Congruity Global Instability Engine
Planetary Seismic Instability Radar
Experimental public observatory for detecting spatial clusters and systemic deviations in global seismic activity using public seismic data and a dynamic equilibrium framework.
Public Prototype v1.0
How to read the radar
The CGIE radar explores spatial clustering and deviations from systemic equilibrium in global seismic activity.
The system highlights:
• spatial clusters of seismic events
• concentration of energy release
• deviations from background seismic distribution
Higher concentrations may indicate temporary regional instability patterns. This radar is designed for observational analysis of complex systems.
It is not a deterministic earthquake prediction system.
The CGIE radar explores spatial clustering and deviations from systemic equilibrium in global seismic activity.
The system highlights:
• spatial clusters of seismic events
• concentration of energy release
• deviations from background seismic distribution
Higher concentrations may indicate temporary regional instability patterns. This radar is designed for observational analysis of complex systems.
It is not a deterministic earthquake prediction system.
Live data scope
This public prototype is built on public seismic data from the USGS Earthquake Catalog.
The current observatory layer is designed to support future live and periodically refreshed radar updates based on global public seismic feeds.
This public prototype is built on public seismic data from the USGS Earthquake Catalog.
The current observatory layer is designed to support future live and periodically refreshed radar updates based on global public seismic feeds.
Legend
Low activity → normal background seismicity
Moderate clustering → regional stress concentration
High clustering → potential instability zone
The radar visualizes patterns in public seismic data to explore systemic deviations from global equilibrium.
Low activity → normal background seismicity
Moderate clustering → regional stress concentration
High clustering → potential instability zone
The radar visualizes patterns in public seismic data to explore systemic deviations from global equilibrium.
CGIE Instability Index, experimental
This prototype explores a conceptual instability index derived from cluster density, magnitude distribution and spatial coherence in global seismic activity.
The index is experimental and used only for exploratory analysis.
This prototype explores a conceptual instability index derived from cluster density, magnitude distribution and spatial coherence in global seismic activity.
The index is experimental and used only for exploratory analysis.
Project scope
This public prototype represents an observatory layer of the broader CGIE framework.
It is intended for exploratory analysis, public visualization and complex systems research, not for deterministic event prediction.
This public prototype represents an observatory layer of the broader CGIE framework.
It is intended for exploratory analysis, public visualization and complex systems research, not for deterministic event prediction.