Manual testing of mobile apps is a challenging task. It demands stringent planning and execution of test scripts and comprehensive mapping of test results to debug the app and optimize its performance. However, in every app testing process, there are inevitably times when these test cases fail.
Hence, the Quality Assurance team needs to re-run the test scripts multiple times to get the desired output. Mobile test automation tools can handle this redundancy effectively. It does not only help to create and manage test cases and provides detailed reports that enable QA testers to remove bottlenecks and build a high-quality app.
Mobile app test automation tools can integrate your testing framework. It can automate configuring test scripts using this framework and executing them on various platforms, devices, and networks. The test tools also generate the report in a proper format that details the number of test cases managed, including failed and skipped test cases. In addition, you can group multiple test cases and set priorities to implement them.
Checking test scripts manually and resolving errors is time-consuming and tedious. Mobile test automation tools make the process of identifying failed test cases and re-execute them. However, various test automation tools are available in the market and making the right choice can be daunting. Here are a few pointers that will enable you to make the right choice.


Choose a testing tool that has an easy-to-use interface. It can annotate certain functions to enable users to identify how to use the tool. In addition, it can include a tutorial for easy onboarding. The tool should cover a range of tests like unit tests, functional tests, non-functional tests, end-to-end tests, integration tests, and more.
The tutorial to perform each of these tests will enable the testers to get familiar with the various features, such as annotations and listeners, without wasting time and resources to learn about operating the tool.

Automation Type

Identify the type of automation test critical to your project. Automation tests can be categorized based on the type of testing and phase of testing. Based on testing type, automation tests can be categorized as functional and non-functional tests.
Based on different testing phases, there is the automation of unit tests, API tests, and UI-based tests. Other test types include security tests, automation of regression tests, acceptance tests, performance tests, and quality control. The top three test automation types are unit testing, API testing, and GUI testing.


Understand the pricing policy of the test tool. Determine the ideal price for your app test automation project, and choose a value-based pricing strategy. Determine the budget for your automation test project, and choose a tailor-made tool with the necessary features pertinent to your test operation.
Take into account the human resources the tool demands to get full coverage of the cost factor. You can choose to host it on a cloud and opt for a pay-as-you-go model.


The mobile app test automation tool should enable you to identify reusable automation scripts and modify them quickly. Test cases allow the testers to track, understand, and resolve quality issues. The tool should enable you to determine the test case scenario questions, focus on the right priorities, and amend and reuse the test cases till the app delivers seamless performance for the concerning functionality.

Integration With CI/CD Tools

CI/CD tools enable testers to automate the app testing process with ease after every new build. Ensure that the app test automation tool integrates with the CI/CD tools you have in place. It helps to replace complex and stressful manual testing with routine, daily updates, and automated testing. Integration of the test automation tool with the CI/CD pipeline will enable you to build code, run tests (CI), and safely deploy a new version of the app (CD).

Regression Testing

The app test automation tool should support your frequent regression tests. It helps to ensure that the previous functionality of the app performs appropriately and the new changes have not produced any bugs and affected existing features. In addition, it should enable you to reduce feedback time and execute multiple tests in parallel.


The tool should have a robust reporting feature that produces comprehensive reports to determine release readiness. It should enable you to get detailed reports that are supported by videos, screenshots, error logs of each test run for each OS, device, browser version. In addition, it will enable you to make decisions for quick resolution for identifying the test case failure with actionable feedback.

Scriptless Testing

The mobile app test automation tool should give you the flexibility to define prerequisites and create codeless test suites. You should be able to quickly build data-driven scriptless test cases with multiple data inputs, set conditions, and assertions for maximum coverage. Suppose your QA testers do not have expansive programming skills. In that case, the test tool should enable you to reduce or eliminate the scripting requirements involved in the creation of tests with the help of model-, object-, data- or keyword-driven approaches.

To Conclude:

Choosing the right mobile app test automation tool will provide high flexibility, support different programming languages, testing frameworks, and offer comprehensive coverage. It will enable you to build a high-quality app that offers maximum conversion and success rate.
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