Case study
Client Overview
Insurance Data Readiness Microsoft Copilot
Requirements

Trusted Data Foundation

Legacy Estate Modernization

Permission and Sensitivity Controls

Sustainable Data Governance

Unreliable Source Content

Superseded policy wordings, expired endorsement templates, and abandoned drafts sat alongside current versions with no signal distinguishing them.

Records Locked in Legacy Platforms

Policy and claims history lived in systems built long before AI, with limited APIs, inconsistent identifiers, and scanned documents carrying no usable text layer.

Overly Broad Access Inherited Over Time

Team sites created during earlier reorganizations and acquisitions carried permissions far wider than current policy would allow, and Copilot made that exposure visible immediately.

No Clear Content Ownership

Large portions of the document estate had no named steward responsible for accuracy, retention, or removal.

Growth Constraints

Copilot could reason across the organization’s content instantly, but scattered records, legacy repositories, and inherited permissions meant confident answers could not be safely trusted.

Copilot Readiness Assessment

Examined the document estate, repository sprawl, oversharing patterns, duplication levels, and retention gaps to determine which business areas were ready for AI grounding and which required remediation first.

Content Remediation and Lifecycle Cleanup

Retired superseded wordings, consolidated duplicate repositories, archived dormant sites, and applied retention rules so obsolete underwriting and claims material stopped competing with current records.

Legacy Data Access Layer

Built an integration layer that surfaced policy and claims records from the administration platform through governed, read-optimized structures in Microsoft Fabric, avoiding a core system replacement while making authoritative records reachable.

Document Digitization and Enrichment

Applied OCR and structured extraction to scanned claim files, then indexed them through Azure AI Search with metadata for line of business, policy period, and document type so retrieval returned the right file rather than the nearest match.

Sensitivity Labelling and Access Correction

Used Microsoft Purview and SharePoint Advanced Management to classify regulated and confidential content, correct inherited oversharing, and restrict Copilot grounding to entitled audiences.

Data Stewardship Model

Assigned named owners by line of business, with review cadences covering accuracy, labelling, retention, and approval of new content sources entering the AI estate.

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