Cyclone Systems — Weather, Disasters, Emergency Response & Resilience — Satellize

6.3Subsection · 5 applications

Cyclone Systems

Villagers carrying belongings on a flooded road as dark storm clouds gather overhead — Workers clearing storm debris illustrate the recovery efforts that satellite cyclone tracking helps communities prepare for and minimize.

Satellite Cyclone Tracking: Storm to Safe Alert

1
Observation
Geostationary satellite images storm spiral every 10 min
2
Downlink
Raw imagery streamed to national met-office ground station
3
Forecast Modelling
NWP models predict track, intensity, landfall window
4
Community Alert
SMS and siren warnings reach coastal villages hours early

Continuous satellite observation feeds forecast models that push life-saving cyclone alerts to vulnerable coastal communities.

Other areas in Weather, Disasters, Emergency Response & Resilience

6.2 · Previous

Wildfire Monitoring

Earthquake Response

Subsection 6.3 — Weather, Disasters, Emergency Response & Resilience

Cyclone Systems

5 applications.

Applications

6.3.1 Cyclone Track Forecasting — Continuous satellite-derived wind, pressure and moisture profiling to predict tropical cyclone tracks 72–120 hours ahead with sovereign-controlled data assimilation.
6.3.2 Storm Intensity Monitoring — Continuously measuring tropical cyclone intensity — maximum sustained winds, central pressure, convective structure — using microwave sounders, scatterometers and passive radiometers from LEO constellations.
6.3.3 Eyewall Replacement Detection — Identifying and tracking eyewall replacement cycles in mature tropical cyclones to anticipate sudden intensity changes that confound standard forecast models.
6.3.4 Pre-Landfall Damage Modelling — Fusing satellite-derived wind fields, storm surge forecasts and high-resolution exposure data to model probable infrastructure and population damage before a cyclone makes landfall.
6.3.5 Post-Storm Damage Mapping — Rapidly mapping structural damage, flooding extent and infrastructure loss across cyclone-struck territory using SAR, optical and change-detection analytics within hours of landfall.