Real Device Cloud Testing: All You Need to Know

In the rapidly evolving world of software development, delivering high-quality applications across various devices and platforms is essential for success. With the growing number of devices, operating systems, and versions in the market, it has become increasingly challenging to ensure that applications function flawlessly across all environments. This is where device testing comes into play.

Real device cloud testing enables device testing by leveraging a cloud-based infrastructure that provides access to an extensive collection of real devices.

What Is a Real Device Cloud?

Real Device Cloud testing, also known as device cloud testing, is a software testing approach that involves using a cloud-based platform to perform testing activities on real physical devices remotely. It allows developers and quality assurance teams to test their applications across a wide range of devices, operating systems, and configurations without the need for physical access to each device.

In Real Device Cloud testing, the cloud platform provides a centralized hub where users can access and control real devices over the internet. Testers can interact with the devices, install applications, run tests, and simulate real-world scenarios to evaluate the performance, functionality, and compatibility of their software.

Why Do Testers Prefer a Real Device Cloud?

Testers prefer a Real Device Cloud for several reasons:

• Device Coverage: Real Device Clouds provide access to a vast inventory of real physical devices, including various manufacturers, models, operating systems, and versions. Testers can ensure comprehensive device coverage and test their applications on a wide range of devices without the need to procure and maintain a large number of physical devices.
• Device Fragmentation: The fragmentation of devices, operating systems, and screen sizes poses a significant challenge for testers. Real Device Clouds help address this challenge by offering a diverse collection of devices, allowing testers to verify the compatibility and functionality of their applications across different platforms and configurations.
• Cost and Resource Efficiency: Maintaining an in-house device lab with a wide variety of devices can be expensive and resource-intensive. Real Device Clouds eliminate the need for purchasing, maintaining, and managing physical devices, resulting in significant cost savings and more efficient utilization of resources.
• Scalability: Real Device testing offers the ability to scale testing efforts easily. Testers can run tests simultaneously on multiple devices via parallel testing and reduce the overall testing time. This scalability is particularly valuable when dealing with large-scale projects or tight deadlines.
• Ease-of-access and Convenience: Testers can access real devices in the cloud from anywhere, at any time, using a web-based interface or specialized software. This remote accessibility eliminates the constraints of physical location and allows distributed teams to collaborate effectively on testing activities.
• Realistic Testing Scenarios: Real Device testing enables testers to simulate real-world usage conditions by accessing devices with different screen sizes, resolutions, network connectivity, and hardware configurations. This ensures that applications are tested under realistic conditions, providing more accurate results and enhancing the overall quality of the software.
• Collaboration and Communication: Real Device Clouds facilitate collaboration among team members involved in testing activities. Testers can easily share access to devices, exchange test results, logs, and screenshots, and communicate in real time. This enhances collaboration, streamlines issue resolution, and improves overall team productivity.
• Rapid Provisioning: Real Device Clouds allow testers to quickly provision the required devices for testing without the need for physical setup or configuration. This agility helps in reducing setup time, enabling testers to start their testing activities promptly.

Manual Testing on Real-Devices

Manual testing involves human testers executing test cases and interacting with the application on real devices. Testers manually validate the application's functionality, user interface, usability, and other aspects by performing various actions and observing the results. Manual testing on real devices provides a hands-on approach to uncovering potential issues and ensuring a seamless user experience.

Testers can use real devices in a real device cloud to perform exploratory testing, usability testing, ad-hoc testing, and other forms of manual testing. They can verify that the application functions correctly, the layout and design are visually appealing, and the user interface is intuitive across different devices. Manual testing allows for human observation, judgment, and validation, making it suitable for scenarios that require a critical eye or complex user interactions.

Automated Testing on Real Devices Using Testsigma

To perform automated testing on real devices, you can follow these steps:

• Set up Testsigma: Sign up for an account on the Testsigma platform and set up your testing environment. It is an AI-powered test automation tool that supports testing on real devices, including mobile devices and web browsers.
• Define your test scenarios: Identify the test cases and scenarios that you want to automate. Determine the specific actions and validations that need to be performed on the real devices.
• Create test scripts: You can create test scripts using a user-friendly interface that employs natural language and intuitive test steps. Testsigma provides a codeless approach to test automation, allowing testers to create and manage test scripts without requiring coding expertise.
• Select the target devices: It offers a device cloud that provides access to a wide range of real devices. Choose the devices on which you want to execute your automated tests. You can select different devices with varying screen sizes, operating systems, and configurations to ensure comprehensive coverage.
• Record or manually define test steps: It allows you to record your interactions on a real device or manually define the test steps using the visual editor. You can simulate user actions such as clicking buttons, entering text, swiping, scrolling, and validating elements on the device's screen.
• Enhance test scripts: It provides advanced capabilities to enhance your test scripts. You can add conditions, loops, and validations to make your tests more robust and dynamic. Testsigma also offers support for data-driven testing, allowing you to test different data sets on the same test script.
• Run automated tests on real devices: Once your test scripts are ready, you can execute them on the selected real devices in the Testsigma device cloud. Testsigma will automatically run the tests on the chosen devices and provide detailed reports and logs of the test execution.
• Analyze test results: It generates comprehensive test reports that include information about test execution, pass/fail status, screenshots, and logs. Analyze the test results to identify any issues or failures encountered during the automated testing process.

Conclusion

Real Device Cloud Testing offers significant advantages for software testing and development. By leveraging a cloud-based infrastructure that provides remote access to a wide range of physical devices, testers can ensure comprehensive device coverage, address device fragmentation, improve scalability, and reduce costs and resource requirements.

Real Device Clouds enable both manual and automated testing on real devices. Manual testing allows testers to interact directly with the application, validating functionality, usability, and user experience. Automated testing provides efficiency and scalability by executing test scripts on multiple devices simultaneously, ensuring consistency and increasing test coverage.