Our solutions

1. Web UI Testing: 

   • Developed a cross-browser automated testing framework for testing web applications. 

   • Created reusable page object models to structure test scripts for easy maintenance and scalability. 

   • Conducted testing across multiple browsers (Chrome, Firefox, Safari, Edge) to ensure compatibility, leveraging BrowserStack for diverse OS/browser combinations. 

   • Focused on critical workflows such as appointment scheduling, EMR access, and patient data entry, ensuring all functionalities performed seamlessly across environments. ​

2. E2E Testing: 

   • Built a separate end-to-end testing suite for faster execution of critical user scenarios. 

   • Rapidly executed real-time tests, covering functionalities like user authentication, booking processes, and telemedicine sessions. 

   • Leveraged Cypress’s native parallel execution capabilities to shorten test cycles without compromising coverage. 

3. API Automation Testing: 

   • Developed a robust API testing suite to validate various endpoints that support patient data transfer, appointment handling, and insurance claims processing. 

   • Automated tests covered functionalities like verifying API response codes, schema validation, data security, and error handling. 

   • Focused on ensuring all APIs handled sensitive patient data in compliance with HIPAA, including encrypted data transfers and secure token-based authentication. 

   • Validated integration between hospital systems, third-party services (insurance, payment), and the central EMR database to ensure seamless communication. ​

4. ETL Automation Testing: 

   • Automated the validation of data pipelines for data transformation processes. 

   • Created custom scripts to test the accuracy of data ingestion, transformation, and loading between the healthcare provider’s databases and third-party systems, ensuring no data loss or corruption. 

   • Validated end-to-end ETL workflows that synchronize patient records across hospital systems, ensuring the integrity of patient data post-transformation. 

   • Automated data quality checks that are triggered after every deployment, detecting discrepancies between source and destination databases early in the process. ​

5. Load Testing: 

   • Conducted load and performance testing to simulate high-traffic scenarios and measure system responsiveness under stress. 

   • Tested high-volume transaction scenarios during peak usage periods (e.g., flu season, emergency outbreaks) to ensure the platform’s stability. 

   • Monitored response times, throughput, and error rates under different load conditions, helping optimize backend services and database queries. 

6. Custom Reporting Tool for Client Visibility: 

   • Developed a custom reporting tool that consolidated data from all automated tests (UI, API, ETL, load) and generated clear, client-friendly reports. 

   • The tool provided real-time visibility into test results, highlighting successes, failures, and performance metrics for key user scenarios. 

   • Integrated the reporting tool with Jenkins CI pipeline, allowing clients and internal teams to monitor test outcomes after each release. 

   • Implemented interactive dashboards for tracking long-term trends in test stability, system performance, and data quality over multiple releases. ​

7. Continuous Integration (CI) Pipeline Integration: 

   • Integrated all automated testing frameworks into the Jenkins CI pipeline, enabling continuous testing across multiple environments with every code commit. 

   • Provided detailed test reports, which were embedded into the CI pipeline to give developers and QA teams immediate feedback on failed tests and performance issues.