Methodology: Continuous Workflow Validation
Model Workflows
Map complex pathology baselines into digital twins, ensuring readiness before environmental changes.
Execute Validation
Initiate automated regressions through APIs or passive monitoring to detect workflow deviations instantly.
Verify Outcomes
Compare event-driven outputs against expected clinical integrity standards across heterogeneous interfaces.
Generate Evidence
Automate governance evidence generation, providing ISO 15189 and UKAS-ready documentation of deployment readiness.
Engineered for Enterprise Diagnostic Networks
PathTest infrastructure is managed by specialists with decades of experience in clinical technology delivery, focus on automated workflow verification and rigorous continuous assurance standards within large-scale multi-site pathology environments.
Enterprise Infrastructure Mastery
Continuous Assurance Frameworks
Workflow Validation Strategy
Architecture-led management of complex clinical laboratory information systems integrated across national networks and multi-vendor hubs.
Extensive history establishing event-driven validation monitoring within fragmented ecosystems to maintain interoperability and clinical safety.
Purpose-built validation methodologies designed for pathology operations, focusing on event-driven monitoring and passive workflow observation.
Accreditation Governance
Automated governance evidence generation to support continuous assurance obligations for ISO 15189, UKAS, and NATA compliance visibility.
Core Laboratory • Transfusion Medicine • Microbiology • Anatomical Pathology • Molecular Diagnostics
Operational Governance
Strengthening operational visibility across pathology environments through automated detection of workflow deviations and change impact analysis.
Strengthen Operational Governance
PathTest is establishing enterprise-grade workflow validation infrastructure with select laboratory networks. We are currently engaging with strategic design partners and sophisticated diagnostics investors to embed continuous assurance into complex diagnostic environments.