How to get started.

Geographical map data to generate 3D models and terrain topography to translate climate risks into climate forces on buildings, structures, and homes.

Model acute physical climate risks.

Start with the most critical geographies and regions in the target portfolio.

  • ZIP codes or postal codes

  • Addresses

  • Latitudes and longitudes

  • Other relevant building and structure data

Define the relevant natural phenomena of interest for the target portfolio.

  • Hurricane and wind impact, flooding, hail and impingement, fire, drought, earthquake, erosion.

  • Definition of “what-if” scenarios: worst case, 1-in-100 year storm.

  • Terrain topography data.

Create 3D model and 3D terrain model for the target portfolio.

  • Buildings and relative heights, accuracy +/- 1 to 5m.

  • 335 million mapped building footprints globally.

  • Terrain data NASA SRTM, accuracy 15-30m.

  • Coverage 80% of Earth’s landmass.

  • Roadways, waterways, vegetation.

Simulate acute physical climate risk scenarios and translate climate risks into climate forces using physics-AI.

  • Climate forces by building, structure, home and aggregate.

  • Damage categorizations based on inferred material compositions and climate force comparison.

  • Output data for target portfolio and visualizations.

View overall dashboards and reports for target portfolio.

Quantify acute physical climate risk impacts.
Buildings, structures, and homes.