- Document what needs to be tested, focusing on new features and areas affected by recent changes. Prioritize critical features and functionalities based on their importance and usage. - Re-run existing test cases on previously tested functionalities to ensure nothing broke due to the new changes. - Identify high-risk areas where changes are likely to cause defects (e.g., modules with dependencies or complex integrations). Allocate more testing effort to these areas. - Include automated regression test suites in CI/CD pipeline to catch issues early. - Analyze the impact of new features on existing functionalities to determine what needs regression testing. - Involve real users to test the new features in a production-like environment.

Sure I totally agree with these steps in addition to the best way to manage new features is change management system which enforce defining the hypothesis for the new features and what is the purpose and what is the challenges you face to achieve the progress of the new features and also define what is the alternative hypothesis in case facing obstacles lead to exhibition new features achieved. Documentation is very important for tracking the progress of the project - defining actions and continously integrated among departments to be aligned with the organization purpose

Ensuring success in covering new features while avoiding regressions requires a strategic approach: 1. Prioritize Test Coverage: Focus on critical new features and areas with high user impact. 2. Use Regression Suites: Maintain a robust suite of automated regression tests to quickly validate existing functionalities. 3. Implement Incremental Testing: Test new features incrementally as they are developed to catch issues early. 4. Perform Impact Analysis: Identify modules affected by new changes and prioritize testing them. 5. Use Parallel Testing: Combine manual testing for new features with automated regression testing to save time.

To cover new features while avoiding regressions, I’d implement a combination of risk-based testing & automated regression suites. Prioritizing critical functionalities ensures high-impact areas get tested first. Continuous integration with automated regression tests catches issues early, reducing delays. Exploratory testing helps uncover unexpected defects in new features, while maintaining well-documented test cases ensures consistency. Parallel testing across environments speeds up validation. Regular stakeholder reviews align expectations, ensuring both innovation & stability are upheld without compromising release timelines.

New feature impact analysis, correlation with existing regression suite. Smoke and Sanity automation suite integrated with CI/CD, execution for stability of release.

- Identify test cases required to test newly added features - Create smoke and sanity test cases for newly added features - Automated test cases with CI integration will definitely help in reducing time and manual efforts in testing - Experienced based exploratory testing by functional experts will definitely add finishing touch to quality of testing.

1. Automated Testing 2. Continuous Integration (CI) / Continuous Delivery (CD) 3. Test-Driven Development (TDD) 4. Behavior-Driven Development (BDD) 5. Smoke Testing 6. Regression Testing 7. Code Coverage Analysis

The mentioned techniques are good. Automating regression tests is effective because it helps us catch issues quickly. However, relying only on automation can be risky since it might miss some edge cases. Using a CI system is smart because it helps catch problems early. But my team has struggled with how often to integrate changes. If developers push too frequently without proper testing, it can create chaos, so finding the right balance is important. Exploratory testing is crucial too. It helps us find unexpected issues that automated tests might miss, but it needs skilled testers. If we don’t set aside enough time for this, we could overlook important bugs.