Test Automation

 What is QA automation? Automation scripts are developed to run tests on the software by using automation tools. Automation scripts are used that can be repeatedly executed. Repetitive testing tasks are performed by QA automation tools that were performed by testers previously. Test coverage is increased by QA automation and any chance of human errors is eliminated. Test results can be showcased by automation testing with the help of third-party reporting libraries with various statistics such as trends, graphs, step details, execution time, environment details, skipped, passed, failed etc. More advanced tests can also be easily done by the QA automation platform. Complex test cases can be focused upon by the software testing team. Benefits of QA automation: 1. Test scripts are reused: Automation test scripts that have been created can be reused with no or minimal changes in the data and the script. Multiple QA teams can also use these scripts to extend their project need. 2. Quick d

 The platform of automation testing is known for carrying out software testing activities efficiently and accurately. The speed of execution is also taken into consideration. Organizations have benefitted heavily through the tactical use of automation testing. Hence, there is tremendous value for the test automation platform in the global market scenario.  In this article, you will get to know the 10 core benefits of automation testing. Following are the ten core benefits of automation testing: 1. The value of reusability: In a manual testing setup, every minor code change needs to be tested. Scripts are written and then running them over and over again is considered to be a tedious process. With the use of a test automation platform, test scripts can be easily created and also reused and executed as and when required. 2. Quick feedback can be expected: The feedback loop between testers and developers plays a crucial role in delivering excellent customer experience and higher quality

Manual testing and automation testing play a crucial role in software development and testing activities. There are certain software development scenarios where manual testing plays a crucial role and certain scenarios where automation testing plays a crucial role.  Depending upon the project scope and requirements, the team can decide as to which of the one of two testing types can be leveraged or even both can be used tactically. In this article, you will get to know the differences between manual testing and automated testing. What is manual testing? It is a testing method wherein test cases are prepared by manual testers for the code to test the software and then the final report of the software is presented. It is a time-consuming process as it is done manually. Bugs are uncovered using this testing method. All the essential features of the software product or application are thoroughly checked by the software product or application. Characteristics of manual testing: 1. The invol

The platform of automated testing is known for providing effective and accurate testing activities. Repetitive and time-consuming testing tasks can be easily automated and can free up manual testers' time to a considerable extent, who can, in turn, focus on other crucial testing tasks that may require manual intervention. Test automation tools further enhance the performance of automation testing. In this article, you will get to know about automated testing and how it works. What is automated testing? It is a software testing method that automates the process of assessing the software functionality and thus making sure it meets requirements before it is released into production. Specific software tests can be run at a faster pace by an organization through the automated testing services platform. For large or repetitive test cases, automated testing is well-suited. Scripted sequences are used and executed by test automation tools. The software is verified by automated testing too

Test automation strategy refers to a plan or approach devised by a software development or testing team to automate the testing process. This strategy outlines how automation will be integrated into the overall testing framework to improve efficiency, effectiveness, and reliability of software testing.  A comprehensive test automation strategy typically includes the following components: 1.     Scope Definition : Identifying which tests are suitable for automation and which are better suited for manual testing. This involves analyzing the application under test, its functionalities, and the associated risks. 2.     Tool Selection : Choosing appropriate automation tools and frameworks based on factors such as the technology stack, application architecture, testing requirements, and team skillset. 3.     Test Environment Setup : Establishing the necessary test environments including hardware, software, and network configurations to support automated testing activities. 4.     T

Automation testing offers numerous benefits to software development teams, ranging from efficiency improvements to enhanced test coverage. Here are eight core benefits of automation testing: 1.     Improved Efficiency : Automation testing reduces the time and effort required to execute repetitive test cases, allowing testers to focus on more complex and critical aspects of the software. 2.     Faster Time to Market : By automating repetitive tasks, such as regression testing and smoke testing, development teams can accelerate the software delivery process, resulting in faster time to market and quicker feedback loops. 3.     Increased Test Coverage : Automation testing enables comprehensive test coverage by executing a large number of test cases across various configurations, platforms, and environments, which may be impractical or time-consuming with manual testing. 4.     Consistency and Accuracy : Automated tests perform tasks consistently and precisely, eliminating th