City-wide patient coordination.
Real-time. At scale.
MediCoord AI routes hundreds of patients simultaneously across Toronto's health network — prioritized by severity, balanced by load, in real time.
Priority Queue
Severity-weighted dispatch. Emergent cases route first. Moderate and routine cases absorb available city-wide capacity without crowding critical pathways.
City-Wide Coordination
All facilities tracked simultaneously. Load redistributes as patient volume shifts across the network. No single facility becomes a new bottleneck.
Org Sandbox
Evaluate with simulated patient load. No PHI, no live infrastructure, full coordination fidelity. Watch routing and rebalancing before any commitment.
How a routing decision happens
From patient symptom to facility confirmation in under 300 ms. Click any stage to inspect it, or watch the pipeline run.
Lay-language symptoms + geolocation ingested via secure API.
No phone calls. No intake forms. Patients enter the coordination queue instantly — staff time goes to care, not routing.
Validates and sanitizes patient payloads, extracts coordinates via browser or mobile SDK, and pushes to the triage queue. Handles 42 concurrent requests per minute per node without degradation.
Most routing systems find the nearest facility. MediCoord AI coordinates across all of them.
The system scores every candidate facility by composite ETA: road travel time plus active wait queue — not proximity. A clinic 1.5 km away with a 60-minute queue loses to a hospital 4 km away with a 23-minute total ETA. Severity gates minimum facility capability: emergent cases never route to urgent care regardless of ETA advantage.
As facilities fill, routing decisions shift to preserve system-wide throughput. Inbound routing decisions in flight are factored into each new score — preventing the coordination trap of sending every patient to the same "best" option and recreating the bottleneck you set out to solve.
See the coordination in action
Run a simulated patient load across the city network. Watch priority queue dispatch and load rebalancing in real time. No PHI, no live infrastructure required.