The Automated Testing process allows an organization to perform consistent and replicated tests of application software over different platforms. This results in getting the feedback on how a software application would perform when executed on different platforms. Today applications are designed to be platform independent and this process can help in ensuring that. Moreover, organizations apply rigorous testing on all software development projects. And through Automated Testing processes, organizations can ensure that the software system developed is reliable and built as per specifications, and would support business processes of the client.

Best Practices

As organizations adopt more and more testing techniques for ensuring better and reliable software delivery, they are also in quest of searching the best practices to suit their testing requirements. These practices can be summed up in three categories: basic, foundational, and incremental.

Basic practices involve having the functional specifications which describe the external conditions that would trigger or execute a software service. The advantage of having functional specification is that the test-generation activity could simultaneously happen during the process of code development. Another important practice is during the functional testing when the variations are designed on which the test cases will be based upon. Combining with multi-platform and internal beta testing, the basic practices for software testing are covered up.

Foundational practice refers to the user Scenarios, usability testing, testing for requirements, and automated testing on the software. While user scenarios are based on the various functionalities of the software, they are advantageous as they test the software product on the lines in which a customer will use them. The major role of software testing is to meet the client's requirements. While the Incremental practice involves usage of techniques which are finer in details and provide specific advantages in some given scenarios.

These practices include teaming up testers with developers, as this will help reduce the time when code travels between the teams. Now testers simultaneously test the code that developers have developed. This loose coupling of testers with developers results in better design of use-cases and better code development. In all, employing these practices along with software-testing techniques can help an organization to bring code reliability and better performance.