26 Aug

There are many advantages of testing with automation in the long run. By adhering to the most effective automated testing methods, you can be sure that your test strategy will yield the best ROI (ROI). 

Automated testing can reduce your development time, eliminate cumbersome repetitive tasks, and improve quality of software. How can you start? These best practices will be an effective foundation for making improvements to the quality of your software.

A thorough testing process is vital to the overall success of any software product. If your program doesn't work correctly, it is likely that people won't purchase or use it...at at least not for a long time. Testing to identify flaws or bugs is expensive, time-consuming as well as repetitive and is susceptible to human mistakes. 

Automated testing, where Quality Assurance teams use software tools to conduct detailed routine, repeated, and test that are data-intensive, can help teams increase the quality of software as well as make use use of their ever-depleted testing resources. 

Tools for automating tests like Test Complete assist teams to test more quickly, allowing them to test significantly more code, increase the accuracy of tests, and free QA engineers to concentrate on tests which require manual care and their unique human talents. In this article, you will know about the test automation best practices.

Utilize these top-rated strategies to make sure that your testing of software is successful and you will get the highest ROI (ROI):

1. Purchase a test tool

2. Automate the setting up of your automation system.

3. Design test automation

4. Execute test automation

It isn't feasible to automatize all testing therefore it is essential to decide which test cases are the most suitable to automate first.

The value of automated testing is related to the number of tests will be repeated. Tests that can only be run for a couple of times should be to be left to manual testing. Test cases that are suitable for automation include ones which are regularly run and require large quantities of data to accomplish the same task.
You will get the greatest value from the automated testing process by automating:

Tests that are repeated and are run on several versions.

Tests that can lead to human errors.

Tests that require several data sets.

A frequently used feature that can lead to risky situations.

Tests that are difficult to carry out manually.

Testing that runs on different devices and settings.

Tests that require lots of effort and time during manual testing.

The success of automation in testing requires meticulous planning and design work. Begin with a plan for automation. This will allow you to determine the first set of tests to automate , and also serve as a template for the future tests. In the beginning, you must establish your purpose for automating testing and decide on the types of tests you would like to automate.

There are several kinds of testing and each of them has its own role within the testing process. For instance, unit testing can be utilized to test only a small portion of the application in question. To test a specific part of the UI for the application it is recommended to employ Functional as well as GUI testing.

Once you've established your purpose and the types of tests you want to automate, it is important to choose the actions that the tests you automate will perform. Make sure you don't create test procedures which test different aspects of the application's behaviour simultaneously. 

Complex automated tests are hard to edit and troubleshoot. It is recommended to break your tests into multiple smaller, logical tests. This will make the test system more unified and manageable. It also permits the sharing of test code tests, test data, and even processes. You'll have more chances to upgrade your automated tests simply by adding tests that cover new functions. Check the capabilities of your application as you implement it, instead of waiting until the entire feature is in place.

When designing tests, make sure to keep them simple and focused on a single goal. For instance separate tests for tests that only test your reading as opposed to tests that require writing or reading. This lets you take the tests in isolation, without incorporating them into each automated test.

When you've created several basic automatized tests, you are able to organize your tests into a single larger, automated test. Automated tests can be organized according to the functional area of the application or major/minor divisions within the application, the common functions, or even a basic collection of test data. If the automated test is linked towards other tests, you might require the test tree so that you are able to run tests in a particular sequence.

1. Purchase a test tool

Since test cases are now automated It's clear the importance of test automation the use of automation tools. Test teams have a lot of options since they have a myriad of tools for purchase. Teams should create an automation strategy that includes thorough inquiries about the available tools and resources. Be aware that the tool must solve your issue rather than you trying to adapt your requirements for testing to the requirements of a tool.


Do not be rushed into selecting the "best" automated testing software available. Instead, determine which test automation frameworks you'll need to set up, and then choose a few tools that can provide the essential functions that your software needs.

If you're an expert use Selenium when you're conducting Web Testing and Appium for Mobile test. They create the most reliable tests that adapt to almost all platforms, languages and OS. Be aware that testers must be proficient in programming These tools typically do not provide in-app analytics.

Utilize free consultations and trial. In addition to open-source programs such as Selenium and Appium, the majority of commercial automation tools provide free consultations with sales representatives to assist the research process of your tool by providing business and technical information. 

To ensure a smooth transition for testing teams with varying levels of tests, it's advised to use a software that is code-free like Katalon Studio. It provides great ease of use for testers by providing a reliable testing automation tool with no commitment and is ideal for teams that are testing temporary projects or searching for the right tool. 

An acclaimed automation tool on marketplace, Katalon Studio allows testers to build tests quickly and effectively regardless of their technical skills. It can be used for all kinds of environments and tests and comes with a wealth of code-free features as well as AI-backed analytics and easy integration with tools.

2. Create an automation environment

This is a critical component of an automation plan since this is the point where your plan is put into play. In this phase, you examine your test environment and purchase the necessary automation tools to automate your test. While test development can be unpredictable an environment that is stable for testing is crucial for success in testing automation.


To ensure uniformity for consistency, the development and test environment must be identical to the stage environment while the stage environment must be identical to it is in the actual production setting.

Take data into consideration as part of your test scenario for example, the location where you sort data. Should the data be masking how will the data once you have tested.

Set out a list of recommended practices before you write test cases to ensure they're not susceptible to changes made by automated systems.

3. Design test automation

Once you've got your plan as well as the tool and the environment, it's time to create the test programs. The test build must be closely linked to the development of software to remain on the right track in case of app altercation. When creating tests, make sure to adhere to the proper sequence of tests and include both positive flow - when it is natural and the negative flow which includes attempts that are not authentic to access the application or for any untrue information that is transferred through the application.


Consider adopting Behavioral-Driven Design if it is possible. Utilizing user stories when writing specifications for testing and scripts, this method brings stakeholders and testers on the same level.

Test your test with data to determine reuse. With a data-driven approach it is possible to create test cases by simply changing the information stored inside external data files.
Before incorporating any test into the regression suite, make sure to run and test it several times in order to verify the test's accuracy.

4. Execute test automation

This is where your work and preparation comes to life. Since this process is automated, all you need to think about is the AUT as well as your power source. There are also pipelines that you can use to boost efficiency of the release and maintain your quality , like DevOps as well as the CI/CD. Be aware that certain testing environments require prior setting up, such as offline, local and CI/CD. Mock servers can be the solution to the failure reporting components.

Parallelize automated test cases that do not need interdependence in order to make it easier to save time. For instance, the test case results of a pay page shouldn't be delayed or rely on the log in instance.

Make use of a pipeline orchestrator or the scheduling tool to run tests in parallel. For instance, they are able to incorporate Katalon Test-Ops into their Katalon test cases, leveraging cloud environments for testing without requiring any setting up. It also can automatically prioritize the tests that are essential, which allows testers to optimize their test cycles while still ensuring top quality.

Test the application with stable servers and network connections. Avoid unexpected failures or elements that consume time. You can read more blogs on our automation testing solutions website bqurious.

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