Best Practices & Techniques for Regression Testing

Last updated on January 11th, 2024

Regression testing is a crucial type of software testing that plays a vital role in ensuring the stability and reliability of an application. It involves retesting previously validated functionalities to identify any potential issues that may have arisen due to recent code changes. By thoroughly examining the impact of these changes on the overall system, regression testing helps to detect and address any new bugs, defects, or errors that might have been introduced. This meticulous process ensures that the updates and modifications made to the existing software do not disrupt the smooth functioning of other features, guaranteeing a seamless experience for the end-users.

Table of Contents

1. What is Regression Testing?

Regression testing is the process of validating that a change or addition to an existing code has not adversely affected any previously working functionalities. It is a type of software testing that falls under the umbrella of functional testing and involves running test cases to verify specific aspects and behaviors of an application. This approach allows testers to identify bugs that may have been introduced due to changes in the codebase, such as bug fixes, enhancements, or new features. Regression testing is usually performed after every significant change to the software and is considered a critical aspect of the software development lifecycle.

2. When to Perform Regression Testing?

Regression testing is an absolutely crucial step in the software development process that should never be overlooked. It is a comprehensive process that involves testing the entire application’s codebase to ensure that any changes or additions made do not introduce any unexpected issues or regressions in the system. This includes bug fixes, implementation of new features, and even minor alterations like updates to the user interface.

The frequency of regression testing varies depending on several factors. The complexity of the system, project timelines, and the criticality of the changes being made all play a role in determining how often regression testing should be performed. However, it is generally recommended to conduct thorough regression testing after every significant release to maintain the overall quality and stability of the software. By conducting meticulous regression testing, we can be confident that the software performs as intended, even after making changes or additions. It helps us identify and address any potential issues early on, ensuring that the software remains reliable and delivers a seamless user experience. With each regression test, we gain valuable insights into the behavior of the application and can make informed decisions to optimize its performance and functionality.

3. How to Perform Regression Testing?

Regression testing can be performed manually or with the help of automated tools. Manual regression testing involves executing a series of test cases and comparing the results to expected outcomes. This method is time-consuming, requires significant effort, and is prone to human error.

On the other hand, automated regression testing significantly reduces the effort required and provides more accurate results. It involves creating scripts or test suites that can be run repeatedly to validate changes made to the software. Automated regression testing also allows for quicker detection of defects, making it an efficient and cost-effective approach.

There are various techniques used in regression testing, including retest-all, regression test selection, and prioritized test cases. Retest-all involves executing all test cases from previous test cycles, while regression test selection focuses on selecting a subset of test cases based on their likelihood of being affected by the changes made. Prioritized test cases prioritize critical features and functionalities to ensure that they are functioning properly.

Step 1: Regression Test Selection

The first step in regression testing is to carefully identify and analyze the test cases that should be included in the regression test suite. This can be done by closely examining the changes made to the software, understanding the specific modifications or updates, and then selecting the test cases that are most likely to be impacted by these changes. By taking a meticulous approach to this process, software testers can ensure that the regression test suite covers all relevant scenarios and thoroughly validates the functionality and stability of the software.

During the identification and analysis phase, it is important to consider various factors such as the criticality of the changes, the complexity of the software, and the potential impact on other areas of the system. It may also be beneficial to involve stakeholders from different teams or departments to gather their insights and expertise.

Once the test cases have been carefully selected, it is crucial to document them effectively, including clear steps, expected results, and any necessary test data or prerequisites. This documentation serves as a reference for the testers and helps ensure consistency and accuracy in the execution of the regression tests.

Furthermore, it is recommended to prioritize the test cases based on their importance and impact. This allows for a more efficient use of resources and focuses testing efforts on areas that are most critical or likely to be affected by the changes.

Step 2: Determine the Time for Executing Test Cases

Regression testing can be time-consuming, especially for large and complex software systems. It is essential to plan and allocate sufficient time for conducting the regression tests to ensure thorough coverage of all test cases.

One effective approach is to utilize automation tools or scripts to execute repetitive or routine test cases, freeing up testers’ time for more complex or scenario-based tests. Automation also ensures consistency in the execution of test cases, reducing the potential for human error.

However, it is important to note that not all tests can or should be automated. Careful evaluation and consideration are needed to determine which tests are suitable for automation and which require manual execution.

