your mobile testing strategy should be your only focus. You run the danger of saving time and money by skipping this critical step in your mobile development process and potentially losing out on a sizable chunk of your market potential.
Consumers in the US now spend more time on mobile applications than on traditional television, on average. However, Mobile app developers are given more responsibilities due to this expanding trend. The consumer experience can be negatively impacted by a broken mobile app, which can also impede sales and decrease customer loyalty. Even businesses with solid proof of concepts are averse to the dangers of including flaws in the app development process. Increased testing can prevent bugs from being found and fixed in early app deployments. This leads to unpleasant user experiences, high uninstallation rates, and lost revenue. By optimizing your mobile testing strategy, you can mitigate the risks of costly mishaps.
This blog explores constructing a successful mobile testing strategy that aligns with your vision and takes you closer to your launch goals.
1. Planning for Effective Mobile Testing and Audience Understanding
A triumphant mobile testing strategy doesn't just happen by chance; it's a meticulously constructed plan that weaves quality engineering into every facet of the development lifecycle, encompassing design, construction, and execution. Before diving into the intricate details, your first pivotal move is to craft a comprehensive plan. This entails contemplating your ultimate objectives and adopting a thoughtful approach. Are you considering the creation of a hybrid, native, or web application? Who comprises your target audience? What's the expected cadence of alterations to your applications? Do they demand frequent updates and substantial code revisions, consuming time and resources? Answers to these inquiries pave the way for a well-defined framework during your testing strategy's design and construction phases, ensuring minimal redundancy and maximal return on investment.
To forge a triumphant mobile app, you must amass a wealth of data about your end users. Informed business decisions, support policy delineation, development prioritization, and user experience refinement all hinge on comprehending how your end users interact with your app. Collaborate closely with your development team to embed analytical mechanisms within the app. Measuring end-user data isn't merely pivotal for shaping an apt test strategy but also plays a crucial role in steering future business decisions.
2. Simultaneous Development of Web and Mobile Strategies for Synergy
A seamless integration of mobile and web applications is what many end users desire. It would be wise to start developing your online and mobile strategy simultaneously if this were true for the end users in your sector. By reusing tests across different devices, you may maximize the effectiveness of your testing efforts while reducing the requirement for specialized equipment and tech stacks and effectively allocating time and money, despite the widespread tendency to approach mobile testing as an afterthought compared to online testing, changing your viewpoint to see them as equals will pay you in the long run.
The type of your test strategy depends on whether your software is native, web-based, or a hybrid blend of both. Native apps provide the most control over the user experience but require more thorough testing on various hardware and operating systems. Testing web-based applications is challenging due to performance and load testing issues, browser compatibility (device-native or standard), and, most significantly, responsive and adaptive web design's ability to adapt to varied device screen sizes. Whatever the platform, having the necessary testing experience on your team is essential for success.
3. Effective Device Management and Test Environments for Mobile Testing
In mobile testing, device management is a crucial first step. Testers have a variety of alternatives to ensure a consistent and reliable experience across various mobile operating systems, including device farms, emulators, simulators, and real devices. Adapting your test execution to your target consumers' unique needs is the key to improving your mobile testing strategy. The operating system and device version are two critical variables in this case. Understanding the operating system preferences of your target consumers can help you choose the best devices and system versions to run your tests on.
Gathering various real devices for every imaginable operating system, version, and upgrade is a massive undertaking. Because of this, testers frequently choose a carefully considered combination of real devices, emulators, simulators, and cloud-based device farms. Given the diversity of mobile manufacturers, these techniques allow for adequate testing across various devices without compromising quality — each frequently uses customized operating system versions. In particular, real-time feedback provided by cloud-based testing enables DevOps teams to identify and resolve problems, protecting the end-user experience quickly.
Real devices can be challenging to use in Agile projects due to their scarcity and the necessity to organize device access among test engineers, even if they are excellent at validating every aspect of a mobile app's operation in real-world circumstances. Test managers can look at cloud-based solutions to speed testing, but they have some restrictions, such as time limits for manual and automated testing and uploads of apps with a maximum file size. Consequently, a strategic approach entails:
- Calculating the exact number of physical devices required
- Utilizing physical and cloud-based devices to combine real-world and mobile testing strategies
- Strategically choosing test scenarios that are appropriate for cloud-based device companies
4. Enhancing Test Authoring Efficiency: Empowering Developer Teams with Codeless Solutions
Test authoring can pose significant challenges in the current landscape, especially given the ongoing shortage of highly skilled software developers, resulting in a pronounced technical skills gap. Opting for manual coding in the test authoring process can be time-consuming and potentially unreliable, often leading to tests that are susceptible to breaking or requiring constant troubleshooting. To streamline the test authoring workflow, it's crucial to consider whether your development team possesses the requisite scripting skills to create and maintain tests effectively. Whether they do or not, codeless solutions present a compelling alternative, facilitating the involvement of non-technical testers. These tools empower skilled developer teams to dedicate more time to application development, while non-technical testers can harness an intuitive interface to construct tests without coding expertise.
