Why Do you Need to Run Software Testing Services Parallel with Development Process
Software testing company demands that companies stay on top of current trends, innovate to predict future needs, and release software testing quickly and frequently. Delivered software testing must be useful, competitive, well-priced – and most importantly, the software testing services must do what it sets out to do. All of this relies on software testing. Testing is necessary, but the time that strong, sequential testing service requires (and that the market demands) means a longer time-to-market, hurting success and profits. The parallel test is a new framework for testing software that radically reduces the cost and time associated with traditional testing service methodologies.
Parallel testing service is a semi-automated testing process that relies on cloud technology and virtualization to perform tests against several configurations at the same time. The goal of this process is to resolve the limitations of time and budget while still assuring quality. The parallel testing process can apply to a single application or to components on multiple platforms. Each application or subcomponent, such as operating systems, browsers, and any combination of them, can be tested on a different computer.
1.Broader Compatibility Test:
Because parallel testing service is faster, it allows you to test for wider compatibility in the same amount of time. If you’re releasing a new app and want to test the user interface (UI) functionality, you don’t have to limit yourself to testing against only the most popular OS and browser combinations or mobile devices—you can test all the combinations that are important to your users.
2.Less Testing Time:
Good software testing service must be thorough and comprehensive. In a sequential testing environment, it can be (and usually is) a very time-consuming process. Parallel testing can divide invested time (roughly) by the number of test machines being used in parallel so that overall testing time is a fraction of that required for sequential testing service.
For example, if you are running 10 concurrent tests, you can reduce your testing time by a factor of about 10. This can cut days or even weeks from the delivery time. This reduction in testing time also allows you to make more efficient use of your engineering team. They are freed from a set of necessary but time-eating and repetitive tasks, allowing them to concentrate on more forward-looking and innovative projects.
3.Constant Integration and Delivery:
Modern development best practices such as continuous integration and delivery require frequent and rapid functional tests. The execution of pre-scripted tests on a web or mobile app saves considerable time, plus having test data accessible in detailed reports is valuable to development teams who can use this information to quickly identify issues. Parallel testing in the cloud allows you to execute test suites continually as developers submit and integrate code changes throughout the day.
Because parallel testing is automated and can run at high concurrency in the cloud, the cost per test is considerably less. Leasing test time on a cloud testing service generally will be much less expensive than building and maintaining your own test infrastructure. Even the common practice of using development hand-me-down computers as test machines has its costs and practical limits. For example, as used systems age, they require more maintenance and they become less capable of duplicating real-world deployment conditions. Cloud-based testing grids mean environments have high availability, and they are up-to-date, making parallel tests the better option.
Parallel testing enables teams to focus on making tests repeatable, measurable and accurate. By simply testing faster, you can test more, and testing more produces more actionable data to find bugs and also improve test cases. Automated parallel testing delivers strong data on test results with key indicators of where tests can be improved. The net result is a test process that is more scientific.
6.Continuous and Coherent testing
Parallel testing simply offers a different framework for testing, which can easily accommodate most or your entire existing test regime. This means that transitioning from sequential to parallel testing does not force you to sacrifice test targets, strategic testing goals or test quality. If anything, moving to parallel testing increases the range and depth of your test program, allowing you to better meet your test goals and it improves the quality of your testing. When you make the move to parallel testing, you are not abandoning traditional software testing. You are simply applying modern development practices and technology to it.
The great thing about parallel testing is that you can transmit it in steps, starting with the tests that are most easily converted to parallel, then adopting some or all of the remaining tests after your team has had time to adjust to the parallel testing environment. Once you have started to use parallel testing and have integrated it into your development process, it is easy to expand the quantity and scope of parallel tests as the need arises.
The faster you run a test, and the more tests you run, the more frequent the releases and the more defects you can find. The math is simple. Parallel testing in the cloud decreases the cost of maintaining test infrastructure, the cost of lengthy testing cycles, the cost of delayed releases and, finally, the branding cost of unhappy customers due to poor application quality.
Even without changing the way you test, a shift to a parallel testing environment will provide an immediate speed enhancement—which means every test that still runs serially is a cost that can be avoided. And every test run in parallel is an opportunity to test your application better and faster at the same time.
Really want to improve the user experience of your application then don’t forget to run software testing process parallel with the development process, Hire experienced software tester today!