In today’s software development landscape, it is imperative to conduct multiple device testing to ensure that the software applications work seamlessly across diverse platforms and configurations. Among all the device testing types, mobile testing on the cloud is an emerging trend that is gaining popularity due to the benefits it offers.

With the widespread usage of smartphones and tablets, it has become essential for organizations to test their mobile applications on a diverse range of devices, platforms, and network conditions. Cloud-based testing solutions have emerged as a favoured method to perform multiple device testing, offering efficient and cost-effective testing capabilities.

In this blog post, we will discuss the best practices for effectively conducting multiple device testing on the cloud.

What is Multiple Device Testing on the Cloud?

The term “multiple device testing on cloud” describes the procedure of using cloud-based testing tools to test software applications across a variety of devices, platforms, and configurations.

Multiple device testing can be done affordably and effectively with the help of cloud-based testing platforms. Testers are able to quickly access a variety of devices and configurations over cloud with much ease. This eliminates the need for physical equipment and cuts down on the time and expense of building up an internal testing infrastructure. This approach allows organisations to scale their testing efforts easily, by reducing costs and improving efficiency.

How to Perform Multiple Device Testing on Cloud

Now that we understand the benefits of cloud-based testing, let’s look at how to effectively perform multiple device testing on the cloud.

Choose a Reliable Cloud-Based Testing Platform

The first step in effectively performing multiple device testing on the cloud is to select a reliable cloud-based testing platform. There are many cloud-based testing platforms available, and it’s essential to select a platform that meets your testing requirements.

Look for a platform that offers access to a wide range of devices and platforms, provides high-performance testing, and offers a robust testing infrastructure with advanced features such as automated testing, integration with CI/CD tools, Visual Testing, etc.

Shortlist the Target Devices and Platforms

Once you have selected a cloud-based testing platform, the next step is to identify the target devices and OS platforms that you want to test your application on. This requires conducting an analysis of your target audience and gaining an understanding of the devices and OS platforms they commonly use.

When choosing devices to test on, it’s important to take into account technical specifications such as the operating system, screen size, and processing power.

Develop Test Cases and Scripts

After identifying the target devices and platforms, the next step is to develop test cases and scripts that cover all aspects of the application. Test cases should be developed based on the functional requirements of the application, while test scripts should be developed to automate test cases wherever possible, it is also important to curate various scenarios and test case that need to be tested manually.

In the market there are some AI based tools which help to write automated test scripts, which can also be considered. But you will also need to remember to ensure a wide test coverage while finalising the test scripts for an effective automation execution.

Execute Test Scripts on Cloud-Based Device

Once test cases and scripts have been developed, the next step is to execute them on the cloud-based testing platform. Cloud-based testing platforms typically provide access to multiple devices and platforms, allowing testers to execute test cases on all devices simultaneously.

Since you can’t buy all the different Android and iOS devices, using cloud-hosted devices gives you the advantage of using real devices while testing your apps. This drastically cuts down on testing time and increases test effectiveness.

Analyse Test Results

Once the test cases and scripts have been executed, the subsequent step is to scrutinise the test outcomes meticulously. It is vital to analyse the test results thoroughly to identify any defects or bugs present in the application.

Cloud-based testing platforms often furnish comprehensive test reports that provide insights into the application’s performance, highlighting areas that need improvement. Testers should use these reports to identify defects and bugs and prioritise them based on their level of severity.

Integrate with CI/CD Tools

To optimise the testing process and boost productivity, it is imperative to amalgamate cloud-based testing with CI/CD tools. This facilitates automation of the testing process and allows for the seamless execution of tests as a component of the continuous integration and deployment pipeline.

By doing so, the application is subjected to a comprehensive testing process before deployment, which mitigates the probability of defects and bugs manifesting in the production environment. This ensures that the application is functioning optimally and delivers the desired user experience.

Advantages of Cloud-Based Mobile Device Testing

Cloud-based testing offers several advantages over traditional on-premise testing when it comes to multiple-device testing:

Access to a wide range of devices:

Access to a wide range of platforms and devices, such as smartphones, tablets, laptops, and desktops, each running a different operating system and version, is made possible by cloud-based testing platforms. This enables testers to ensure that their applications function properly across a variety of device configurations.

Scalability:

Cloud-based testing enables organisations to adjust their testing efforts according to their needs, allowing them to easily increase testing resources during high-demand and decrease them during low-demand periods. This flexibility leads to significant cost savings.

Cost-effectiveness:

Cloud-based testing obviates the need for costly investments in hardware and software that are typically necessary for on-premise testing environments. Instead, organisations can choose to pay for resources on an as-needed basis, allowing for substantial cost saving.

Enhanced efficiency:

A centralised testing environment is provided by cloud-based testing platforms, enabling testers to access many devices and platforms from a single place. This improves efficiency by cutting down on the time and work needed to set up and maintain testing setups.

Conclusion

Multiple device testing is an essential part of modern app development. One of the key advantages of mobile testing on the cloud is the ability to test applications on real devices under different network conditions. This allows testers to simulate a range of scenarios, such as low connectivity or varying bandwidths, to evaluate application performance under different conditions.

By leveraging cloud-based testing platforms, organizations can ensure that their applications deliver the desired functionality and user experience across different devices, OS platforms, network conditions, etc. Organizations can perform effective multiple-device testing on the cloud by following a few key steps which we have discussed in the post. By following these steps, organizations can ensure that their applications function seamlessly across various devices and OS platforms.