Types of Automation Testing

 In today's scenario, every Company is looking for the quality-driven release of software products to survive in the competitive business market. Testing has become very crucial and more advanced to ease the workload of the testing team. Manual testing is no more used because it requires too much manpower, time, and cost. But automation testing helps the testing team in achieving accurate results in less time and with reduced cost.

Automation Testing

Sapizon is among the best software testingcompanies in the USA. Automation testing is the process of evaluating software and other technological items to guarantee they fulfill the required specifications. It is essentially a test to ensure that the equipment or software performs exactly as intended. It checks for bugs, flaws, and other problems that may happen during product development.

Repeated execution of the same test suite will be required in subsequent development cycles. This test suite can be recorded and replayed as needed using a test automation tool. No human intervention is necessary once the test suite has been automated. This increased the ROI of test automation. The purpose of automation is to reduce the number of test cases that must be executed manually, not to completely remove manual testing.

Why perform Automation Testing?

Automation testing shortens test execution time. Because this testing is faster than manual testing. It lowers the project's cost and resource requirements. This is because the script may be programmed to execute an unlimited number of times as long as the application remains unchanged. Working with a huge collection of input is made easier, which is not possible with manual testing. This aids in the creation of a continuous integration environment in which the new build is automatically tested after each code push.

Types of Automation Testing

1. Functional Testing

It is the initial screening that software testers undertake on freshly changed software. This testing ensures that each aspect of the software works as intended by the user. The procedure ensures that the user interface of the application under test (AUT) interacts correctly with network applications and associated databases. The goal of functional testing is to obtain the expected outcome from a given input regardless of any other variables.  As software becomes more reliant on communication and security concerns develop. Functional testing is becoming a more difficult and time-consuming procedure that is well-suited to the trend toward UI automated testing.

2. Non-functional Testing

This testing examines how an application behaves as a result of external variables, whereas functional tests examine how a product's setup and installation influence its behavior. These tests are mostly focused on security and application administration. These tests are often automated since they examine how programs interact with non-humans.

3. Unit Testing

It is running tests on individual components or functions in isolation to ensure that they function properly. It is often done during the program's development process and is frequently the first type of automated testing performed on an application. Unit testing is often done by the developer and is always conducted before integration testing. Unit tests are particularly useful since they help detect defects early in the development process, lowering the cost of repairing them.

4. Integration Testing

It ensures that the individual modules of a program continue to function properly after code updates. It detects communication errors between application components that may have previously proven functioning when operating as stand-alone units. This testing automation enables tiered testing by first testing individual components coupled together, then joining multiple sets and subsets and comparing the findings.

5. Smoke Testing

It is a simple collection of tests designed to evaluate the stability and viability of the software's deployed build. Smoke testing focuses on determining whether the primary components of the application are functional or not. This testing is performed after the generated software functions have been integrated into the software package. Any failures in testing at this stage will usually result in the program being returned to the development team for revision.

6. Regression Testing

It retests the application's functional and non-functional aspects after code changes are made to ensure that performance is not affected. When programmers find and fix a bug, the code revision may cause more bugs to appear. Regression testing aids in determining which change caused the poor results.

7. Performance Testing

It determines how well an application operates under various scenarios. Developers use performance testing to simulate real-world conditions and push the program to its limits. Finally, they gather and analyze the data to find the root cause of operational issues. It evaluates how well the application fulfills the specification metrics specified by performance engineers.

8. Security Testing

It allows for the detection of potential system dangers before malevolent hackers have an opportunity to exploit them. Developers must address security risks throughout the development process in an environment of very complicated code libraries constructed from discrete external objects from multiple sources.

Sapizon Technologies is a software testing company that delivers a defect-free products to its clients. We have a team of qualified and skilled professionals in delivering the best product to the market. 

We are among the best software test companies that ensure defects in the software solution are identified and fixed before it gets released. Visit https://sapizon.com/ for more details on our services and solutions.