Tidal-wave Unified System for Undersea Notification and Alert Management Integration
An intelligent real-time framework for early detection of tsunami waves and coastal community protection — powered by AI, seismic sensors, and global satellite networks.
— Live System Performance —
Advanced technologies protecting coastal communities in real time
A distributed network of seismic sensors deployed across ocean floors, detecting ground vibrations the moment they occur and streaming data instantly to processing centers.
Machine learning models — LSTM, XGBoost, Random Forest — analyze seismic and tidal data to predict wave formation, shape, and magnitude within seconds of detection.
Warnings dispatched simultaneously via SMS, emergency broadcast radio, coastal sirens, and government authority notifications — all in under 3 minutes.
Real-time 3D interactive maps render the propagation path of detected waves, with arrival-time forecasts for every coastal zone updated every 30 seconds.
Deep-ocean Assessment and Reporting of Tsunamis buoys measure underwater pressure changes and wave heights with millimeter-level precision across all ocean basins.
Automatically generated evacuation routes tailored to each coastal zone, based on population density, road infrastructure, and real-time wave trajectory data.
From detection to evacuation — in minutes
Ocean-floor sensors detect seismic vibrations and instantly transmit raw data to the central processing hub via satellite uplink.
AI algorithms process incoming data in under 60 seconds, classifying the event and estimating tsunami probability, wave height, and propagation speed.
The system runs hydrodynamic simulations to compute the wave's travel path and calculates predicted arrival times for all coastal areas within the impact zone.
Tiered emergency alerts are sent across all channels — sirens, SMS, broadcast, authority dashboards — with priority routing based on proximity and severity.
Automated evacuation protocols activate, guiding residents along pre-calculated safe routes with live traffic updates and real-time wave tracking.
Comprehensive multi-source ocean and seismic data fusion
Measures the total energy released by an underwater earthquake to assess tsunami-generation potential.
Threshold: Mw > 6.5Detects vertical seafloor movement that directly displaces the water column above — the primary tsunami trigger.
Threshold: > 0.5 mDART buoy measurements of open-ocean wave amplitude, distinguishing tsunami signals from ordinary swell.
Threshold: > 0.05 m anomalyTracks wave travel speed across ocean basins to calculate precise coastal arrival time windows.
Typical: 700–900 km/hPredicts inundation distance and maximum run-up height based on local bathymetry and wave energy.
Threshold: CRI > 0.70Assesses interaction between tsunami waves and local tidal cycles that can amplify coastal impact significantly.
Threshold: > 0.65Identifies slope instability events on the seafloor that can independently generate destructive local tsunamis.
Threshold: < 0.80 stabilityA graduated warning system ensuring the right response at every stage
Weak seismic activity detected and under surveillance. No immediate danger. Monitor official channels and stay informed.
Low but non-zero probability of wave formation. Stay away from beaches and harbors. Await further instructions from authorities.
Real and confirmed threat. Move immediately to higher ground. Do not return to the coast until the all-clear is issued.
Wave confirmed and approaching with high confidence. Evacuate the coastal zone immediately. Follow designated evacuation routes. Do not wait.
Join the global TSUNAMI network and ensure your region is ready before the wave begins. Contact our integration team or access the full technical documentation.