Test Automation

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

Following are the top 5 automation testing tools to watch out for in 2024: 1. Appium: It is one of the best automation testing tools used for testing native and hybrid mobile apps. As app stores are becoming increasingly competitive because of the huge demand for mobile apps, it becomes obvious to deliver the best quality mobile apps to the end-user. The mobile app testing process is automated by appium without recompilation or SDK. Tests can be written by testers easily. 2. Selenium: It is one of the most popular open-source test automation tools used for exclusively testing web applications. It is compatible with all browsers. Selenium scripts can be easily written in popular programming languages such as C#, Python, PHP, Java, Ruby, JavaScript etc. Advanced programming skills are required for writing complex test scripts. 3. Katalon studio: This automation testing tool is built on both appium and selenium frameworks. It can be easily deployed by test automation company and has a

Smoke testing helps in identifying major flaws in the application in the initial stages of the software development process, without delving deep into the finer details.  It is focused on ensuring that the software build is stable and hence it is also known as "Build verification testing."  The team should have a well-defined plan to carry out smoke testing effectively. In this article, you will get to know the techniques and advantages of smoke testing. What is smoke testing? It is a specific testing method that verifies whether the deployed software build is stable or not. It ascertains whether the new software build can be passed on to the next testing phase or not. This testing method ascertains whether the program's crucial functions work as expected or not.  Crucial and basic issues are found by the smoke testing method before more in-depth testing is conducted. Simple, but crucial failures are discovered by the smoke test method using test cases that cover the impo