The precision logistic gap
Global supply chains are vulnerable to local weather disruptions. While planes and ships use global models, the "last mile"—whether by truck, train, or drone—operates in a complex environment that 9km models cannot resolve.
Weatherwise provides sub-km forecasts that account for coastal fog, urban wind tunnels, and mountain pass conditions. We empower logistics operators to move from reactive disruptions to proactive route optimization, ensuring goods arrive on time and safely.
Road and rail surface conditions
For ground transportation, the state of the surface matters more than the air above it.
- Road: We model the accumulation of water, snow, and ice film thickness on road networks. This is critical for predicting delays and accident risks.
- Rail: High heat can buckle tracks, and high winds can overturn containers. Our models resolve these hazards at specific locations, allowing operators to adjust speeds or reroute before an incident occurs.
For ground transportation, the state of the surface matters more than the air above it.
- Road: We model the accumulation of water, snow, and ice film thickness on road networks. This is critical for predicting delays and accident risks.
- Rail: High heat can buckle tracks, and high winds can overturn containers. Our models resolve these hazards at specific locations, allowing operators to adjust speeds or reroute before an incident occurs.
New mobility: Drones and UAM
Urban Air Mobility (UAM) and drone delivery require a new class of weather data. In cities, buildings create turbulence and wind corridors that standard models ignore.
Our hectometric simulations resolve these "urban canyons." We provide 15-minute output on wind shear and turbulence at low altitudes (0-500ft). This data is essential for flight planning, battery management, and ensuring the stability of lightweight unmanned aircraft in complex environments.
Urban Air Mobility (UAM) and drone delivery require a new class of weather data. In cities, buildings create turbulence and wind corridors that standard models ignore.
Our hectometric simulations resolve these "urban canyons." We provide 15-minute output on wind shear and turbulence at low altitudes (0-500ft). This data is essential for flight planning, battery management, and ensuring the stability of lightweight unmanned aircraft in complex environments.
Route planning via API
Logistics is a 24/7 operation. Our infrastructure is built to support automated decision-making.
Users can query our API to generate forecast plans for specific corridors or delivery zones. Once the simulation is complete, the data is available for download, allowing your Transportation Management System (TMS) to automatically flag risky routes or adjust ETA predictions based on granular weather realities.
Logistics is a 24/7 operation. Our infrastructure is built to support automated decision-making.
Users can query our API to generate forecast plans for specific corridors or delivery zones. Once the simulation is complete, the data is available for download, allowing your Transportation Management System (TMS) to automatically flag risky routes or adjust ETA predictions based on granular weather realities.
