HealthcareBusiness Intelligence

How FinThrive Uses Databricks AI/BI Genie to Cut Query Time from Days to Minutes

FinThrive serves more than half of all US hospitals and health systems, providing a comprehensive revenue cycle management platform that processes petabytes of healthcare data. Facing a 3-to-5-day bottleneck for complex life sciences data queries that required manual SQL development, FinThrive deployed Databricks AI/BI Genie to give sales and analytics teams a natural language interface to their lakehouse. Query response times fell below 24 hours, and the sales team can now answer pharmaceutical partner requests directly without routing through the technical team.

Outcomes

Under 24 hours (down from 3–5 days)Data query response time
100+ terabytesHealthcare data accessible via natural language
1,200+Hospitals and health systems served
Sub-secondQuery response speed

Tools & Technologies

1DA
Databricks AI/BI Genie
Natural language querying interface that lets non-technical users ask questions in plain English and get instant analytics from data lakehouses.
2DU
Databricks Unity Catalog
Unified governance layer for managing access, lineage, and quality of data and AI assets across a lakehouse.

AI Categories

Challenge

FinThrive's life sciences division faced 3-to-5-day turnaround times for pharmaceutical partner data requests because each query required manual SQL development by a small analyst team, producing inconsistent results and creating delays that cost them competitive deals.

Solution

FinThrive deployed Databricks AI/BI Genie on top of their existing lakehouse and Unity Catalog governance layer, enabling sales teams to submit natural language queries against 100+ terabytes of HIPAA-compliant de-identified healthcare data and receive consistent, accurate responses in minutes.

Full Story

FinThrive holds a dominant position in US healthcare revenue cycle management, serving more than 1,200 hospitals and health systems including some of the largest in the country. Its life sciences division handles a different kind of demand: pharmaceutical companies and channel partners who need access to de-identified real-world healthcare data to inform clinical development, market strategy, and population health research. That data sits in a petabyte-scale lakehouse built on Databricks, containing over 100 terabytes of de-identified real-world data organized in Gold-layer materialized views.

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Source

DATABRICKS
September 2025
Original case study

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