Key Highlights

  • In this success story, the healthcare provider faced challenges with compliance, patient safety, user experience, and integration issues.
  • OptiSol collaborated with the client to implement automated testing strategies across their healthcare mobility solutions.
  • The solution combined regression automation, bug tracking, and real-world simulations for secure and scalable application performance.
  • The outcome was improved quality, faster testing cycles, reduced costs, and a seamless patient-centric mobile experience.

Problem Statement

01

Compliance and Regulatory Requirements: Healthcare mobility solutions need to comply with various regulations and standards such as HIPAA, FDA, and GDPR, which require thorough testing to ensure data privacy and security.

02

Patient Safety and Quality of Care: Software bugs and glitches in healthcare mobility solutions can have severe consequences on patient safety and quality of care, making it crucial to have comprehensive testing in place.

03

User Experience and Patient Engagement: Healthcare mobility solutions need to be intuitive and user-friendly to encourage patient engagement, making it essential to conduct usability testing to ensure a seamless user experience.

04

Integration with Existing Systems: Healthcare service providers need to ensure that their mobility solutions integrate seamlessly with their existing systems, such as electronic health records (EHRs), making it necessary to perform integration testing.

05

Cost and Time Efficiency: Healthcare service providers need to optimize costs and time-to-market for their mobility solutions, making it necessary to conduct automated testing to speed up the testing process and reduce costs.

Solution Overview

01

Implemented a comprehensive testing framework to verify the functionality, performance, and security of the web and mobile solution.

02

Conducted automated regression testing on every build release to ensure that new changes did not introduce any bugs or issues to the existing functionality.

03

Reported any bugs identified during the testing phase using Azure DevOps, providing visibility to the development team and facilitating timely issue resolution.

04

Developed new automated test scripts for testing new features and functions, making it easier for the healthcare service provider to ensure the quality of new releases.

05

Utilized an on-premises device pool to simulate real-world scenarios, ensuring that the solution functioned optimally in a range of different environments.

Test Automation Framework

Business Impact

01

Improved Quality: Automated regression and performance testing reduced defects by 90%, ensuring consistent, error-free healthcare application performance.
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%
Reduction in Reported Defects

02

Better Efficiency: Providing automation via Jar files increased flexibility, improving testing efficiency by 40% without framework or coding dependencies.
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%
Improvement in Testing Efficiency

03

Cost Savings: Early issue detection reduced rework, lowering development expenses and cutting overall project costs significantly.
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%
Reduction in Project Costs

About The Project

OptiSol collaborated with a healthcare provider to modernize mobile application testing with automation strategies. The approach integrated automated regression testing, cross-platform validations, bug reporting with Azure DevOps, and real-world simulations using device pools. This ensured compliance with regulations, safeguarded patient safety, and optimized testing efficiency. As a result, the provider achieved defect-free releases, significant cost savings, and a seamless user experience across their healthcare mobility platform.

Technology Stack

FAQs:

How did OptiSol ensure compliance with healthcare regulations?

By implementing a comprehensive testing framework that validated HIPAA, GDPR, and FDA compliance at every stage.

What impact did automation have on defect reduction?

Automated regression testing reduced defects by 90%, ensuring consistent, high-quality application performance.

What role did Azure DevOps play in the solution?

It provided transparency for bug reporting, tracking, and resolution across development and QA teams.

What methods were used for scalability testing?

Cross-browser testing was performed by selecting OS and browsers via Excel, boosting platform scalability by 25%.

How was integration with existing systems validated?

Rigorous integration testing ensured seamless compatibility with EHRs and other healthcare systems.

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