EarthquakeLive.org is an open geospatial platform monitoring global seismic belts, predicting short-term seismic hazards (12h, 24h, 72h, 7d) on an Uber H3 hexagonal grid, and delivering zero-friction multi-channel alerts.
Earthquakes remain among the most devastating and abrupt natural hazards. Over 2.7 billion people reside in active seismic belts — from the Pacific Ring of Fire and Anatolian faults in Turkey to Central Asia, Japan, Chile, and the Cascadia Subduction Zone.
Existing public channels oscillate between two extremes: either panic-inducing unscientific rumors on social networks, or highly technical retrospective bulletins published after the damage has already occurred.
EarthquakeLive.org bridges this divide by synthesizing physical crustal strain markers, ephemeris data, and real-time seismic streams into a transparent, calibrated hazard intelligence dashboard.
Parallel polling of 18 global and regional seismological networks with fault-isolated Circuit Breakers
Operational windows of 12 hours, 24 hours, 72 hours, and 7 days
Fault stress indicators, Benioff strain, tidal forces, and geomagnetic proxies
H3 Res 4 population density, GMPE attenuation, and casualty estimation
Rolling ground truth validation and PSI feature drift monitoring
English, Russian, Turkish, Japanese, Spanish, Indonesian, Chinese, Italian, Greek, Hindi, French, Portuguese
The platform seamlessly scales from civilian safety checks to breaking newsroom feeds, deep geophysical modeling, and 24/7 Smart TV studio displays.
Modern geophysics establishes that deterministic prediction of the exact minute and location of an earthquake is currently impossible due to chaotic fault dynamics and self-organized criticality.
EarthquakeLive.org does not claim deterministic prediction. Instead, it computes calibrated hazard probabilities P(M≥4.5) based on physical crustal stress proxies to empower preparedness, proactive alerts, and disaster risk reduction.
Strict scientific reproducibility adhering to international seismological standards
100% of raw seismological waveform solutions and earthquake event records are ingested in real-time from open public institutions: USGS, EMSC FDSNWS, ISC, BMKG, GeoNet NZ, INGV, and GA. Raw data is never modified or fabricated.
All machine learning forecast models are evaluated on frozen, out-of-time test folds (CSEP standard). The full verification ledger with Brier Skill Score (+0.354) and ROC-AUC (0.814) is publicly auditable via the open metrics API.
We reject unscientific deterministic prediction claims. Fault nucleation obeys non-linear continuum mechanics. EarthquakeLive models strictly calibrated conditional probabilities P(M ≥ 4.5) to empower emergency preparedness.
Stay connected with real-time earthquake broadcasts, high-resolution visual seismology, and join an international community dedicated to earthquake science and emergency preparedness.
Real-time automated broadcast feed. Immediate alerts for significant earthquakes (M ≥ 4.5+), felt event bulletins, tsunami advisories, and daily global seismic digests.
Official automated feed on X. Instant tweet alerts featuring hypocenter depth, moment magnitude, shake intensity estimates, and community retweetable reports.
High-resolution seismic cartography, 3D fault cross-sections, educational reels on plate tectonics, and weekly visual earthquake retrospectives.
Official automated feed on Threads by Instagram. Instant earthquake cards, localized focal information, seismic maps, and community discussions.
Animated replays of significant earthquakes on the live map, YouTube Shorts with aftershock sequences, and visual explainers on seismology and plate tectonics.
Join thousands of seismology enthusiasts, geophysicists, and developers. Discuss live seismic anomalies, share felt reports, and integrate Discord bot feeds.
Verified scientific, operational, and emergency protocols