No Code Test Automation for Health Insurance
Case Studies
Challenges & Solutions
Technical Environment
Results
Executive Summary
Client
Health Insurance Provider
Industry
Healthcare & Life Sciences
Business Problem
Large healthcare insurance customer sought a solution to design and create a no-code test automation tool that empowers technical and non-technical users to easily create, manage, and execute automated test cases. The goal was to improve testing efficiency, reduce dependency on technical resources, and accelerate software release cycles. This test automation solution and process deployed leveraged industry best practices and made this robust tool a reliable solution for testing needs with 24/7 regression test execution support.
Outcome
No-code test automation enabled for technical and non-technical users to easily create, manage, and execute automated test cases. Testing efficiency was markedly improved accelerating software release cycles. Dependency on technical resources was minimized reducing OPEX. 24/7 regression test execution support was delivered.
Challenges
- Development of hybrid platform framework.
- Automation of 800+ test cases.
- Test data configurability for the end user required.
- Codeless scripting required to reduce skilled coding cost dependency.
- Reduction in testing lifecycle time required.
Solutions
- AutoEazy – an in-house developed no code automation tool for automation of web and mobile applications.
- Flexible, scalable, and maintainable solution ensuring a 24/7 regression test running facility.
- Resources with no or minimal technical skills could easily adapt to this framework.
- GUI based automation script development.
- The test automation process ensured reduced costs and accelerated time-to-market.
- 200+ reusable libraries for automating feature test cases.
- Early Identification of defects.
- Cross browser and platform testing.
Technical Environment
- Java
- Java Script
- Selenium
Results
- 75% faster time to market
- 50% of Manual cases converted to automation
- Parallel Execution
