Disaster Digital Twins — Weather, Disasters, Emergency Response & Resilience — Satellize

6.10Subsection · 5 applications

Disaster Digital Twins

Emergency workers in a disaster operations center reviewing screens showing flood maps and response data — Monitoring screens display live data streams, powering the digital twins that help communities anticipate and survive disasters.

Satellite Data Feeds Live Disaster Digital Twin

1
Observation constellation
SAR and optical satellites image disaster zone
2
Downlink & fusion
Raw imagery merged with ground sensor feeds
3
Digital twin engine
Physics model simulates flood spread and damage
4
Crisis command
Responders see live 3D scenario on dashboard

Satellite imagery feeds a live physics-based twin that lets crisis teams simulate, predict, and coordinate disaster response in real time.

Other areas in Weather, Disasters, Emergency Response & Resilience

6.9 · Previous

Infrastructure Resilience

Subsection 6.10 — Weather, Disasters, Emergency Response & Resilience

Disaster Digital Twins

5 applications.

Applications

6.10.1 City Disaster Twins — Continuously updated, satellite-fed 3-D digital replicas of urban areas that simulate earthquake, flood, fire and infrastructure-cascade scenarios in near-real time.
6.10.2 Watershed Twins — Continuously updated digital replicas of river basins and catchments, fusing satellite radar, optical and soil-moisture data to drive real-time flood and drought forecasting.
6.10.3 Coastline Twins — Continuously updated digital replicas of national coastlines, fusing satellite radar, optical and altimetry data to simulate erosion, storm surge, flooding and infrastructure risk in near-real-time.
6.10.4 Critical Facility Twins — Continuously updated satellite-fed digital twins of power stations, dams, hospitals and transport hubs that model structural integrity and operational status under evolving disaster conditions.
6.10.5 Real-Time Hazard Simulation — Fusing live satellite observations into physics-based simulation engines to run continuous, real-time hazard models across flood, fire, seismic and volcanic scenarios.