Step 3: Identify the Test Cases that can be Automated

As mentioned earlier, automation can significantly improve efficiency and consistency in regression testing. Therefore, it is important to identify which test cases are suitable for automation.

Tests that involve a high degree of repetition or require extensive data input are ideal candidates for automation. Similarly, tests that can be easily scripted using tools such as Selenium or QTP (QuickTest Professional) are also good candidates for automation.

However, tests that involve complex logic or require human observation and judgment may be better suited for manual execution. It is crucial to carefully evaluate each test case to determine its suitability for automation.

Step 4: Test Cases Prioritization

Another important aspect of regression testing is prioritization. Not all test cases have the same level of criticality or impact on the software system. It is essential to prioritize test cases based on their importance and potential impact on the system.

Test cases that cover high-risk areas or core functionalities should be given priority over less critical ones. This ensures that any major issues are identified and addressed early on in the testing process.

Step 5: Executing Test Cases

Once the test cases have been identified and prioritized, the next step is to execute them. Automated test cases can be scheduled to run at regular intervals, whereas manual tests will need to be executed by a human tester.

It is important to document the results of each test case accurately, including any issues or defects found during testing. This documentation serves as a record for future reference and helps in tracking the progress of testing.

4. Regression Testing Methods

Regression testing, a critical phase in software testing, employs a variety of methods and techniques. The selection of these methods and techniques is dependent on the type of software being tested and its level of complexity. By carefully considering and tailoring the approach to regression testing, software testers ensure comprehensive coverage and effective identification of potential issues, ultimately leading to a higher quality and more reliable software product.

4.1 Regression Test Selection

Regression test selection is a method that involves selecting specific test cases from the existing set of regression tests to be executed. This helps in reducing the time and effort needed for executing all the regression tests, particularly for large software systems with an extensive test suite.

4.2 Prioritization of Test Cases

To optimize the regression testing process, test cases need to be prioritized based on their importance and criticality. This allows for a more efficient use of resources by focusing on high-priority tests first, ensuring that significant issues are identified early on in the testing process.

4.3 Retest All

This method involves executing all the test cases in the regression test suite every time a new change is made to the software. While this approach is thorough, it can also be time-consuming and resource-intensive.

4.4 Hybrid

The hybrid approach to software testing combines the retest all method, where all test cases are executed, with the regression test selection method. It involves executing a carefully selected set of test cases that cover critical functionalities, but it also includes running specific tests that have a high likelihood of being affected by any changes made to the software. This comprehensive approach ensures thorough testing of the software’s stability, functionality, and resilience to changes, resulting in a more robust and reliable product.

5. What are the Types of Regression Testing?

There are various types of regression testing, each with its unique purpose and approach. Some common types include:

5.1 Corrective

This type of regression testing focuses on verifying that issues found during earlier testing have been addressed and resolved in subsequent versions or releases. It is often performed after bug fixes, patches, or updates to ensure that the changes made have not introduced any new defects.

5.2 Progressive

Progressive regression testing is an ongoing process that involves continuously testing new features and functionalities as they are added to the software. It helps prevent issues from going undetected and allows for early identification of any unexpected changes or defects.

5.3 Selective

Selective regression testing involves choosing specific test cases from a larger pool of tests to re-execute. This approach is useful when time and resources are limited, and only critical areas of the software need to be tested.

5.4 Partial

Partial regression testing is a software testing approach that shares similarities with selective testing. However, it specifically emphasizes a particular subset of the software, such as specific modules or features. This method is particularly useful in large systems where executing a comprehensive regression test would be time-consuming and impractical. By focusing on specific areas, partial regression testing allows for a more targeted and efficient evaluation of the software’s functionality, ensuring that critical aspects are thoroughly examined and verified. This approach aids in identifying potential issues and assessing the impact of changes made to the targeted subset, ultimately contributing to the overall quality and stability of the software system.

5.5 Complete

Complete regression testing, also known as exhaustive or full regression testing, involves executing all existing test cases to ensure comprehensive coverage of the software’s functionality. This approach is time-consuming and resource-intensive, making it impractical for large-scale systems. However, it may be necessary in critical applications where even minor defects can have severe consequences.

5.6 Retest-All

Retest-All regression testing is similar to complete regression testing but with a focus on retesting only those areas that have been modified or impacted by recent changes. This approach requires maintaining detailed documentation of test cases and their corresponding modules/functionalities, allowing for efficient identification and selection of affected tests. Retesting all modified areas ensures that any new bugs introduced due to changes are identified and addressed promptly, preventing them from carrying over into subsequent releases.

