Traditionally, when performance testing was mentioned, developers would think about the later stages of application development including identifying important features to test, developing test scripts, and finally testing and analyzing results. However, times have changed, and with Agile development and the increasing use of DevOps practices, testing has evolved into a part of the development process. Automated tests are typically implemented to confirm the functional requirements, also known as continuous performance testing, it can not only save the time of developers but also can improve the testing accuracy.
The difference between continuous performance testing and regular one is evident. Regular load testing evaluates the performance of a particular software version during peak load situations, whereas continuous load testing guarantees optimal performance for every new application version during peak loads.
Meanwhile, the regular performance testing fails to meet performance standards resulting in the rejection of the entire build, prompting troubleshooting and improvements to ensure flawless performance. By integrating continuous load testing into deployment pipelines, developers can detect and troubleshoot performance regressions before customers are negatively impacted.
However, continuous testing is also not flawless. Some companies believe that continuous load testing is a good idea, but they lack production-like environments for different API versions or lack data on traffic permutations. Several factors make this method difficult to use.
Continuous testing technology has a swell of advantages, especially for software developers and teams. Here, we concluded the main 4 benefits of it. Learn how can continuous performance testing help you in the office in the following:
Continuous performance testing is capable of testing the performance of your application thoroughly, improving its overall quality and reliability. Therefore, performance issues can be detected early in the development cycle through regular performance tests to prevent more significant problems.
Along with continuous and auto testing, developers can receive quick feedback on application performance. Immediate feedback enables developers to make better design decisions on the fly and quickly provides administrators with all the information they need to evaluate the release.
Another great benefit of continuous performance testing is that it can minimalize the cost of testing. Early detection and resolution of performance issues can save costs and avoid expensive rework or infrastructure changes.
Continuous testing helps administrators and developers perform the right tests at the right time. At the same time, automated testing minimizes false positives and timeouts common in traditional testing environments. Additionally, having tests run throughout the software development process gives developers confidence that they are building a secure and versatile framework.
By learning the concept and benefits of continuous performance testing outlined in this article, you may have already had a basic understanding of continuous testing technology.
Continuous testing is a newly introduced software testing method from the third wave of test automation. Nevertheless, it can be difficult to acquire knowledge about continuous testing, and choosing the most suitable technology can be overwhelming. Thanks to the dedicated continuous testing tool, WeTest, things will be easier. It is a professional and trustworthy software and application testing assistant that is equipped with advanced continuous and auto-testing tools. Might well give it a try right now to make your teamwork easier and more efficient.