High-Level QA Approaches for Web and Mobile Applications for Sanamed Company

about company 

Sanamed offers a specialized healthcare solution designed to facilitate care delivery and enhance patient engagement through automated and personalized communication with caregivers and healthcare providers. The platform encompasses a range of services, including digital check-ins, post-discharge follow-ups, appointment reminders, and health outreach initiatives.  

before  

When we started working on this project, there was a manual tester.  The task for our two AQA was to automate existing test cases and write new ones.  

challenges and solutions  

Key areas of emphasis included functional testing to validate core features, usability testing to enhance user experience, and security testing to safeguard patient data and compliance with healthcare regulations. Let us share some aspects of the work on this project with you.  

technologies, tools, approaches  

On this project, the primary tasks were the automation of existing test cases, the creation of new ones, and ensuring user data security. To accomplish these tasks, we utilized the following tools.  

• TypeScript + Playwright was used for automated testing.  
• Postman and WebDriverIO with Axios were used for API Testing.  
• Jenkins was utilized as a CI/CD tool in the project. Jira was used as the project management tool, providing a centralized platform for planning, tracking, and managing tasks, issues, and project progress.   
• OWASP ZAP and Burp Suite were used for security testing.  

results 

• 500+ automated test cases were created, covering web, mobile, API, and load testing aspects, significantly improving test coverage.    
• 117 bug reports were generated and resolved, ensuring a more stable and reliable end-user application.  
• Integration of Allure Reporter provided comprehensive test reports, enhancing transparency and aiding in informed decision-making.   
• The combination of platform compatibility, extensive API testing, and comprehensive testing across multiple environments contributed to increased stability, reliability, and overall quality of the platform.