Centene: The Gifts of the MAGI: Delivering Secure, Repeatable, and Explainable AI
Overview
| Experience | In Person |
|---|---|
| Track | Analytics & BI |
| Industry | Healthcare & Life Sciences |
| Technologies | Genie |
| Skill Level | Beginner |
| DOWNLOAD SESSION SLIDES | |
For enterprises in regulated industries, scaling agentic AI requires more than policy—it demands runtime governance. Centene, in partnership with Databricks and Slalom, built MAGI (Machine Agentic Governed Intelligence), a production framework that delivers three essential gifts: Security that enforces compliance and protects PHI by default, Explainability via immutable audit trails for every AI decision, and Repeatability through a governed "paved road" for consistent AI development. We'll demonstrate how MAGI's composable architecture uses automated evaluation, quality gates, centralized monitoring, and feedback loops to accelerate safe AI adoption at scale. This approach has given Centene the consistency and confidence to grow its AI portfolio across the enterprise. Leave with practical patterns for building your own runtime governance for agentic AI on Databricks.
Session Speakers
Barrett Foat
/Senior Director, Machine Learning
Centene Corporation
Guneeti Sharma
/Sr. Principal in AI
Slalom LLC
Mark Tabor
/Senior Manager, DS & AI Platforms
Centene
Ryan Hedlund
/Director, Field Engineering
Databricks
Full Summary
Building Governed Agentic AI in Healthcare: Inside Centene's MAGI Platform
Healthcare payers sit at the intersection of high potential for agentic automation and stringent regulatory risk. Centene's AI Hub reframed governance as a runtime property, not a one-time review, and turned its ML operations foundation into MAGI, a governed agentic AI platform built on the Databricks Platform. The result is a single, auditable way to let 60,000 employees apply AI while meeting laws that require explainability and human review for critical decisions.
FAQ
Claims decisions, prior authorization decisions, and fraud, waste, and abuse determinations are treated as high risk. These require a human in the loop, often a licensed clinician. Lower risk uses such as summarization, compliance drafting, and engineering support can run with lighter oversight.
MLflow tracing records the full chain of interactions, human feedback is attached to traces, and scoring blends deterministic tests, ground truth, and LLM-as-judge evaluations. These signals detect drift and guide iterative updates so agents remain effective after deployment.
Low-code tools do not typically provide account-level governance, complete coverage across external model providers, or the audit trail a regulated payer requires. The Unity AI Gateway offers one governed integration point to many models while preserving flexibility to swap providers.
Teams reuse cookbooks, templates, shared utilities, and agent blueprints that already embed governance, logging, and compliance reporting. Onboarding that once took weeks of custom work now takes days.
Every request is identity-bound and linked to an application ID and a single MLflow trace ID. That runtime provenance makes it possible to reconstruct which model acted on which data, meeting requirements for auditability, explainability, and human review of adverse decisions.