5.7. Unit Regression

Unit regression testing involves testing individual units or components of the software in isolation to verify their functionality. This approach is useful during the development phase, where specific code changes may be tested and validated before being integrated into the larger system. It helps identify defects early on in the development cycle, making them easier and less costly to fix.

5.8. Regional Regression

Regional regression testing focuses on specific areas or functionalities of the software that are most critical or frequently used by end-users. It aims to validate the stability and functionality of these key features, ensuring that they continue to operate as expected after modifications or updates. This approach is beneficial for large systems with multiple regions or modules where a comprehensive regression test may not be feasible.

6. Regression Testing Tools

Regression testing can be a time-consuming and complex process, especially for large and complex software systems. To aid in this process, there are various regression testing tools available that can automate the execution of test cases and provide detailed reports on any bugs or failures detected.

6.1 Selenium

Selenium is one of the most popular open-source regression testing tools for web applications. It allows testers to record and playback tests, as well as perform cross-browser testing on different environments. Selenium supports multiple programming languages and offers integration with various development environments.

6.2 Katalon Studio

Katalon Studio is a comprehensive regression testing tool that supports web, mobile, and desktop applications. It offers both codeless as well as script-based test automation capabilities and integrates with various bug tracking and project management tools. Katalon Studio also provides detailed reporting features, making it easier to identify and track any issues found during the regression testing process.

6.3 Watir

Watir is an open-source tool that empowers testers to automate tests for web applications. With its support for various programming languages, it provides flexibility and ease of use. By interacting with a browser just like a user would, it enables precise identification of any issues related to user interactions, ensuring a seamless and user-friendly experience.

With Watir, testers can effortlessly create robust test scripts that mimic real user behavior, allowing for comprehensive testing of web applications. Its intuitive interface and extensive documentation make it a go-to choice for both novice and experienced testers. Additionally, Watir’s active community ensures continuous support and frequent updates, keeping up with the evolving landscape of web technologies.

6.4 IBM Rational Functional Tester

IBM Rational Functional Tester is a powerful regression testing tool that enables testers to validate the functionality of web, mobile, and desktop applications. Its advanced features and support for multiple programming languages make it suitable for complex and large-scale projects. IBM RFT offers record and playback capabilities along with its scripting interface, providing flexibility in test creation and maintenance. It also integrates with other tools such as IBM Rational Quality Manager and IBM Rational Test Workbench, facilitating seamless collaboration and enhanced test management. With its robust reporting capabilities, testers can easily track the progress of regression testing and identify any failures or defects for quick resolution.

6.5 Apache JMeter

Apache JMeter is an open-source performance testing tool that can also be used for regression testing. It offers a user-friendly interface and supports multiple protocols, making it suitable for testing different types of applications. With its record and playback feature, testers can easily create test scripts without any coding knowledge. Apache JMeter also provides the ability to simulate real user behavior, allowing for detailed and accurate regression testing. Its reporting capabilities allow testers to monitor the performance of the application under test and identify any potential issues. Being open-source, Apache JMeter is cost-effective and has a large community for support and continuous development.

6.6 AdventNet QEngine

AdventNet QEngine is a comprehensive regression testing tool that supports both web and desktop applications. Its test automation capabilities allow for quicker execution of tests, reducing the overall testing time. The tool also offers cross-browser and compatibility testing, ensuring that the application functions correctly on different platforms and browsers. AdventNet QEngine integrates with popular bug tracking tools, providing seamless defect management. Its detailed reporting features allow testers to analyze the results and identify any recurring issues for effective regression testing. The tool also supports integration with other test management tools, making it a versatile choice for regression testing.

6.7 Subject7

Subject7 is a cloud-based regression testing tool that offers automated and manual testing capabilities. Its user-friendly interface allows for easy test creation, execution, and management. The tool supports parallel execution, allowing for faster results and reducing the overall testing time. Subject7 also provides detailed reports with screenshots and videos, making it easier to identify any issues during regression testing. Additionally, it offers integrations with popular bug tracking and test management tools for streamlined defect management. Its cloud-based nature allows for easy collaboration among team members, making it a suitable choice for remote teams.

