Geological Hazard Early Warning System
Risk hot-zones & early warning for landslides, debris flows, and pluvial floods
Advancing geological hazard research through innovative monitoring and prediction technologies
GeoHazard.tech is a comprehensive research platform dedicated to understanding, monitoring, and predicting geological hazards. Our mission is to develop advanced early warning systems that can save lives and protect infrastructure.
Through cutting-edge data analysis, satellite monitoring, and AI-powered prediction models, we identify risk hot-zones and provide actionable insights for disaster preparedness and mitigation strategies.
Our interdisciplinary approach combines geology, meteorology, data science, and engineering to create robust solutions for communities vulnerable to natural hazards.
Understanding the three primary geological hazards we monitor and predict
Mass movement of rock, soil, and debris down slopes due to gravity, often triggered by rainfall, earthquakes, or human activity.
Rapid downslope movement of water-saturated debris, combining characteristics of landslides and floods with destructive force.
Surface water flooding caused by intense rainfall overwhelming drainage systems, independent of rivers or water bodies.
Multi-stage alert system providing timely warnings to at-risk communities
Continuous monitoring through diverse sensor networks, weather stations, seismic monitors, and satellite remote sensing systems.
Advanced machine learning models process incoming data to identify hazard indicators and predict potential events.
Automated system generates warnings based on severity thresholds with geographic precision targeting.
Multi-channel communication via mobile apps, SMS alerts, and emergency broadcast systems to ensure rapid response.
Connect with our research team and access resources
GeoHazard.tech welcomes collaboration with researchers, institutions, and organizations dedicated to geological hazard mitigation. Whether you're interested in data sharing, research partnerships, or implementing our early warning systems, we'd love to hear from you.
research@geohazard.tech
Access publications & data
Collaborate with our team