Regression
KiwiQA’s regression testing approach is designed to thoroughly validate the application’s behaviour after modifications, enhancements, or fixes. We employ manual and automated testing techniques to cover all critical functionalities and test scenarios. Our testers meticulously execute test cases, compare results against expected outcomes, and identify inconsistencies.
“Does everything still work as expected?” we always ask ourselves. A “regression” is a problem or bug that a fresh release causes in another area of the system; hence, “regression testing.”
Retesting the software manually after modifications have been made in manual regression testing. On the other hand, automated regression testing retests the product automatically using software tools. We use a combination of them so that we get all the bugs.
Instead of testing only at the end, we conduct continuous testing, which involves testing through the development process. This strategy may prevent regression testing from becoming a bottleneck and identify problems early.
At KiwiQA, we understand the critical role regression testing plays in ensuring the stability and reliability of software applications. With our comprehensive regression testing services, we go above and beyond to make a significant difference for our clients. Here's how:
We identify potential areas of impact caused by new feature additions, bug fixes, or changes, ensuring comprehensive test coverage. By leaving no stone unturned, we minimise the risk of undetected defects and ensure the overall quality of your software.
We recognise the importance of quick turnaround times without compromising quality. Our regression testing experts leverage extensive experience and expertise to streamline the testing process.
Our outsource regression testing services are tailored to meet the specific needs of your application, allowing for scalability and flexibility. We adapt our testing strategy to accommodate changes in your software, ensuring that regression testing seamlessly integrates into your development process.
We recognise the need for flexibility and scalability in regression testing. Our teams can quickly ramp up resources and adapt to changing project requirements, ensuring that regression testing efforts align with the evolving needs of the software application.
This is intended to figure out the impact of the new changes in the software and to ensure the functionalities do not get affected.
For maximizing the coverage of the test, automation testing is a great alternative that not only makes the test cases easy to manage, but all the more usable.
When we only need to check the newly implemented code, partial testing is our go-to testing method. This is done to test the compatibility of the new code with the existing one.
Retesting the specific units of code helps ensuring any changes in the codebase do not introduce any regressions or unintended side effects.
Once all changes have been made to the software, we check the features and functionalities again to ensure they work as intended.
We also test subsets of test cases determined through a risk-based approach and cases that are most likely to be affected by changes or have a higher likelihood of containing potential regressions.
As a highly acclaimed and widely known Regression testing company in Australia, we at KiwiQA can offer multiple reasons to choose our top-class regression testing services.
KiwiQA emphasises the importance of maintaining a well-defined and up-to-date regression test suite. We regularly review and update the test suite to align with the evolving software requirements, changes, and enhancements.
KiwiQA utilises robust defect tracking and reporting mechanisms during regression testing. We track and document regression defects, clearly identifying the impact of changes on existing functionality.
KiwiQA employs a risk-based approach to outsource Regression Testing services. This approach optimises testing efforts, ensuring that the most important functionalities are thoroughly tested within a limited time and resources.
KiwiQA partners with you for thorough testing of the complete system to ensure it functions continually and remains stable, irrespective of the modifications in the current functionalities or new integrations.
It's important to note that regression testing should be performed at regular intervals, especially after significant changes or updates to the software. The methodology can be enhanced by incorporating automation techniques, prioritising test cases based on risk factors, or leveraging test management tools to streamline the regression testing process.
Regression testing should be regularly reviewed and improved depending on user input, technology developments, and new AI trends. Our testing focuses on ongoing learning and development, both for the AI models and the broader processes for regression testing.
Gathering and preparing pertinent data forms the basis of a roadmap for AI transformation that includes regression testing. Training AI models capable of comprehending and foreseeing regression difficulties is made possible by proper data preparation.
Using the supplied dataset, we train the models and improve their recall, accuracy, and precision. We work with regression testing experts to ensure that the AI models accurately depict the complexities and complexity of the system’s regression behaviour.
We examine historical data and AI predictions to determine which test cases are the most important. With this strategy, testing resources can be allocated more effectively, with an emphasis placed on system components that are more prone to experience regression problems.
KiwiQA uses AI models to analyse the outcomes of regression tests and anticipates potential regression problems. We analyse test execution data, such as pass/fail results, logs, and performance metrics, to spot trends and abnormalities.
Even a mild modification could significantly change the overall platform experience and require considerable efforts to reverse.
KiwiQA’s regression testing aims to identify any issues, bugs, or defects. By executing a comprehensive set of test cases, including new and existing functionalities, KiwiQA helps ensure that the software performs as desired and that any regressions are identified and documented.
Regression testing by KiwiQA helps verify the effectiveness of bug fixes and patches applied to the software. By retesting the specific areas previously affected by bugs, KiwiQA ensures that the fixes have been implemented correctly and the related issues have been resolved.
KiwiQA’s regression testing assesses the stability and performance of the software after changes or updates. We evaluate the software’s response times, resource utilisation, scalability, and stability under different conditions by conducting performance and load testing.
Fixing issues and resolving bugs after they have cropped up is a costly practice. Our expertise allows us to identify issues in the early development stages through regression testing, eliminating the requirement of reworking on the software product.
KiwiQA utilizes advanced testing tools and techniques specifically designed for Regression Testing. These tools help in automating the testing process, analysing large volumes of data, detecting anomalies, and ensuring data accuracy and integrity.
Regression testing is crucial in software development to make sure that any changes or updates introduced do not lead to issues or unintended consequences for the existing functionality. It entails retesting tested features, functionalities and components to ensure that they continue to function after any modifications or improvements have been applied.
It's important to conduct regression testing after making updates or applying patches to software. Regression testing plays a role in identifying and addressing these issues at a stage of softwares development. This helps ensure that the software continues to function and that updates do not negatively impact the existing system.
When it comes to selecting regression testing tools, there are factors to take into account. These factors include the needs and requirements of your software project, the complexity of the application, the budget and resources at your disposal well, and the expertise of your testing team. It is crucial to choose tools that offer features for test case management, test automation, test execution and result reporting.
Regression testing is applicable to software types such as web applications, mobile applications, desktop applications, enterprise software and embedded systems. It serves as a testing practice that guarantees the stability and dependability of software products regardless of their industry or characteristics. Irrespective of the software's size or complexity, regression testing ensures that existing features and functionalities function as intended, even when modifications are made to the software.
Yes, implementing automated regression testing has the potential to be cost-effective in the term. Although there might be an investment involved in setting up the automated regression testing process, it offers benefits in terms of saving time and effort during repetitive regression testing cycles. Once the automated test cases are established, they can be executed efficiently and repeatedly, offering feedback on any regression issues.
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22318-Q15-001
CRN:22318-ISN-001
CRN:22318-IST-001