Digital Twin

We develop a digital twin of the land surface that captures the complex interactions between soil, surface, and atmosphere. Using a scientific model that combines satellite and weather data, we generate a continuous, precise and dynamic representation of current land-atmosphere processes, and their drivers, feedbacks and impacts, from global to urban scales, with a spatial resolution of up to 0.5 meters.

Leveraging Space Tech

Harnessing combined satellite and weather data in our self-developed software allows us to monitor and map actionable insights into climate and environmental-relevant indicators with an unprecedented level of detail and scale.

Dynamic Observation – Enhanced Understanding

Precision Monitoring of Land–Atmosphere Interactions
Energy Flux Ratio
Surface Induced Warming & Cooling Effect
Land Surface Temperature
Evapotranspiration
Vegetation Cover & Urban Greenery
UTCI - Universal Thermal Cliamte Index
Drought & Vegetation Stress
Surface Sealing & Surface Runnof-Effective Areas