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Full-Process Medical AI

ClientConfidential Fortune 500 Health Insurance Provider
IndustryHealth Insurance (Fortune 500)
Core TechMulti-Model Cascade + Edge DLP
ROIFollow-up completion +55% | API cost -40%
BoundaryAnonymized implementation brief
01 /Context

The Patient Journey Has Gaps.

Our client, a Fortune 500 health insurance provider, processes over 2 million diagnostic reports annually. Their operational reality was a series of disconnected handoffs: patients booked appointments through one system, diagnoses were documented in another, prescriptions verified in a third, and follow-up scheduling lived in a fourth.

Each handoff was a dropout point. Patients who didn't receive clear pre-consultation guidance arrived unprepared, wasting clinician time. Post-diagnosis, there was no systematic follow-up — patients with chronic conditions routinely fell through the cracks between visits. And while the insurance side processed millions of documents, the clinical team had no AI-powered safety net for catching dangerous drug interactions across a patient's full medication history.

02 /Friction

Why 'AI for Medical Documents' Isn't Enough.

The client had deployed multiple AI tools, each solving one narrow problem while leaving the patient journey fragmented.

  • 1.The Pre-Consultation Information Gap: Patients arrived at appointments having completed no structured intake. Clinicians spent the first 10 minutes of a 15-minute slot collecting basic symptom information that could have been gathered beforehand.
  • 2.The RAG Hallucination Problem: Standard RAG for diagnostic document parsing produced medically dangerous hallucinations — connecting disjointed biomarkers into false correlations. In healthcare, a confident wrong answer is worse than no answer.
  • 3.The Drug Interaction Blind Spot: The existing system verified individual prescriptions but couldn't cross-reference a patient's complete medication history for dangerous interactions. This was a latent risk that manual review couldn't scale to cover.
  • 4.The Follow-Up Black Hole: After diagnosis and treatment, there was no systematic mechanism to ensure patients completed their treatment plans, attended follow-up appointments, or reported adverse reactions.
03 /Solution

From Document Processor to Full-Lifecycle Medical AI.

Patient intake
Multi-model cascade
Follow-up loop

A seven-agent lifecycle system routes medical work by risk, cost, and governance boundary.

I. Pre-Consultation Layer (2 Agents)

A Symptom Collection Agent conducts structured conversational intake before the appointment, achieving ~92% pre-consultation information completeness. A Department Matching Agent recommends the appropriate specialist based on the symptom profile, reducing misrouted appointments.

II. Diagnostic & Treatment Layer (2 Agents)

A Diagnostic Document Parsing Agent uses In-Context Learning and structured annotation to parse reports into structured medical data. A Drug Interaction Check Agent cross-references the patient's full medication history, improving dangerous interaction detection approximately 3x compared to manual review.

III. Follow-Up & Health Management Layer (2 Agents)

A Follow-Up Scheduling Agent automatically schedules appointments, sends reminders, and escalates missed follow-ups — improving follow-up completion by approximately 55%. A Health Assessment Agent conducts periodic check-ins with chronic condition patients between visits.

IV. HIPAA Architecture & Edge DLP

All patient data is stripped of Protected Health Information (PHI) via Edge DLP before any model call. BAA established with the model provider. Air-gap deployment option available for maximum data sovereignty. Zero severe hallucination incidents over 6 months of production operation.

V. Token101: Multi-Model Cascade

Complex diagnostic reasoning routes to frontier models (Claude 3.5 Sonnet / Opus). Quick triage and simple Q&A routes to high-speed lower-parameter models. Fallback to enterprise-hosted stable instances. Result: API costs reduced approximately 40% compared to single-model processing.

Medical AI That Survives Production.

~92%Pre-consultation information completeness rate, reducing wasted clinician time.
+3xDrug interaction risk detection rate compared to manual review.
+55%Follow-up completion rate improvement, reducing chronic condition dropout.
-40%Frontier API cost reduction via multi-model cascade routing.
0Severe hallucination incidents over 6 months of production operation.

"In healthcare, a confident wrong answer is worse than no answer. We built the system that earns the right to be confident."

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