Is digital pathology validated for primary diagnosis?

Yes. Pathologists read whole-slide images on medically-approved displays with a full digital measurement and annotation toolkit, and every action is captured in an audit trail. Telemis is CE-marked Class IIa as Software as a Medical Device (SaMD), meeting the requirements for routine diagnostic use.

Must we replace our existing scanners or LIS?

No. Telemis reads native scanner formats and interfaces bidirectionally with your existing laboratory information system, allowing a cost-effective, phased digitization without replacing functional hardware.

How is data security handled during remote support?

Remote access uses encrypted connections and multi-factor authentication, backed by proactive system monitoring so potential issues are resolved before they affect the clinical workflow.

The Definitive Guide to Digital Pathology

1. Introduction: defining the new standard of precision

Digital Pathology (DP) is no longer a peripheral technological upgrade; it represents a fundamental shift in the diagnostic paradigm, essential for the strategic requirements of modern oncology and multidisciplinary care. In an era of high-volume, collaborative diagnostics, DP transitions the pathology department from an analog silo into a data-driven, integrated component of the clinical enterprise. The process is built on rigorous preparation: tissue is fixed, embedded in paraffin and sliced to a microscopic thickness. These sections are mounted, stained, and digitized as high-resolution Whole-Slide Images (WSI) — a permanent, non-degradable digital record for analysis.

2. Operational mechanics: the journey from slide to screen

A structured digital workflow is the primary antidote to the “analog chaos” that historically slows pathology laboratories. Replacing manual sorting and physical retrieval with a digitized chain of custody removes systemic inefficiencies and the risk of material loss.

Automated scanning. After staining, slides proceed directly to high-capacity scanners with zero manual sorting — removing the risk of misfiling blocks or slides during recuts, which historically meant hours lost searching physical archives.
Intelligent compilation. Integrated barcode readers identify each slide and automatically compile cases. The system synchronises with the Laboratory Information System (LIS) to verify patient demographics and route each case to the right pathologist's worklist, ensuring full diagnostic traceability.
Screen-based interpretation. Reading on screen provides a superior ergonomic environment. Pathologists move fluidly across whole-slide images with advanced navigation controls, maintaining high diagnostic throughput without the physical constraints of a microscope.

3. Strategic drivers: why institutions are prioritizing digitization

Patient safety & material integrity

Deep, bidirectional synchronisation between the LIS and the Image Management System (IMS) eradicates patient mismatches and ensures slides are never lost or physically damaged. Once digitized, the material is secured for the duration of the patient's care.

Logistical optimisation

Digitization ends the reliance on couriers, taxis and complex tissue-export permits for second opinions. Whole-slide images can be transferred instantly across any distance for rapid expert review.

Pathologist well-being

Shifting from the eyepiece to 4K-monitor ergonomics significantly reduces eye fatigue and musculoskeletal strain — a critical factor in maintaining precision during high-volume sessions.

Real-time collaboration

Synchronous digital viewing acts as a virtual “multi-head microscope,” letting pathologists, oncologists and surgeons join tumour boards simultaneously, regardless of location.

4. Technical architecture: essential criteria for platform selection

Long-term viability requires vendor neutrality and architectural openness. The following requirements are non-negotiable for a future-proof pathology department:

Native scanner compatibility

To avoid quality-degrading conversions, the platform must read DICOM as well as native formats directly — Leica (.svs), Hamamatsu (.ndpi), Philips (.isyntax), Roche (.bif) and 3DHISTECH (.mrxs) — so images are viewable seconds after scanning.

Zero-footprint streaming

A “Netflix-style” micro-services architecture streams image “tiles” on demand, so pathologists open diagnostic-quality images in a standard browser with no local software to install.

Bidirectional LIS integration

Real-time, two-way synchronisation with the laboratory information system, so that any action — such as a rescan request — is mirrored across both the LIS and the IMS simultaneously.

An open AI ecosystem

The platform should support any clinical AI vendor as well as open, on-premise AI research algorithms. Telemis delivers this through the open-source TM-OpenScience ecosystem.

Smart storage tiering

Because whole-slide images are large, a smart strategy keeps recent, active cases on fast storage and moves the archive to cost-effective tiers, with retention governed by clinical-relevance policies.

5. The TM-Microscopy IMS advantage

Telemis provides a clinical diagnostic platform designed to integrate pathology into the broader enterprise medical record. Unlike systems that originated as research tools, Telemis is selected by institutions such as ZaS for clinical diagnostic routine (see our published ZaS case study). The TM-Microscopy 100% web viewer offers native format support for all major scanner manufacturers, so laboratories keep their hardware flexibility.

Because it sits within the TM-MACS platform, pathology images reside alongside radiology, macroscopy and clinical video in a single, unified patient record — supporting the multidisciplinary, holistic view modern care depends on.