AI-NATIVE SEISMIC INTELLIGENCE

Know the Earth.
Before it moves.

Real-time earthquake monitoring, seismic risk analytics, and geophysical intelligence — powered by 200+ authoritative data sources and AI-native spatial technology from nltgis.ai.

--Events Today
--Max Magnitude
--M4.5+ Events
--Active Regions

TRUSTED BY LEADING ORGANIZATIONS

USGSFEMANASANOAAU.S. Census BureauWorld BankDHSUSDA

Seismic intelligence, reimagined for AI.

Every capability of enterprise seismic monitoring — rebuilt with AI at the core. From real-time earthquake detection to probabilistic hazard assessment.

🌍

Real-Time Monitoring

Live earthquake feeds from USGS, EMSC, and global seismic networks. Sub-minute alerting with magnitude, depth, and felt intensity data.

📊

Risk Analytics

Probabilistic seismic hazard analysis (PSHA), ground motion prediction, and site-specific risk scores powered by machine learning.

🗺

200+ Data Sources

Fault lines, tectonic plates, VS30 models, historical seismicity, ShakeMaps, and critical infrastructure layers — all integrated.

Smart Alerts

Configurable alert zones, magnitude thresholds, and notification channels. Know about seismic events affecting your assets first.

🔌

API-First Architecture

RESTful APIs and WebSocket feeds for real-time integration. Built on the nltgis.ai platform with OGC-compliant services.

🔒

Enterprise Security

FedRAMP-aligned, SOC 2 Type II compliant infrastructure. Trusted by federal agencies and critical infrastructure operators.

Built for seismic professionals.

01

Earthquake Detection & Alerting

Real-time earthquake monitoring with configurable magnitude thresholds, geographic alert zones, and multi-channel notifications. Integrates USGS, EMSC, GFZ, and JMA seismic networks.

02

Seismic Hazard Assessment

Probabilistic and deterministic hazard analysis using USGS National Seismic Hazard Model, fault rupture models, and site amplification factors (VS30). Risk-targeted ground motion calculations.

03

Infrastructure Vulnerability

Overlay critical infrastructure — dams, levees, pipelines, bridges, and population centers — against seismic hazard zones. Quantify exposure and prioritize resilience investments.

04

Geophysical Data Layers

Access tectonic plate boundaries, quaternary fault maps, landslide susceptibility, tsunami inundation zones, liquefaction potential, and historical seismicity catalogs.

Connected to the world's seismic data.

Authoritative feeds, open standards, real-time integration.

USGS Earthquake Hazards

Real-time earthquake feeds, ShakeMaps, PAGER alerts, National Seismic Hazard Model

Global Seismic Networks

EMSC, GFZ GEOFON, JMA, IRIS, ISC — worldwide earthquake detection

Fault & Tectonic Data

USGS Quaternary Faults, GEM Global Active Faults, tectonic plate boundaries

Ground Motion Models

VS30 site classifications, NGA-West2 GMPEs, site amplification factors

Infrastructure Layers

National Dam Inventory, NLD levee database, critical facilities, population grids

Hazard & Risk Models

Landslide susceptibility, tsunami zones, liquefaction potential, historical catalogs

SeismicInsights LIVE
Powered by nltgis.ai
0.0000, 0.0000 | Z: 3.0
Magnitude
<2 2-3 3-4 4-5 5-6 6+
Depth (km)
0700+
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Events
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Max Mag
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M4.5+
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Updated

From detection to decision in seconds.

1

Detect

Global seismic networks detect events and transmit data within seconds. Our platform ingests feeds from USGS, EMSC, and 15+ networks simultaneously.

2

Analyze

AI models assess magnitude, depth, location accuracy, and potential impact. Hazard models calculate ground motion and affected populations in real-time.

3

Alert

Configurable notifications reach stakeholders through web, email, SMS, and API webhooks. Priority routing ensures critical events get immediate attention.

4

Decide

Rich geospatial context — infrastructure overlays, population exposure, historical patterns — enables rapid, informed decision-making for emergency response.

Ready to transform your seismic operations?

Join leading agencies and enterprises using SeismicInsights for real-time earthquake monitoring and risk assessment.