Decoding the Invisible Sky

Thermatics transforms invisible atmospheric energy into actionable assets. We are building the navigation layer for the lower sky—a unified platform that powers infinite-endurance drones, predictive flight instruments, and high-fidelity backcountry safety tools.

Explore Our Tech Our Mission

The Science of Thermal Intelligence

Numerical Modeling

High-resolution simulation of surface heating and convection applying SOTA algorithms using DEM data.

Machine Learning

Multivariate Predictive Model that processes environmental data to infer the 4D structure (Lat, Lon, Altitude, Time) of atmospheric thermals.

Physical Validation

Real-time feeback loops from our autonomous glider fleet acting as sensors.

Micro-Forecasting

Hyper-local weather prediction for ski resorts, wind farms, outdoor activities, among others.

Bridging the Data Gap

Current meteorological models (like GFS or ECMWF) are excellent at predicting macro-scale events but fail at the micro-scale. They cannot tell where the micro-phenomena that feeds the atmosphere happens.

This "Data Gap" does more than limit flight endurance; it blinds us to the genesis of weather itself. By digitizing the unseen forces of the Planetary Boundary Layer, Thermatics doesn't just guess weather—we unlock a new layer of precision for predicting wind shifts, precipitation, and severe weather events.

Simulating the Physics of the Sky

We go beyond historical averages. Our proprietary model fuses high-resolution topography with real-time atmospheric data to calculate surface heating, moisture convection, and air parcel buoyancy.

Ingest: DEMs, Solar Radiation, & Soil Moisture.
Process: 4D mapping of vertical velocity & humidity.
Validate: Real-time confirmation via autonomous gliders.