Healthcare Software Testing Services

• Analyze and validate healthcare software requirements.
• Identify risks and outline a risk mitigation plan.
• Define testing scope, types of testing, and automation strategy.
• Schedule test phases and allocate the right QA talent.
• Set up metrics to track testing performance and quality.
• Involving QA early ensures requirement clarity and improves testability, reducing costly revisions later in development.

• Build test environments with secure, mock patient data.
• Create detailed test cases and scenarios tailored to real-world usage.
• Establish test automation frameworks and reusable test scripts.
• Prepare defect management toolkits and communication workflows.
• Best Practice: Using anonymized datasets ensures HIPAA and GDPR compliance while enabling realistic QA coverage.
• Implement regression testing and continuous KPI monitoring, including:
  • Requirements coverage rates.
  • Defect leakage and issue resolution ratio.
  • Budget adherence and schedule variance.

• Validating software requirements, identifying risks, planning and designing tests, running test cycles, and reporting outcomes.
• Ensuring compliance with healthcare regulations like HIPAA and FDA through continuous verification.
• Performing integration testing to confirm compatibility with medical devices and third-party healthcare systems.
• Conducting usability testing to enhance user experience for healthcare professionals and patients.

• QA manager, team lead, manual and automation QA engineers, compliance expert, and a cybersecurity specialist.
• Healthcare domain experts to ensure alignment with medical standards and patient safety protocols.
• Healthcare domain experts to ensure alignment with medical standards and patient safety protocols.
• DevOps testers integrate testing processes seamlessly within CI/CD pipelines for faster releases.

We validate that the software works as intended across use cases like patient registration, billing, and clinical workflows, ensuring it meets all business and clinical requirements.

We assess how your solution handles various workloads by testing its responsiveness, scalability, and stability under stress, ensuring seamless performance under pressure.

Cloudester’s QA team identifies and addresses vulnerabilities through penetration testing, vulnerability scanning, and security audits to protect sensitive patient data from unauthorized access.

Our expert healthcare software testing team ensures your software meets legal and regulatory standards such as HIPAA (US), GDPR (EU), and FDA guidelines.

Helps you stay audit-ready with thorough documentation and testing protocols.

We simulate real-world user journeys for doctors, nurses, and patients to verify the software is intuitive, easy to use, and aligns with healthcare workflows, with a focus on UI/UX quality.

Cloudester’s healthcare software testing confirms that your software can exchange data reliably and accurately with external systems using standards like HL7, FHIR, and DICOM, which is vital for seamless healthcare integration.

We ensure your solution works flawlessly across different operating systems, browsers, and devices, eliminating technical barriers for users.

We validate that modules such as EHR, RCM, lab systems, and mobile apps interact and function smoothly as a unified system.

After updates or new feature releases, we test the software to ensure no existing functionality is broken, helping to catch defects early and reduce production risk.

Using advanced automation tools, we run repetitive test cases faster and with greater consistency, which is ideal for performance and regression tests.

Our QA experts simulate real-life scenarios that automated tools may miss, helping to identify usability issues and behavior quirks from an actual user’s perspective.

We test individual components or modules in isolation to ensure each part performs correctly before integration.

We evaluate the software as a whole from end to end to verify that all components work together and meet business and user requirements.

We conduct final validation with end-users and stakeholders to confirm the software meets all business, clinical, and compliance goals before deployment.

Pros:

• Complete control over the entire testing process.
• Direct coordination between development and QA teams.

Cons:

• Limited access to specialized domain or testing expertise
• High costs for training, salaries, benefits, tools, and infrastructure.
• Scalability challenges when rapid team expansion is needed.

Pros:

• Cost-effective and scalable testing model.
• Access to healthcare-focused QA professionals and proven frameworks.
• A transparent, KPI-driven testing approach ensures measurable outcomes.

Cons:

• Risk of selecting the wrong vendor may
• impact quality and timelines.

Pros:

• Balanced control and flexibility.
• Access to specialized external talent for specific solution types, standards (e.g., HL7, HIPAA), or test types.

Cons:

• Potential for communication gaps between internal teams and outsourced testers.

• Plans a scalable and testable QA approach for healthcare apps
• Defines regulatory needs and compliance checklists
• Crafts test strategies and selects test tools
• Builds and oversees cross-functional testing teams
• Sets up the QA process and drives KPI improvements

• Designs the testing roadmap based on the product’s complexity
• Choose the right tools and test frameworks
• Leads and supports testing professionals
• Controls execution, ensures deadlines and testing goals are met

• Writes and maintains test cases
• Executes manual testing of healthcare systems
• Logs bugs and confirms defect resolutions

• Identifies automation opportunities
• Builds and manages automation frameworks
• Selects and configures tools for automated testing
• Writes and runs automation scripts
• Reports bugs and validates fixes

• Reviews project needs for compliance with healthcare laws
• Ensures documentation and testing follow HIPAA and GDPR
• Works with QA teams to ensure safe handling of sensitive data

• Performs security testing and finds system weaknesses
• Share insights to fix security risks and prevent data leaks
• Improves overall security by updating test controls

• The QA teams’ hiring costs and full salary expenses.
• The costs of additional training on the healthcare application testing for the in-house team (if required).
• The costs of employed tools and test environment (e.g., licenses for the chosen testing tools and frameworks, storage, virtual machines).

• The QA professionals’ hourly rates (based on their competence and experience).
• The healthcare application testing time (based on the number and complexity of test cases, as well as development and maintenance efforts per test case).
• Test automation share (if applicable).