6.8 TimeShiftX

TimeShiftX is a regression testing tool that focuses on time shift testing. This technique involves changing the system clock to simulate different times and dates, allowing for comprehensive testing of time-sensitive applications. TimeShiftX supports both manual and automated testing, with features such as test scheduling, parallel execution, and detailed reporting. It also integrates with popular bug tracking and test management tools for efficient defect management. Its time-shifting capabilities make it a unique and useful tool for regression testing in industries that heavily rely on time-sensitive applications, such as banking or healthcare.

6.9 Cerberus Testing

Cerberus Testing is an open-source regression testing tool that offers a comprehensive set of features for both manual and automated testing. It allows for easy test creation, execution, and management with its user-friendly interface. Its parallel execution feature enables faster results and reduces the overall testing time. Cerberus Testing also provides detailed reports with screenshots and videos, making it easier to identify any issues during regression testing. Additionally, it offers integrations with popular bug tracking and test management tools for streamlined defect management. Its cloud-based nature allows for easy collaboration among team members, making it a suitable choice for remote teams. With its wide range of features and user-friendly interface, Cerberus Testing is a popular choice for regression testing in various industries.

6.10 Test Sigma

Test Sigma is a cloud-based regression testing tool that offers a codeless test automation solution. It allows for easy creation and execution of automated tests without the need for coding knowledge, making it accessible to non-technical users as well. Test Sigma supports cross-browser and mobile testing, enabling comprehensive regression testing across different platforms. Its AI-powered engine automatically detects any changes in the application and updates the test scripts accordingly, reducing maintenance efforts. It also provides detailed reports with screenshots and videos for better analysis of any issues found during regression testing. Test Sigma’s intuitive interface, along with its codeless automation feature, makes it a popular choice for regression testing in industries that require frequent updates to their applications.

Also Read: Everything you need to know about Black Box Testing

7. Software Regression Testing Techniques

Regression testing techniques are used to effectively and efficiently perform regression testing. Some commonly used techniques are as follows:

7.1 Complete Regression

Complete regression testing involves rerunning all test cases, both old and new, to ensure the unchanged parts of the code are still functioning as expected. This meticulous technique is time-consuming and resource-intensive, requiring significant effort and attention to detail. However, it provides the most thorough coverage by identifying potential issues or regressions that may arise from critical software updates or major changes in the system. By retesting the entire software system, regression testing ensures the stability and reliability of the application, giving confidence to stakeholders and end-users alike.

7.2 Regression Test Selection

Regression test selection involves selecting and rerunning only a subset of the existing test cases that have been affected by system changes. This technique is more efficient compared to complete regression testing as it focuses on the most relevant tests, saving time and resources. The selection of test cases can be based on various criteria such as code coverage, functional criticality, or failure history. However, this technique can potentially miss out on detecting certain regressions if the selected test cases do not cover all aspects of the system.

7.3 Test Case Prioritization

Test case prioritization is a crucial step in software testing. It involves meticulously ordering test cases based on their criticality and potential impact on the system. By doing so, it allows for the optimization of regression testing, as high-priority tests are executed first, minimizing the risk of overlooking significant issues. This approach guarantees that critical functionalities are thoroughly tested before moving on to less crucial ones, providing stakeholders with a sense of confidence and security in the software’s performance and reliability.

8. Best Practices for Regression Testing

Regression testing can be a time-consuming and exhaustive process. Therefore, it is essential to follow certain best practices to ensure its effectiveness and efficiency.

8.1 Understand Scope

It is crucial to understand the scope of regression testing before starting the process. This includes identifying the system components, functionalities, and test cases that will be impacted by any changes. A comprehensive understanding of scope helps in selecting the most relevant test cases for execution.

8.2 Clarify Requirements

Clear and well-defined requirements are essential for effective regression testing. Any changes or updates to the system should be thoroughly documented, and all stakeholders must have a clear understanding of the expected outcomes. This helps in selecting appropriate test cases and detecting any potential regressions.

8.3 Stay Up-to-Date on Regression Suites

Regression testing is a critical and continuous process that should be diligently followed. It involves updating and expanding test suites to incorporate new features, functionalities, or changes. By doing so, we ensure that the regression suite remains relevant and up-to-date, enabling comprehensive testing and minimizing the risk of regression issues going undetected. This meticulous approach to regression testing helps maintain the quality and reliability of the software throughout its lifecycle.

8.4 Automate the Right Tests

Automation plays a significant role in regression testing. However, it is essential to identify the right tests to automate, as not all test cases may be suitable for automation. The key lies in analyzing the frequency of execution and complexity of test cases. Tests that are executed frequently and involve complex scenarios should be prioritized for automation to optimize efficiency.

