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A tablet wildfire command dashboard showing fire perimeter, evacuation corridors, incident analytics, alerts, resources, and AI response recommendations.

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Wildfire Intelligence

Wildfire Intelligence

Phone and tablet wildfire intelligence for fire perimeters, evacuation routes, weather, resources, and field response coordination.

Year

2026

Duration

4 months

Location

Sacramento, California, United States

Surfaces

tablet, mobile

Stack

Architecture

GCP

Mapping

Google Maps SDK for iOSMap Tiles APISatellite and terrain raster tilesVIIRS/GOES fire detectionsNOAA/NWS weather APIsEvacuation network routing

Code

SwiftUIiOS

AI

Gemini on Vertex AIIncident command agentFire spread risk scoringEvacuation recommendation summaries

Conceptual application work, created with the listed platforms and APIs and tested across the indicated surfaces.

Details

Built as a combined phone and tablet wildfire response product rather than separate apps, with shared incident data and layouts tuned to each screen size.

Displays wildfire perimeter, burn-risk zones, evacuation corridors, staging locations, and response routes over satellite-style terrain context.

Uses weather, humidity, wind, fuel moisture, slope, and vegetation context to support incident-level risk interpretation.

Provides a command-tablet layout with a large map, multi-column analytics, alert lists, resource panels, containment metrics, and AI recommendations.

Provides a field-phone layout with compact bottom sheets, quick incident status, evacuation guidance, ETA, and readiness signals.

Supports fire spread probability, evacuation confidence, containment status, and resource allocation metrics for operational decision-making.

Uses AI models to summarize active incident conditions, identify likely spread concerns, and recommend next operational actions based on terrain, weather, and resource constraints.

Designed for field teams, emergency operations centers, and presentation surfaces where complex incident data needs to stay readable under pressure.

Balances dense operational information with map-first interaction so responders can move from regional awareness to actionable details quickly.