A 3D emergency response route view showing hospital departure context, destination metadata, ETA, distance, and route geometry through a realistic city scene.
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Emergency 3D Route View
3D emergency routing interface for hospital-to-incident paths, traffic-aware ETA, route distance, and destination context.
Year
2025
Duration
1 month
Location
New York, United States
Surfaces
mobileStack
Architecture
Mapping
Code
AI
Conceptual application work, created with the listed platforms and APIs and tested across the indicated surfaces.
Details
Designed as a mobile 3D route-intelligence experience for emergency dispatch scenarios where route context, urban density, and destination clarity matter.
Models hospital-to-incident movement with ETA, distance, selected destination details, and route geometry rendered directly inside a dark operations-console interface.
Uses 3D building extrusion layers and city context to help users understand turns, landmarks, street canyons, and arrival zones before the vehicle reaches the destination.
Supports hospital, landmark, and incident labeling so operators can confirm route endpoints without leaving the map experience.
Highlights the active route with visible waypoints, path emphasis, and destination markers that remain legible over dense urban geometry.
Uses traffic-aware routing metadata for evaluating how the response path may change under real-world street conditions.
Includes metadata surfaces for destination type, urgency, ETA confidence, and route status so the map behaves like an operational tool instead of a passive visualization.
Uses AI-assisted routing summaries to explain likely delay drivers, route alternatives, and risk factors in plain language for dispatch review.
Optimized for mobile screens with a compact bottom panel, focused controls, and a 3D camera angle that preserves both route visibility and street-level context.