To understand the limitations of manual testing in large-scale insurance web applications.
To explore the capabilities and advantages of Selenium-based automation in improving testing efficiency and coverage.
To evaluate the feasibility of transitioning from manual to automated testing within an insurance IT ecosystem.
To assess the return on investment (ROI), speed, and accuracy of Selenium test suites compared to manual testing.
To identify integration strategies, challenges, and best practices in adopting Selenium in legacy insurance platforms.
Conduct a literature review on test automation frameworks, with a focus on Selenium and its relevance to web application testing.
Study the structure and common features of insurance web applications (e.g., policy management, claims processing, customer portals).
Identify test cases typically handled manually and map them to potential Selenium automation scripts.
Develop and execute Selenium test scripts for core workflows (e.g., login, policy search, form submission).
Compare execution time, defect detection rate, and repeatability of manual vs automated tests.
Analyze challenges in setting up Selenium in environments with limited DevOps or CI/CD integration.
Prepare a detailed case study report with analysis, performance comparison, transition recommendations, and scalability suggestions for Selenium adoption.