8.5 Stay on Top of Change

With the continuous evolution of software, change is inevitable. As such, it is essential to be aware of any changes that may impact existing functionalities and promptly address them with regression testing. By staying on top of change and conducting regular regression testing, we can ensure the smooth functioning of the software and minimize the likelihood of any major issues slipping through.

8.6 Organize Processes

To ensure the effectiveness and efficiency of regression testing, it is crucial to have well-organized processes in place. This includes establishing clear roles and responsibilities, defining a structured approach for regression testing, and implementing proper documentation and communication protocols. By organizing processes, we can streamline the regression testing process and avoid any confusion or delays.

8.7 Monitor ROI

Regression testing can be a time and resource-intensive process. It is essential to monitor the return on investment (ROI) of regression testing to ensure that it continues to provide value to the software development process. This can be done by tracking metrics such as defect detection rate, test case execution times, and overall cost of regression testing. By monitoring ROI, we can identify any areas for improvement and continuously optimize our regression testing approach.

8.8 Grade Test Scenarios

Not all test scenarios are created equal. Some may be more critical to the software’s functionality, while others may have a lower impact. As such, it is essential to grade test scenarios and prioritize them accordingly for regression testing. This ensures that the most critical functionalities are adequately tested and any issues are addressed promptly. Grading test scenarios also helps in optimizing the regression testing process by focusing on high-priority test cases.

9. Selecting Test Cases for Regression Testing

Selecting test cases for regression testing is a crucial step in the overall process. It involves identifying which test cases are relevant for the current changes and need to be executed during regression testing. This selection process can be done manually or by using automated tools that analyze code changes and determine affected areas. Some factors to consider when selecting test cases include:

Impact of changes: Test cases that cover functionalities impacted by code changes should be included in regression testing. These test cases help ensure that the changes did not cause any unexpected issues.
Critical functionalities: Test cases covering critical functionalities of the software should also be included in regression testing to mitigate any potential risks.
High-risk areas: Areas of the software that are prone to frequent defects or have a history of issues should be given priority in regression testing.
Test coverage: It is essential to ensure that all areas of the software are adequately covered by test cases during regression testing. This helps identify any potential gaps in testing and ensures comprehensive test coverage.

10. Difference between Retesting and Regression Testing

Retesting and regression testing are often confused, but they serve different purposes in the software testing process. Here are some key differences between the two:

Retesting is performed to ensure that a previously failed test case now passes after fixes have been made. Regression testing is conducted to ensure that code changes or new features do not cause any unexpected issues.
Retesting focuses on specific test cases that failed in a prior run, while regression testing covers a broader range of test cases.
Retesting is typically done manually, while regression testing can be performed manually or using automated tools.
Retesting is usually carried out after fixes have been made, while regression testing may be done multiple times during the development process to catch any issues early on.

11. Challenges in Regression Testing

Regression testing can be a time-consuming and complex process, and there are several challenges that testers may face. Some of these include:

Test cases becoming obsolete: As the software evolves, some test cases may no longer be relevant or necessary. This can make the regression testing process more difficult as testers must constantly review and update their test cases.
Managing large test suites: In complex software systems, there can be hundreds or thousands of test cases to cover. Managing and prioritizing these tests can be a challenge, especially when time and resources are limited.
Identifying impacted areas: With each new code change, it is essential to identify the specific areas that may be affected by the changes. This requires a deep understanding of the software architecture and can be a daunting task for large and complex systems.
Maintaining test environment: In order to perform regression testing, testers must have a stable and consistent test environment. This can be difficult to maintain, especially when dealing with multiple hardware and software configurations.

12. Advantages of Regression Testing

While regression testing can be challenging, it also offers several benefits that make it an essential part of the development process. Some advantages of regression testing include:

Early detection of bugs: Regression testing helps catch any new issues or regressions introduced into the codebase early on in the development cycle. This allows for quicker fixes and reduces the risk of releasing buggy software to users.
Cost-effective: By catching and fixing bugs early on, regression testing can save the company time and resources in the long run. Fixing a bug in the later stages of development or after release can be much more costly and time-consuming.
Improves software quality: Regression testing ensures that any changes made to the codebase do not negatively impact existing functionality. This leads to a more stable and reliable software product, improving overall quality.
Builds customer confidence: By consistently performing regression testing, companies can build trust with their customers by demonstrating a commitment to delivering high-quality software that does not have major regressions.

