The earth loses coherence before it changes state.
Geophysical systems — faults, storm systems, ecosystems — hold a coherent structure when they’re stable. Before a shift, that structure frays in the underlying signal while the surface still looks calm. Snapmatics reads the fraying, the same way it reads a heartbeat or a market.
Because it reads structure rather than a threshold, the same instrument works across seismic, climate, and ecological signals — and reads both directions, catching a system sliding toward a shift and confirming one settling back to stable.
An early coherence read across geophysical signals. Validation on public records is underway.
One framework. The geophysical instrument it becomes.
Earth & Climate isn’t a separate product — it’s Snapmatics, pointed at the planet. The same four layers take a specific form here.
Reads geophysical coherence
Computes how well a natural system is holding its structure, from a seismic trace to a climate series.
Identifies the signal type
Characterizes which kind of shift is forming, so the read carries meaning, not just a flag.
Qualifies the read
Governs confidence before a turn is called — essential where a false alarm carries public cost.
Explains the shift
Where licensed, EVE turns the read into plain language for the people who have to plan around it.
Bring us your hardest signal. We’ll show you its tell.
Research groups and agencies: explore an early-access evaluation on your own geophysical data under NDA.