Six key success factors for improving test automation results

Six key success factors for improving test automation results
Six key success factors for improving test automation results

As digital transformation has become a top priority for all businesses, it is essential to provide high-quality software products in today’s market. Six key success factors for improving test automation results

While agile software development has improved the CI / CD pipeline, there is also a growing demand for high-quality software testing.

To bring reliable, high-quality applications to the market, companies need a consistent, iterative, rigorous, and comprehensive test plan.

Software testing is the first and last line of defense for future CI / CD products, and if not performed correctly, the product will not deliver the expected results.

Automated testing improves test speed while saving resources, but must be 100% stable for a product to be successful.

Therefore, SA needs to successfully design test automation that provides easy, reproducible and cost-effective software testing.

However, test automation planning requires the purpose of the application that needs to be tested. For example,

if you want to automate functional tests, automation testing should focus on testing the functionality of your application. Test automation often fails, other than having a purpose and strategy.

Why does automation fail?
Automated testing is nothing new in the software industry.

Many companies have already used it over the past few years to improve their test cycle. However, not all test automation cycles are successful.

Testers often face failures for several reasons:

Repeated failures occur due to interconnected systems, high complexity, and inconsistencies in the test environment.

Advanced maintenance and frequent updates to automate traditional script-based testing Six key success factors for improving test automation results

Traditional automated testing requires long operation times, affects performance and results in test failures

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Continuous regression testing does not provide accurate and direct feedback on recent changes in your application.

You can avoid the above reasons by following the key factors for successful test automation. Six key success factors for improving test automation results

The main purpose of a rigorous test automation approach is to ensure that all aspects of your application are tested and defective. Six key success factors for improving test automation results

Here are six key factors that can help you improve your test automation results.

There is a dedicated team of automation testers
Because we’re talking about automated testing, having a manual tester on your team can be a disaster.

Manual testers are not trained in automated testing and are not familiar with the complexity of automation tools used in test automation.

Having staff with professional testers with experience in automated testing and various testing tools is critical to the success of test automation.

With a dedicated team, you can expect guaranteed results and test the results of an automation cycle. However, you must provide team members with sufficient information for each automation test scenario for the specified application.

Building architecture and robust automation testing
Automated testing is not about running tests continuously using an automated framework.

It requires a well-structured test design that can be maintained and stabilized over time.

Some testers follow an implementation-based testing approach to achieve automation-friendly test designs. In this way, the tests are organized into modules and written as a series of keyword-based actions.

Building robust tests that can be easily integrated into regression rooms is also important for testers, as there is no other way to make automated tests reliable.

It is useful to build test cases that are flexible enough to adapt to the requirements of long-term regression testing.

Whether you are creating a scripted or unwritten test, the following criteria must be met: Accuracy, integrity, sustainability, portability, version control, performance and more.

The main purpose of building a robust automation architecture and test cases is to perform automated tests with high accuracy, smoothness and performance.

If your tests are stable and concise, you can quickly complete the regression testing steps while avoiding unnecessary adjustments.

Carry out tests in parallel

Agile development includes short iterations in progress CI / CD. That is, implementing large-scale test automation does not produce the desired results.

Running short and frequent sprints will lead to more bugs and more repairs. Also, it can be difficult to find, repair and test products for each iteration.

However, it is possible to achieve automation

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