
For reinsurance & climate risk
Catastrophe models look 30 years back. DeepEarth looks 500 million. A coordinate-level temporal layer that exposes long-horizon land risk current cat models structurally miss.
Designed for the desks at
Target accounts · pilot conversations open
The gap
Climate is shifting outside the bounds of any modern actuarial record. The only datasets that span the relevant timescales are geological, paleontological, and ecological — and they've never been packaged for a pricing desk.
DeepEarth turns those sources into a single coordinate call: substrate, paleo-envelope, and biodiversity drift, returned as structured JSON. A long-horizon signal that drops cleanly into your existing cat stack.
Three signals per coordinate
01 · Substrate
Bedrock age, formation, lithology — the structural baseline for subsidence, erosion, and liquefaction modelling. Sourced from Macrostrat.
02 · Paleo-climate
Fossil and pollen records define climate envelopes the location has tolerated — and the ones that wiped it. Sourced from PBDB.
03 · Biodiversity drift
Present-day species occurrence vs. baseline, by coordinate. Early signal for ecosystem collapse and parametric trigger design. Sourced from GBIF.
Sample payload
One call. Cached, attributed, traceable to source. Drop into Python, R, or any cat platform that speaks JSON.
Try a live call →{
"coordinate": { "lat": 51.5, "lng": -0.12 },
"bedrock": {
"name": "London Clay Formation",
"age_ma": 56,
"lithology": "marine clay"
},
"paleoclimate": {
"envelope": "subtropical · Eocene",
"fossils": 412
},
"biodiversity": {
"present_species": 1843,
"baseline_delta": -0.31
},
"narrative": "Tropical seafloor 50Mya...",
"sources": ["macrostrat", "pbdb", "gbif"]
}How we engage
30-min call. We agree a portfolio of 1,000 coordinates from your book.
Bulk-enriched dossier delivered in 30 days. Joint review with your cat team.
£150k — £500k / yr depending on volume, SLA, and data-room access.