In the contemporary business landscape, software development teams face significant challenges to produce superior quality products within tight deadlines. The insistent pressure to meet these demands requires a keen focus on excellence and efficiency. As a result, automation testing has become an integral part of the software development lifecycle, as it furnishes developers with fast feedback on the functionality, performance, and steadfastness of their products. Global organizations are investing lots of time and capital in developing quality software products. Testing is a time-consuming and resource-intensive process in the development cycle. That is where automated cloud-based testing comes in.
Furthermore, with the increasing demand of customers for new features, it has become indispensable for most digital platforms to embrace a continuous release approach. To guarantee high-quality digital services, accelerated quality assurance is needed, which can swiftly pinpoint performance regression and user experience issues for every build before release. The ever-changing evolving infrastructure, such as cloud, network edge, devices, operating systems, and real device cloud, further convolute continuous testing complexities. As organizations strive to improve their software development processes, they are actively seeking out innovative testing methodologies and tools. This pursuit is driven by the need to maintain speed and quality while introducing new features to existing software or developing entirely new software solutions.
Through the strategic utilization of cloud computing and automated processes, teams can effectively expedite testing cycles and uphold superior product quality standards. This blog will explore the ways and benefits of automated cloud-based testing and how it can help development teams deliver superior products faster.
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Due to the high expectations of end-users who do not tolerate delays in upgrades, fixes, or new features, testing cycles have significantly decreased in duration. To leverage the automated testing and accelerate the testing cycle, the use of a AI-powered testing platforms like LambdaTest is preferred. It is an AI-pwered test orchestration and test execution platform platform that offers scalable and reliable cloud infrastructure and allows Selenium, Cypress, Playwright testing and many more frameworks offer testing on 3000+ real devices and OS combinations. It also allows the execution of parallel tests simultaneously across a large number of devices.
Organizations can utilize the below-stated tactics that accelerate software tests with LambadaTest to stay on the edge in this challenging business environment.
Read on to learn about the ways to accelerate testing cycles and maintain quality:
Continuous integration and continuous delivery (CI/CD) are primarily utilized to push code modifications to software development as fast as possible. This approach will help testers and developers diminish the time to resolution, pinpoint errors in code integration, and guarantee that vital fixes reach end-users swiftly. The optimization of the CI/CD pipeline facilitates testers to exercise enhanced control over the quality assurance process. Furthermore, testers can efficiently address market needs by promptly creating and testing new environments. Overall, this will enable testers to diminish the time needed to test software.
Rather than sequentially executing individual tests, concurrently performing multiple tests can expedite the testing process and increase efficiency for testers. Parallel testing is a methodology that entangles testing multiple device-browser-OS combinations to ensure cross-browser and cross-platform compatibility. This approach can be highly effective in identifying issues related to the functioning of software across various platforms and configurations. With parallel testing, developers and testers can diminish the time required to execute test suites, thus authorizing faster testing cycles.
By initiating bug tracking early in the development cycle and implementing it effectively, testers can identify errors promptly and fix them straight away. This approach eliminates the accumulation of a long list of errors that software development teams would otherwise have to address. Early bug tracking saves a considerable amount of time during software testing and also accelerates the overall testing process.
Staying organized during software testing is a critical component for enhancing testing efficiency. Organizing test cases is often perceived as a low-priority task by many testers during the testing cycle. Nonetheless, utilizing good test management techniques, keeping organized automation reports, and maintaining accurate data can save a considerable amount of time and make the software testing cycle much smoother. Maintaining an organized testing process facilitates testers to efficiently re-run test cases if necessary, diminishing the time and effort required for repeat test cycles.
It is widely acknowledged that the utilization of automation tools can enormously expedite the testing process. Nonetheless, these tools can deliver false positives/negatives, which may lead to flakiness. The presence of flakiness during software testing can increase the overall duration required to complete the testing cycle. Therefore, it is best to pinpoint and fix the issue early by isolating flaky or inconsistent tests from the software build. By minimizing the occurrence of defects in the quality assurance process, testers can accelerate the software testing cycle and facilitate speedier delivery without any disruptions.
Real-device testing is a paramount method that testing teams can employ to gain a comprehensive understanding of the issues that customers encounter when utilizing software in real-world situations. By simulating real-life scenarios, this testing approach can help pinpoint and resolve potential issues before they impact end-users, thereby improving the overall quality of the software. If functional testing is performed on real devices, it eradicates redundancies in the quality assurance process.
Furthermore, functional testing facilitates quality assurance teams to capture functional-performance data without running the tests repeatedly. With functional testing, testers can resolve such issues before the software release. Implementing this approach can assist organizations in minimizing the duration spent on post-release testing while also expediting software updates.
Nowadays, organizations utilize myriad tools to execute different functions while testing software. This may cause confusion and chaos among testers and uncertainties in the testing procedure. To avoid such situations testers need to utilize containerization, where they can divide various processes by creating different projects employing different frameworks or programming languages, to sidestep unnecessary delays or uncertainties in the software testing cycle.
Due to the significance of release time in the testing process, testers prioritize automation testing over manual testing. Nonetheless, automation testing is not a replacement for manual testing. With the help of manual testing, testers can understand the perspective of end-users. This will further help them in pinpointing errors before releasing the software. Manual testing implicates testers anticipating the actions of software users in order to create a valuable user experience. So, testing teams must balance automation and manual testing to speed up the testing cycle while maintaining software quality.
Organizations seeking to automate cloud-based testing and accelerate testing cycles should familiarize themselves with the test automation pyramid. Organizing test cases into various categories and levels, testers can pursue a pre-defined hierarchy while planning, executing, and evaluating tests. This will improve the speed and quality of the software.
Continuous testing is a testing approach that implicates the automation of testing procedures at predetermined intervals following the introduction of code updates made by developers. With continuous testing, teams can get immediate feedback, pinpoint issues faster, and fix errors effectively. To ensure seamless, continuous testing, it is imperative for testing teams to regularly update their testing environment. It can also diminish the time required for testing and enhance the overall quality of software at all phases of development.
Effective teamwork requires clear and open communication between team members. If every team member is mindful of the testing status, it will authorize the entire team to speed up the testing process with no room for confusion. Effective communication between the quality assurance (QA) and development teams is crucial in resolving errors identified by QA experts promptly. With adequate communication among team members, organizations can accelerate the testing cycle while maintaining good software quality.
Automated cloud-based testing is a rugged solution for software development teams. Especially those striving to expedite their testing timelines and enhance the standard of their software products. When you automate the software test method and perform the test in the cloud environment, it will eventually lead to lowering of testing time and effort. Furthermore, it can also guarantee that their software is comprehensively tested across myriad platforms and devices.
Here are a few benefits of automated cloud-based testing:
In this article, we show that the implementation of an automated cloud-based testing method can revolutionize the testing process. Thereby, enhancing its efficiency and dependability. In the present time, organizations are investing more in leveraging cloud platforms to increase the acceleration of the automated test process. By accelerating the testing cycle, organizations can diminish the time to market their products and add new features. For this, the use of LambdaTest, a cloud-based platform, is one of the best options that offers scalable infrastructure.
