With the growth of various application development methods, businesses are looking forward to finding solutions to make efficient processes. As testing is one of the essential steps in application development, developers are mainly inclined to use different techniques and tools to ensure product quality. Automation testing is one of the practices chosen by most developers to assess tech products and mobile applications to ensure smooth functioning and fast releases.

The automation test execution is a process that primarily is aimed towards executing tests and finding out whether the applications are responding precisely the way they have designed and are supposed to. There are different types of automated testing tools available in the market that are very helpful in the app development lifecycle. The primary aim of these automation tools is to improve the outcome by ensuring error-free mobile applications.

What do you mean by automation testing execution?

It is a set of techniques followed by testers to ensure that their mobile applications or tech products work as intended and can satisfy the customer’s requirements. These tests are also executed to ensure that the application meets quality standards. When it comes to manual testing, Quality Assurance analysts usually test the applications to find out bugs or errors and notify the development teams to fix the bugs before releasing the apps.

With automation testing, testers or programmers use frameworks or automation tools to run scripts to ensure that the application performs the way it is designed without the need for human intervention. There are multiple benefits of choosing automated testing, and one of the primary reasons is to make sure that it can take care of repetitive tasks and use human efficiency in a better place.

Implementing automated testing ensures that organizations can improve their productivity without compromising on quality. Unlike conventional manual testing, with automation testing execution, one can execute test cases and check functionalities where the manual test cases might not perform efficiently. Besides, as manual testing requires continuous human effort, there are always some chances of missing errors, which can compromise the app quality.

Types of Automation Testing:

When it comes to choosing the right kind of automation testing, you must implement an automation testing type that suits your needs and requirements. It requires a thorough knowledge of the different types of automation testing tools available. Knowing where and when to implement which type of automation testing tool will always help the development team leverage the most and get the best results.

Following are some of the most common types of testing where automation is used.

  • Integration testing:

Integration testing is a type that mainly focuses on checking whether the units or modules of the applications are correctly functioning. In this automated testing process, every individual application unit is considered and adequately tested as a whole to ensure its performance.

  • Unit testing:

Unit testing is known as the first testing level, which becomes the foundation of the extensive types of testing. It generally involves assessing individual functionalities or components to ensure they work correctly. This type of automation execution testing is most commonly performed in the development phase and is used as a first level of testing. It is usually performed by developers manually before they hand it over to the testers for testing. It is crucial in the application development cycle as this is the primary step to identify bugs early on in the application life cycle, thereby understanding every unit’s functionality. This testing also ensures reusing codes that boost the team's productivity.

  • Regression Testing: 

With technological evolution, developers require updating codes to meet the ever-growing demand. There is a need for adding, removing, and changing codes from applications to ensure a seamless performance. However, changing codes can result in an unpleasant scenario, where various components get broken. Which is why it needs proper monitoring and testing to ensure the application's performance after the changes are done. Regression testing is done to verify the recent changes and monitor its effect on the application's features. To be precise, regression testing confirms that the new changes are providing similar or better performance than the old codes.

  • Functional testing:

Functional testing is another type that analyzes the web application functionality and ensures that the application is working as expected. This typical type of testing generally involves checking the APIs, user interface, database server, applications security, and the website functionality as a whole.

  • Smoke Testing: 

Smoke testing is a type of testing that is typically done after developing and completely integrating app functionality into the final format. This means that if developers find any errors or flaws during this stage, it will immediately help them to send back the application to the team for enhancement and modification according to the feedback generated from the smoke testing. 

Smoke testing refers to preventing mobile applications from catching fire, which means the mobile app is thoroughly assessed to ensure its viability and stability. In case the application fails this test, it means that it is time for the team members to fix issues that appeared at the current stage.

  • End-to-end testing: 

The need for end-to-end testing is replicating the user behavior in the closest form within the application environment. This type of automation test execution is definitely a costly one to run. Even when an end-to-end testing type is considered extremely useful, it is typically hard to maintain. Hence, most organizations pay more attention to integration and unit tests.

  • Performance testing: 

Developers mostly try developing apps with smooth functionality, even with a huge workload. With the performance testing, it becomes easier to check the speed, responsiveness, and stability of the application. So developers would quickly identify and optimize the issues to perform and provide the best results. 

What are the benefits of automation testing? 

There are multiple reasons why there is a massive demand for automation testing among organizations. Some of the most common advantages of using automated execution testing mentioned below.

  • It provides detailed insight: With automated testing, developers can execute a large number of tests and get detailed reports that can be valuable for them to make a better mobile application.
  • It saves expenses: Implementing automation testing can help teams easily find errors early on in the development stage and fix them immediately, thereby reducing the effort and cost that companies need to bear for fixing mistakes in the later stages.
  • It improves productivity: Automated testing can be scheduled repeatedly without the need for human intervention. It can be helpful for professionals to pay attention to critical tasks and leave the testing to be done automatically.
  • It improves speed and accuracy: Using the automated testing approach reduces the time humans need to invest in manual testing while improving the accuracy to the maximum as it is not prone to human errors. Therefore, it is more accurate and efficient.
  • Quick & Accurate Feedback: Automated testing ensures fast execution that helps to identify mistakes and generate reports much faster. Therefore, testing and development teams will be able to make the changes in the early stages without facing issues.
  • It ensures fast development: Automated testing is known for being efficient and accurate, which helps teams to work efficiently and successfully make mobile app development without facing hassles. As they can identify and fix errors immediately, it helps to deliver faster and provide the best quality products.

Summing up: 

The availability of different kinds of automation execution testing has made it easier for professionals to provide better and more accurate results. However, it requires explicitly choosing the right set of tools capable of evaluating the mobile and web apps thoroughly  to test and release quality apps quicker.