Software testing involves strategically prioritizing test cases to cover critical functionalities while optimizing the testing process to deliver results quickly. Identifying high-risk components: Collaborate with development and product teams to pinpoint areas that are most likely to fail or impact the user experience Prioritising testing efforts: Allocate resources to high-risk areas first, ensuring that core functionalities are thoroughly tested Continuous risk assessment: Regularly review risk factors as the project evolves, adapting the testing approach as necessary Hope this helps :)

To balance efficiency and thoroughness in testing Prioritize tests Use automation Risk-based testing Iterative testing Continuous refinement

• Prioritize Risk-Based Testing: Focus on high-impact and high-risk areas to ensure maximum coverage with minimal effort. • Automate Repetitive Tests: Use automation for regression and repetitive tasks, freeing up time for exploratory testing. • Apply Test Design Techniques: Use equivalence partitioning, boundary value analysis, and pairwise testing to optimize coverage with fewer test cases. • Set Clear Goals: Define the scope of testing upfront to avoid over-testing or missing critical areas. • Collaborate with Stakeholders: Ensure alignment on quality expectations and testing priorities to focus efforts effectively.

Few things can be done high level: First, prioritize testing, which means focusing on high-risk areas such as critical functionalities, frequently used features, and components prone to failure. Next, optimize your test cases, as this is an important aspect. Ensure that a minimum number of test cases cover maximum functionality. Group features that might be duplicated in some use cases to avoid redundancy. Then, evaluate test cases those can be automated and use automation wisely. Do not blindly automate everything or ignore automation completely—strike a balance based on feasibility and impact.

To balance efficiency and thoroughness in testing process, these would be my strategy 1. Risk-Based Testing – Focus on testing high-risk and business-critical areas first to ensure maximum impact while optimizing time and effort. 2. Automation for Repetitive Tasks – Use automated scripts for regression and repetitive tests, allowing more time for exploratory and complex test scenarios. 3. Smart Test Case Design – Apply techniques like boundary value analysis and equivalence partitioning to minimize test cases while maintaining optimal coverage. 4. Continuous Monitoring and Improvement – Regularly analyze test execution and defect trends to refine test strategies, eliminate redundancies, and enhance efficiency.