01 / ACQUISITION
Whole slide imaging
Connect scanners and image storage to ingest, index and display digitized slides with case identifiers, stain, magnification and provenance. Make scan quality checks and rescans visible before diagnostic review.
Scanner connectivity · Slide metadata · Image quality review · Secure storage
02 / REVIEW
Pathology viewer and worklists
Navigate large slides, compare stains and prior specimens, annotate regions and organize work by case. Keep relevant request details and clinical history within reach during review.
Case worklists · Multi-slide comparison · Annotations · Prior cases
03 / COLLABORATION
Consultation and teaching
Share selected cases with authorized colleagues for second opinion, multidisciplinary review or education. Record who reviewed what, their comments and the resulting case decision.
Second opinions · Tumor boards · Controlled sharing · Audit history
04 / ASSISTANCE
Pathologist-supervised AI
Present validated AI findings as reviewable overlays, region suggestions or measurements with model version, confidence and source slide. The pathologist can accept, correct or reject each result; AI does not issue an autonomous diagnosis.
Region prioritization · Quantification · Reviewable overlays · Human sign-out
05 / INTEGRATION
Connected pathology records
Link slide images, specimens and approved findings to the laboratory information system and clinical record. Use appropriate interoperability standards and local mapping, with role-based access and a complete audit trail.
LIS / LIMS · EHR / HIS · DICOM WSI where supported · FHIR / HL7 interfaces
06 / OPERATIONS
Quality and governance
Monitor scan quality, turnaround and AI performance in the actual laboratory population. Establish local validation, change control and escalation before any clinical deployment.
Local validation · Drift monitoring · Quality assurance · Traceability