A clearer view of the atmosphere.
The map at the heart of your workspace
A temperature field on a northern polar stereographic map, with compact layer controls, a coordinate grid and a clear color scale.
One workspace, many weather perspectives
We are building Vector to bring observations, numerical forecasts and meteorological analysis together on a map. The aim is to help specialists compare conditions, follow atmospheric processes and understand how weather affects a particular place or operation.
Layers that work together
Planned tools for combining colored fields, isolines, wind vectors, station plots and expert overlays.
From the wider picture to local detail
Geographic context, physical units and time series to connect the map with conditions at a selected location.
A native experience for Apple platforms
Designed for macOS, with an iPad experience planned around the same meteorological workspace.
Weather, from every angle
These concepts explore how forecast fields, observations and aviation weather could share the same map. Select a preview for a closer look.
Precipitation and forecast fields
Explore the planned combination of precipitation, pressure isolines and wind layers to study how weather systems develop.
Fronts and pressure systems
A synoptic analysis concept with fronts, high and low pressure centers, and isobars in one geographic view.
Surface observations
Station plots bring observations onto the map. A compact station window illustrates how local measurements and their evolution could be examined together.
Significant weather for aviation
A high-level SIGWX concept for FL250–630, bringing jet streams, cumulonimbus, turbulence areas and tropopause levels into the same workspace.
Workstations shaped around your industry
Our plans include specialized professional workstations with relevant layers, analysis tools and workflows for different sectors. Each will build on the same GIS foundation while addressing the decisions that matter in its field.
- Forecasting & research
- Weather analysis, comparison of model forecasts and observation-based studies.
- Aviation
- Significant weather, upper-air conditions and meteorological support for flight planning.
- Agriculture
- Weather conditions, precipitation and risks relevant to crops and field operations.
- Maritime operations
- Wind and weather conditions for navigation and work at sea.
- Energy & industry
- Weather analysis for energy, oil and gas, and weather-sensitive infrastructure.
- Transport & logistics
- Weather risks along routes and support for planning daily operations.