13. Disadvantages of Regression Testing

As with any testing technique, regression testing also has some limitations and challenges. Some disadvantages of regression testing include:

Time-consuming: Performing regression tests can be a time-consuming task, especially when dealing with large and complex systems. This can slow down the development process and delay product releases.
High cost: Regression testing requires a significant amount of resources, including hardware, software, and human resources. This can be costly and may not always be feasible for smaller companies or projects with limited budgets.
Limited coverage: Regression testing cannot cover every possible scenario or combination of inputs, which means that it is still possible for some bugs to slip through the cracks.
Requires significant effort: Since regression testing involves retesting already tested code, it requires a significant effort from the testing team. This can impact their productivity and may lead to burnout.

How can iTechnolabs help you with regression testing to test your software?

As a leading software development company, iTechnolabs offers reliable and efficient regression testing services to help businesses ensure the quality and stability of their software products. Our team of experienced testers uses industry-standard regression testing techniques and tools to identify any potential regressions in your codebase.

Some ways in which we can assist you with building regression testing include:

Creating comprehensive test plans: Our team will work closely with your development team to create detailed test plans that cover all the critical functionalities of your software product.
Automation testing: We utilize automation testing tools and frameworks to speed up the regression testing process and improve its coverage. This also helps reduce the cost and effort involved in manual regression testing.
Continuous integration: By implementing continuous integration practices, we can help you catch any regressions early on in the development cycle. This allows for faster bug resolution and a more efficient testing process.
Risk-based testing: Our team follows a risk-based approach to regression testing, where we prioritize tests based on the likelihood and impact of potential regressions. This ensures that we focus on the most critical functionalities first.
Regression test suites: We create and maintain regression test suites, which can be executed on-demand or as part of an automated testing process. This saves time and effort in identifying and executing relevant tests during each regression testing cycle.
Tracking and reporting: Our team maintains detailed records of all regression testing activities, including any identified issues and their resolution status. This helps track the progress of your software product’s performance and identify any recurring regressions that may require further investigation.
Expertise in regression testing tools: Our team has extensive experience working with a variety of regression testing tools, such as Selenium, Appium, JUnit and TestNG. This enables us to select the best tool for your specific software product and ensure efficient and effective regression testing.

Are you planning to hire a QA Tester?

At iTechnolabs, we provide bespoke regression testing solutions designed to meet your unique business needs. Our team of dedicated professionals brings a wealth of experience and an in-depth understanding of the latest regression testing methodologies. We offer comprehensive testing services that ensure your software applications remain bug-free and function as intended after modifications or enhancements. With our focus on automation, we can dramatically improve the speed and effectiveness of regression testing, reducing both time and cost. Our risk-based strategy means we prioritize the most critical areas first, ensuring the highest impact issues are addressed promptly. We also offer robust tracking and reporting for complete transparency over the regression testing process. At iTechnolabs, we utilize industry-leading tools such as Selenium, Appium, JUnit, and TestNG to deliver top-quality results every time.

Utilization of the latest tools: At iTechnolabs, we employ the latest regression testing tools such as Selenium, Appium, JUnit, and TestNG. This ensures that our testing methods are up-to-date and effective.
Customized solutions: We understand that each business has unique needs. Therefore, we offer bespoke regression testing solutions tailored to meet the specific requirements of your software product.
Experienced professionals: Our team comprises seasoned professionals with profound knowledge and experience in regression testing. This ensures that your software is tested thoroughly and meticulously.
Risk-based strategy: We prioritize the most critical areas of your software for testing to ensure that high-impact issues are detected and addressed promptly.
Cost-effective and speedy: Our focus on automated testing enables us to deliver results quickly and reduce testing costs.
Transparency: We offer robust tracking and reporting, providing complete transparency over the regression testing process.
Quality assurance: With our comprehensive testing services, we ensure that your software applications function as intended after modifications or enhancements, and remain bug-free.

Conclusion :

In conclusion, regression testing is a crucial aspect of software development that helps to ensure the quality and functionality of software products. At iTechnolabs, we employ the latest tools, experienced professionals, and risk-based strategies to deliver cost-effective and speedy results. Our customized solutions and transparency in tracking and reporting make us the ideal partner for your regression testing needs. With our comprehensive testing services, you can be assured that your software products will remain free of bugs even after modifications or enhancements.

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