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Moreover, several businesses are now actively evaluating the applications in real user conditions. Nevertheless, many developers still do not realize the importance of testing in the lifecycle of software development and the advantages of early and consistent testing of the software. We are still skeptical about the benefits of testing software and believe some misconceptions of testing software.

Decoding 7 common software testing myths
1)Testing Increases the time to market for a 
 software application

Companies are finding ways to beat completion when developing a new software application by growing their time on the market. The QA practitioners must spend time and effort in assessing the consistency of the software under different conditions and according to pre-defined specifications. That’s why; several businesses assume that the cycle of software testing improves the time for marketing of the product. But each company has several options to thoroughly test its software without increasing its market time. By automating different testing tasks, a company can easily reduce testing time. It can also incorporate agile methodologies

2) Testing Increases the cost of developing  
software

A business must deploy trained testers and invest in robust test automation tools to comprehensively assess the software quality. That’s why; many entrepreneurs believe software testing greatly increases the cost of software development. But in a number of ways, an organization can reduce the cost of software testing. To that both the time and cost of testing, it can opt for open source and free test automation software. In addition to reducing maintenance and adjustment costs, the software testing findings would allow the company to generate more revenue by releasing a high-quality software application.

3) Test Automation Makes Manual Testing Obsolete

The test automation systems help QA practitioners conduct and repeat a variety of tests without putting extra time and effort into doing so. Several businesses are therefore finding ways of automating all research activities. Also, the entrepreneurs neglect the limitations of different test automation methods. They forget the simple fact that they lack the ability to visualize and make decisions on test automation devices. The test automation systems, unlike human testers, can not accurately assess the performance and user experience of an application. Nowadays, in order to become popular and profitable, a software application must provide maximum user experience. A business must therefore incorporate human testing and automation testing methods to determine the

4)
Continuous review makes an application fineWhile testing a software  

Testers conduct a variety of tests to assess their accessibility, functionality, performance, usability, security and user experience. Before their release, they even identify and repair all software defects and performance issues. The test results also help companies determine whether the program meets all of the pre-defined specifications. But an application’s user experience can vary depending on user requirements and environments. Although many experiments are conducted and replicated, the testers are unable to find any glitches or flaws in an application. Therefore, after its publication, the company must be prepared to get the bugs or problems found in the application.

5)
It is not mandatory for developers to test the  
program
  A business must employ trained QA specialists to systematically and efficiently analyze the consistency of its applications. But by having the programmers and testers work together, it can always speed up the software testing process. Using unit testing and integration testing throughout the coding cycle, developers can further assess the quality of application code. Similarly, to ensure that the software works according to pre-defined specifications, they must conduct health testing. Therefore, agile methodology allows organizations to unify software development and testing practices to produce software applications of high quality. The approach to project management needs busine

6)Upon Software Development Phase 
 Evaluationa

Upon completing the software development cycle, the traditional waterfall model allows company to start the software testing process. But the standard model of software testing does not meet the requirements of complex software and cross-platform applications. In the number of companies transitioning from waterfall models to agile methodology and DevOps, a steady increase is noted. When mentioned earlier, agile methodology allowed companies to consistently test the software, as well as having the programmers and testers function as a single team. DevOps also allows organizations to unify the processes of software development, testing, and delivery.

7)
No need to deploy professional testing  
software

Most developers still assume that discovering bugs or weaknesses in an application is the only job of a test professional. The software development doesn’t even realize it takes skill and creativity. The misconception often leads businesses to random people testing their software. A company can involve real users in the software testing process to more effectively evaluate the usability of the application and user experience. But to get the program tested under different user conditions and climates, it must deploy trained testers. By creating many test scenarios, the skilled testers understand how to identify the software’s defects and performance issues.

Nowadays, most companies want to generate more revenue by releasing software applications that deliver the best user experience. We then introduce systematic QA testing technique software to launch an application without any critical flaws or performance problems. Likewise, many organizations even use agile methodology or DevOps to test the program throughout the lifecycle of software development. To order to check these common software testing myths and misconceptions, an entrepreneur can always collect information and quantitative data from different sources.