Next-phase models — Pyrome

Next-phase models

Fire is the first application of a method, not the company's ceiling.

Every natural catastrophe has a deciding variable that is approximated in every model that prices it and measured on the ground by nobody. We measure it beside enough events to learn the timing, and name the date.

Register interest

Next · Flood

The deciding variable is the saturation of the catchment before the rain.

The same rain on the same catchment floods one year and does not the next; the difference is the water already in the ground. Flood models take it from coarse satellite products. Pyrome's flood model measures it through the profile, across the catchment, hourly, beside the floods that follow, and returns a date, a magnitude, an extent and a loss per reach.

A gauge post in a flooded field margin
A transmission corridor through woodland under a storm front

Then · Storm

The deciding variable is the condition of what stands in the wind.

Wind is forecast well and far ahead. What it does to a network or a forest edge depends on the condition of what stands in its path, which storm-loss models treat as static. Pyrome's storm model measures it under the storm track and names the spans and stands that will fail, ahead of the wind.

Sequence

Each phase retires one uncertainty before the next is funded.

01

Get fire right

A forecast issued before a fire, matched to the image of that fire on the forecast date.

02

The United States

Reference sites and a season of calibration, outward from the fuels most like the training ground.

03

The next landmass

The closest fuel and climate analogues to the estate, where institutions already act on fuel.

04

The next hazard

A second landmass for flood once fire is proven, then storm.

If it holds, the company that results is not a wildfire company but the ground-truth layer under every catastrophe model in the world. Everyone else stops at risk. We name the date.