SlideThe moment a blurry field snaps into perfect resolution.
Slide turns glass slides into structured digital reports — from gross dictation to final sign-out — inside a single workflow built for the way pathologists actually think.
"Sign-out time dropped from 4.2 hours to under 90 minutes. The CAP synoptic auto-fill alone saved me two evenings a week."
What's your lab's biggest bottleneck?
Select the one that costs you the most time each week.
Four subspecialties. One platform. Zero compromises.
These aren't testimonials. They're case studies narrated by the pathologists who lived the problem — and use Slide to solve it every day.
"I was copy-pasting CAP synoptic headers into Word documents at 9 PM. Every. Single. Night. The header said "colon resection" but the fields were from a prostate template because someone saved over it in 2019.
Legacy LIS systems store CAP synoptics as unversioned Word documents shared over network drives. Template drift causes sign-out errors and CAP audit failures.
Slide maintains a live-synced CAP template library. Every field auto-populates from gross dictation. SNOMED CT codes attach at sign-out — no manual lookup.
"Derm path is high volume and high stakes. I was signing out 80 cases a day in a system that made me click seventeen times to get a margin measurement into the report. I started keeping a tally.
High-throughput derm labs use general-purpose LIS platforms that require excessive navigation. Margin documentation and template selection add 4–6 minutes per case.
Slide's derm module pre-loads subspecialty templates sorted by specimen type. Margin measurements populate from grossing notes with automatic threshold flagging.
"Cytology doesn't fit neatly into the surgical path workflow that most systems are built around. My ROSE adequacy logs lived in a separate spreadsheet that no one else could see. Correlation was manual.
Cytology workflows — FNA adequacy, ROSE logging, Bethesda classification, and final correlation — are split across disconnected tools in most LIS implementations.
Slide's cytology module connects ROSE passes, Bethesda classification, and final sign-out in a single unbroken case record. Correlation is automatic.
"Our molecular results were arriving in Epic three to four hours after sign-out because someone had to manually enter them through an HL7 interface that was configured in 2014 and nobody fully understood anymore.
Molecular result transmission to clinical EHRs depends on fragile HL7 v2 interfaces configured per-site, often by vendors who are no longer available. Delays average 2–4 hours post sign-out.
Slide uses HL7 FHIR R4 for bidirectional EHR connectivity. Molecular results transmit at sign-out with structured biomarker data — no manual re-entry, no interface babysitting.
AP and CP under one roof. No duct tape required.
Slide is the first AP-native platform with bidirectional HL7 FHIR R4 connectivity, built-in SNOMED CT coding, and a compliance framework that satisfies HIPAA § 164 and SOC 2 Type II without a separate integration project.
HIPAA-Native Architecture
End-to-end encryption, role-based access controls, and a complete audit trail for every case action — PHI never touches an unencrypted state.
HL7 FHIR R4 Bidirectional
Orders arrive from Epic, Cerner, or Oracle. Results return as structured FHIR bundles at sign-out. No middleware. No custom interface projects.
AP + CP Unified Workflow
Anatomic and clinical pathology on the same platform. Shared patient context, unified reporting, single sign-on. One system your IT team actually controls.
Your subspecialty demo is already half-built.
You've already told us your bottleneck. We'll show you the exact workflow that solves it — scoped to your subspecialty, your case volume, your EHR. Not a product tour. A diagnosis.