AI-Powered DME Order Orchestration System
Deploys an 8-agent AI system that processes DME orders in under 2 minutes with high first-pass approval rates. Agents work in parallel to verify eligibility, validate clinical necessity, ensure compliance, optimize supplier selection, generate documentation, detect fraud, and coordinate patient communication—all with real-time chain-of-thought visibility.
Problem Statement
The challenge addressed
Solution Architecture
AI orchestration approach
DME Order Orchestration configuration screen showing patient selection, equipment catalog, and 8 AI agents ready to process orders with sub-2-minute processing time
Real-time AI agent orchestration dashboard displaying parallel execution of 8 specialized agents with live progress tracking and chain-of-thought reasoning
Tool invocations and inter-agent communication view showing eligibility API calls and message exchanges between orchestrator and specialized agents
Comprehensive order processing results with executive summary metrics including 28.5 min time saved, eligibility verification, clinical recommendations, and automated next steps
AI Agents
Specialized autonomous agents working in coordination
Orchestration Agent
Coordinating multiple AI agents executing in parallel requires sophisticated workflow management, error handling, and result synthesis to ensure consistent outcomes.
Core Logic
Implements event-driven finite state machine (FSM) orchestration with O(n) complexity. Manages task distribution across 7 specialized agents, monitors execution progress, handles failures with automatic retry logic, and synthesizes individual agent outputs into unified recommendations. Coordinates inter-agent communication for handoffs and data sharing.
Eligibility Intelligence Agent
Manual insurance eligibility verification is slow, error-prone, and often results in claim denials due to coverage gaps, unmet deductibles, or missing prior authorization requirements.
Core Logic
Uses logistic regression models trained on historical claims data to predict coverage probability with high confidence. Connects to payer systems via 270/271 EDI transactions, calculates patient cost-sharing (copay, deductible, out-of-pocket), detects prior authorization requirements per LCD policies, and provides instant eligibility decisions with detailed benefit breakdowns.
Clinical Decision Agent
Matching DME equipment to patient diagnoses requires clinical expertise—wrong equipment selection leads to denials, patient dissatisfaction, and potential harm from inappropriate devices.
Core Logic
Employs decision tree algorithms combined with Multi-Criteria Decision Analysis (MCDA) at O(n log n) complexity. Traverses clinical pathways matching ICD-10 diagnoses to HCPCS equipment codes, scores options against clinical criteria (match score, evidence strength, functional outcome, cost-effectiveness), and generates evidence-based recommendations with Level A/B/C evidence ratings per CMS NCD/LCD guidelines.
Compliance Guardian Agent
CMS regulatory compliance is complex—42 CFR requirements, LCD/NCD policies, documentation rules vary by equipment type. Non-compliance results in claim denials, audits, and penalties.
Core Logic
Implements a rule-based expert system with O(r) complexity where r = number of regulations. Validates against CMS NCDs (280.3 for power mobility), LCDs (L33792), 42 CFR 414.210 billing rules. Auto-generates required documentation (CMN, Detailed Written Order, Face-to-Face Encounter) with SHA-256 hashed audit trails for audit readiness.
Supplier Optimization Agent
Selecting the right DME supplier involves balancing multiple factors—proximity, delivery speed, inventory availability, quality ratings, pricing—which is difficult to optimize manually.
Core Logic
Applies TOPSIS (Technique for Order of Preference by Similarity to Ideal Solution) algorithm at O(m×n + m log m) complexity. Builds decision matrices scoring suppliers across weighted criteria: delivery speed, proximity using Haversine distance, performance history, inventory availability, cost competitiveness, and quality rating. Predicts delivery timelines with high confidence.
Documentation Agent
DME orders require extensive documentation—CMN forms, prescriptions, face-to-face encounters—which is time-consuming to complete and frequently incomplete, causing claim denials.
Core Logic
Uses NLP template engine with O(d) complexity where d = documents. Auto-extracts clinical data to populate required forms (CMS-484.03 CMN, Detailed Written Orders), manages electronic signature workflows, validates document completeness against payer requirements, and packages all documentation for audit-ready submission.
Fraud Detection Agent
DME fraud is a significant cost to Medicare through schemes like phantom billing, upcoding, and kickbacks. Real-time detection is critical to prevent fraudulent orders from processing.
Core Logic
Combines Isolation Forest anomaly detection with LSTM neural networks at O(n log n) complexity. Analyzes multi-dimensional features (order value, frequency, timing, geography, prescriber behavior) against known fraud patterns. Calculates composite risk scores, flags high-risk transactions for review, and provides behavioral analysis of prescribers, patients, and suppliers with high detection confidence.
Patient Communication Agent
Patients lack visibility into DME order status, coverage details, and delivery timelines—leading to confusion, missed deliveries, and poor satisfaction scores.
Core Logic
Employs Natural Language Generation (NLG) with sentiment analysis at O(n) complexity. Creates personalized multi-channel notifications (SMS, email, portal), schedules communication touchpoints across order lifecycle, curates educational content matched to diagnosis/equipment, coordinates delivery appointments, and manages consent preferences with accessibility options for hearing/visually impaired patients.
Worker Overview
Technical specifications, architecture, and interface preview
System Overview
Technical documentation
Tech Stack
6 technologies
Architecture Diagram
System flow visualization