MicrosoftPilotEvidence: Medium65/100

UNC Health cuts care gap chart review time ~50% using Microsoft Fabric + AI (EASI) with Copilot for pipeline and notebook workflows

UNC Health standardized its data estate on Microsoft Fabric to create a single governed analytics platform supporting clinical AI, population health, and secure research. It built EASI to scan clinical documents, extract exam signals into standardized structures, and integrate findings into Epic with humans in the loop. Analytics teams also use Copilot in Microsoft Fabric to assist with pipeline development and notebook workflows.

Organization
UNC Health
Industry
Healthcare
Published
July 2026

Reported outcomes

83-93%

abstraction detection accuracyQuality & accuracy

−50%care gap chart review time9,700 care gapsdiabetic eye exam care gaps reviewed180,000 care gapsadditional care gaps reviewed25 studiesactive studies supported

Strategic outcomes

Innovation & cultureStandardized the enterprise data estate on a single governed analytics platformOther strategic outcomeEnabled a secure research environment for controlled AI and analytics useOther strategic outcomeExpanded care gap closure to additional screening measures

Catalog median for quality & accuracy deployments: +41% across 63 reported metrics. Compare benchmarks →

Why do we believe this?Outcome claims, sources, and evidence checks

Normalized claim

Care gap chart review time: 50% decrease

Microsoft Customer StoriesJul 20, 2026Customer storyInferred claimMedium evidence strength

reduced care gap chart review time by roughly 50%

Normalized claim

Abstraction detection accuracy: 83-93% increase

Microsoft Customer StoriesJul 20, 2026Customer storyExplicit claimMedium evidence strength

accuracy improved from 83% to 93% during the diabetic eye exam pilot

Normalized claim

Diabetic eye exam care gaps reviewed: 9,700 care gaps increase

Microsoft Customer StoriesJul 20, 2026Customer storyExplicit claimMedium evidence strength

reviewed approximately 9,700 diabetic eye exam care gaps

Normalized claim

Additional care gaps reviewed: 180,000 care gaps increase

Microsoft Customer StoriesJul 20, 2026Customer storyExplicit claimMedium evidence strength

nearly 180,000 additional care gaps across other quality screening measures

Normalized claim

Active studies supported: 25 studies increase

Microsoft Customer StoriesJul 20, 2026Customer storyExplicit claimMedium evidence strength

SHIRE supports 25 active studies

Why do we believe this deployment?Customer identity, provider attribution, maturity, and source checks
Customer
UNC Health
Provider
Microsoft
Maturity
Pilot

Improved abstraction detection accuracy from 83% to 93% during the pilot

Customer identity supportedSource describes one deploymentMaturity supported

Primary read

Use case focus

Showing 3 of 3

  • 1Document processing automation
  • 2Healthcare analytics
  • 3Data platform modernization
  • Legacy data infrastructure could not keep up with 40% annual data growth.
  • A 2023 warehouse outage disrupted operations.
  • Manual chart review of unstructured clinical documents made it difficult to reliably surface care gaps in clinical workflows.
  • Microsoft Fabric provided a single governed analytics platform.
  • EASI extracted and standardized exam signals from documents for integration into Epic.
  • Copilot in Microsoft Fabric assisted with pipeline and notebook development.
  • Human abstractors remained the final checkpoint before findings entered the record.
  • Reduced diabetic eye exam care gap chart review time by roughly 50%.
  • Improved abstraction detection accuracy from 83% to 93% during the pilot.
  • Reviewed approximately 9,700 diabetic eye exam care gaps and nearly 180,000 additional care gaps across screening measures.
  • SHIRE supports 25 active studies.
Architecture

UNC Health standardized its data estate on Microsoft Fabric, using it as a single governed analytics platform. Copilot in Microsoft Fabric assists with pipeline and notebook workflows. The EASI framework scans clinical documents, extracts exam signals into standardized structures, and integrates findings into Epic while keeping humans in the loop. SHIRE is a secure research environment built on infrastructure within a trusted research enclave framework and enabled by the governed Fabric data foundation.

Sources & evidence1
Evidence: Medium65/100Evidence strength
  • Customer explicitly identified
  • Deployment status explicitly supported
  • Primary source available
  • Quantified outcome available
  • Technical implementation details available
Type: Customer StoryPublished: Jul 20, 2026Publisher: MicrosoftEvidence: PrimaryConfidence: High

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