Furthermore, the advantage of codeless authoring extends to the seamless integration of stable tests across both virtual and real devices, harmonizing the testing process from start to finish. By leveraging codeless solutions, you not only mitigate the challenges posed by the skills gap but also foster collaboration between technical and non-technical team members, enhancing overall testing efficiency and ensuring the reliability of your tests in an environment where time is of the essence.
5. Elevating Mobile App Quality: UI/UX and Performance Testing
In mobile app development, achieving excellence hinges significantly on the user interface (UI) as well as user experience (UX). UI testing is critical for assessing usability, consistency, logic, accessibility, and compatibility, offering insights into how the application interacts with end-users. In parallel, UX testing encompasses a multifaceted user experience evaluation to identify the app's most suitable interaction patterns and components. During UX testing, meticulous attention should be directed towards the following key checkpoints:
- Streamlined navigation throughout the application
- Smooth and rapid transaction and order placement processes (if applicable)
- Adequate accessibility to product information for users
- Effective incorporation of user feedback
As mobile usage continues to proliferate globally, the performance of each app significantly impacts its acceptance and popularity among users. Consequently, performance testing assumes a pivotal role in the app testing pipeline. The testing team must diligently assess application response times and latency, evaluating performance across various scenarios and use cases. Monitoring how the app responds under the strain of a large user load is particularly important, which can place considerable stress on servers and infrastructure. By addressing these aspects comprehensively, you can ensure your mobile application's high-quality and seamless performance.
How HeadSpin Revolutionizes App Performance Optimization Through Advanced Mobile Testing Solutions
With its robust capabilities and features, HeadSpin is at the forefront of mobile app testing solutions, enabling businesses to improve the performance of their apps significantly. Here are a few noteworthy examples of HeadSpin's excellent expertise in mobile testing:
- AI-Powered Insights: HeadSpin uses AI and machine learning to offer insights into performance issues and recommends potential solutions, speeding up the process of troubleshooting and improvement.
- Diverse Device Portfolio: A wide range of Android and iOS devices, including various models, screen sizes, and OS versions, are available through the HeadSpin Platform. Because of their diversity, businesses can better spot and resolve compatibility problems.
- Performance Optimization: HeadSpin offers benchmarking tools for assessing an app's performance compared to competitors and industry norms. Organizations can use this information to create reasonable performance objectives and decide where to focus their optimization efforts.
- Automation and Continuous Testing: By integrating with well-known testing frameworks, HeadSpin supports automation, enabling businesses to run tests continuously, identify regressions quickly, and shorten the development cycle.
- Detailed Reporting and Analytics: The Platform provides in-depth reports and analytics that enable businesses to measure key performance metrics, track advancements over time, and make data-driven decisions for app optimization.
- Global Network of Real Devices: HeadSpin’s extensive global device infrastructure enables businesses to test their apps in real usage scenarios, assuring their performance and interoperability across diverse networks and locations.
- Collaboration and Integration: For simplified app optimization workflows, development, quality assurance, and operations teams can integrate HeadSpin with various development and testing technologies.
DevOps teams can enhance their testing approach by implementing these five strategies and positively impact their organization's bottom line. In today's customer-centric world, ensuring quality throughout the comprehensive testing process is crucial for creating a seamless end-user experience. Effective mobile app testing aligned with a well-defined strategy is the key to success.
Explore HeadSpin's proven strategies to tackle early-cycle challenges, optimize time to market, and ensure app functionality and quality.
Unlock the potential of your mobile app with HeadSpin's advanced testing solutions.
Q1. What comprises a mobile app test plan?
Ans: A test plan outlines the testing scope, strategy, objectives, effort, schedule, and necessary resources. It guides testing during development. An example of a Functional Test Plan can be found here, with the scope of work established at the testing process's outset.
Q2. What are some fundamental challenges encountered in mobile testing?
Ans: Basic mobile testing challenges include variations in screen resolution, CPU performance, memory capacity, OS optimization, and hardware specifications. Operating System Fragmentation further compounds these challenges, especially in the case of Android applications, where there are 11 different operating system versions.