Hurricane response is an emergency management use case in which GIS technology is deployed to collect, analyze, and visualize geospatial data before, during, and after a tropical cyclone event. By integrating real-time data streams — including satellite imagery, weather radar feeds, storm surge models, and infrastructure databases — GIS platforms enable emergency managers and geospatial analysts to build dynamic situational awareness across affected regions. Spatial analysis techniques such as proximity analysis, terrain modeling, and network analysis are applied to identify evacuation corridors, assess flood inundation extents, prioritize search-and-rescue deployment zones, and evaluate damage to critical infrastructure. Geospatial data from field collectors, aerial surveys, and remote sensing platforms is aggregated into centralized geodatabases, supporting coordinated decision-making across multiple agencies. Operational dashboards and web mapping applications deliver actionable intelligence to stakeholders ranging from first responders to public officials in near real-time. The practical benefits include reduced response times, optimized resource allocation, improved public communication through authoritative mapping products, and more effective post-disaster recovery planning — ultimately minimizing loss of life and accelerating community resilience.