Healthcare

AI Regression Testing
for Healthcare Applications

CliniRegress AI uses risk-based test selection to help healthcare QA teams reduce regression effort while protecting critical clinical workflows.

softreetechnology.com/case-studies
healthcare
Up to 0%
Regression Cycle Duration
Up to 0%
Manual Test Selection Effort
0%
Mandatory Clinical Workflow Validation

Client Profile

Illustrative multi-site healthcare provider operating radiology services and connected hospital applications across North America. No real client is named; the scenario demonstrates an end-to-end QA approach. Softree helped design an AI-assisted regression testing approach that analyzes release changes, maps affected clinical workflows, prioritizes tests by risk, and gives QA teams explainable recommendations while keeping safety-critical tests under deterministic controls and human approval.

Use Cases
AI-Assisted Regression Testing, Healthcare QA, Intelligent Test Selection
Industry
Healthcare
Project Type
AI-Assisted Healthcare Regression Testing
Scale of Operation
Multi-site healthcare environment with connected RIS, PACS, EMR/HIS, DICOM, HL7/FHIR, reporting, and identity services. CliniRegress_AI_Healthcare_Case…
End Users
QA engineers, automation engineers, release managers, and application owners.
Service Provided
AI DevelopmentAI-Assisted Test SelectionRegression TestingQA Automation
The Client Challenge

Business Process Challenges

Healthcare applications often connect multiple clinical workflows, including RIS, PACS, EMR/HIS, DICOM, HL7/FHIR, reporting, and identity services. Even a small code, configuration, API, or interface change can affect downstream workflows such as order processing, image retrieval, reporting, and EMR synchronization. As the regression suite expanded, manual test selection became increasingly dependent on release notes and individual knowledge, making it difficult to identify hidden dependencies and prioritize the right tests.

Key challenges included:

  • Growing regression test suites increased execution time.
  • Manual test selection depended heavily on individual knowledge.
  • Dependencies between clinical workflows were difficult to identify.
  • Small changes could create unexpected downstream defects.
  • Running only a limited set of tests could miss critical clinical issues.
  • Safety-critical workflows needed to remain covered during every release.
Our Approach

Our Strategic Approach

Softree designed CliniRegress AI to combine AI-assisted impact analysis with deterministic testing controls. The approach analyzes release changes, maps affected components to clinical workflows, and recommends regression tests based on risk and dependency evidence. QA engineers review the recommendations before execution, while mandatory safety-critical tests remain protected.

Key elements of the approach included:

  • Change Analysis: Collect code, configuration, API schema, work-item, and defect changes.
  • Dependency Mapping: Connect changed components with affected clinical workflows and test cases.
  • Risk-Based Selection: Rank tests using change proximity, dependency reach, clinical criticality, defect history, and test health.
  • Mandatory Coverage: Always include approved safety-critical and release-required tests.
  • QA Review: Allow QA teams to review, add, exclude, or override recommended tests.
  • Controlled Execution: Run approved API, UI, and interface tests using controlled environments and synthetic data.
  • Traceability: Capture test results, logs, screenshots, payload evidence, defects, and release sign-off.
Our Solution Architecture

How we delivered it.

AC
AI/LLM-assisted classification
Integrated AI/LLM-assisted classification layer in the solution architecture.
DG
Dependency Graph
Integrated Dependency Graph layer in the solution architecture.
SA
Static Analysis
Integrated Static Analysis layer in the solution architecture.
AD
Azure DevOps
Integrated Azure DevOps layer in the solution architecture.
GA
GitHub Actions
Integrated GitHub Actions layer in the solution architecture.
P
Playwright
Integrated Playwright layer in the solution architecture.
P
Postman/Newman
Integrated Postman/Newman layer in the solution architecture.
RA
REST Assured
Integrated REST Assured layer in the solution architecture.
O
OpenAPI
Integrated OpenAPI layer in the solution architecture.
D
DICOM
Integrated DICOM layer in the solution architecture.
H
HL7/FHIR
Integrated HL7/FHIR layer in the solution architecture.
ATP
Azure Test Plans
Integrated Azure Test Plans layer in the solution architecture.
Visual Proof

Explore the Solution Through visuals

Featured Screenshot
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The Outcome

What changed for the client.

CliniRegress AI provides a structured approach for selecting regression tests based on release impact and clinical risk. It helps QA teams focus testing on affected workflows while maintaining mandatory coverage and human approval.

Key outcomes included:

  • Risk-based identification of tests affected by release changes.
  • Better traceability between changes, workflows, tests, defects, and release decisions.
  • Protection of mandatory safety-critical test coverage.
  • Reduced manual effort in identifying relevant regression tests.
  • Clear visibility into selected, skipped, failed, and overridden tests.
  • Continuous improvement using defect findings, QA overrides, and dependency updates.
Results & Business Impact

The numbers behind the rollout.

01
Regression Cycle Duration
Up to 60%
02
Manual Test Selection Effort
Up to 40%
03
Mandatory Clinical Workflow Validation
100%
Reference Tech Stack

The full integration layer.

AI/LLM-assisted classification
Dependency Graph
Static Analysis
Azure DevOps
GitHub Actions
Playwright
Postman/Newman
REST Assured
OpenAPI
DICOM
HL7/FHIR
Azure Test Plans
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