SATELLITE + FORECAST DATA

Weather has a view
from above.

See changing conditions across land, sea, and sky.AtmosGrid is a commercial weather intelligence product, bringing satellite observations and forecasts into one clear, map-ready view for operational teams.

Built forAviation · Energy · Agriculture
Marine & ports · Cities & infrastructure · Storm monitoring

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THE LAYER COLLECTION

One planet.
Many ways to see it.

A weather map becomes useful when you know what to look for. Explore the physical conditions behind a forecast, then combine layers to understand what they mean for your location.

Illustrative processed temperature weather layer — 01 / TEMPERATUREGFS · °C

See where heat builds.

Compare near-surface air temperature across a region. Pair it with humidity and wind to assess outdoor working conditions and changes in cooling demand.

Explore temperature layers ↗

Illustrative processed precipitation weather layer — 02 / PRECIPITATIONGFS

Follow the rainfall footprint.

Identify areas of forecast precipitation. Compare forecast rainfall with available IMERG observations to support field scheduling, drainage monitoring, and event review.

Explore precipitation layers ↗

Illustrative processed cloud cover weather layer — 03 / CLOUD COVERGFS

Look beyond clear or cloudy.

Understand cloud extent. Combine cloud, visibility, and radiation layers to add context to airport conditions and solar-generation planning.

Explore cloud cover layers ↗

Illustrative processed solar radiation weather layer — 04 / SOLAR RADIATIONGFS

Map the energy reaching Earth.

Inspect incoming shortwave radiation alongside cloud cover and temperature. Use these inputs in your own solar-output and energy-demand models.

Explore solar radiation layers ↗

Illustrative processed soil moisture weather layer — 05 / SOIL MOISTUREGFS · TOPSOIL

Understand the ground beneath.

Compare modelled soil moisture between areas and depths. Combine it with rain and evaporation to support irrigation reviews and dry-condition monitoring.

Explore soil moisture layers ↗

Illustrative processed wave height weather layer — 06 / WAVE HEIGHTGFSWAVE

Read the conditions offshore.

Explore significant wave height with wave period and direction. Bring sea-state context into port planning, offshore maintenance, and coastal operations.

Explore wave height layers ↗

Processed regional raster samples shown without a basemap. These saved frames are illustrative, not current conditions. Open a regional viewer for available layers, timestamps, units, and legends.

BUILT AROUND YOUR QUESTIONS

The right layers.
A clearer decision.

Start with the question your team needs to answer. Combine environmental layers for context in your own workflows and operational thresholds.

01 / AVIATION

What weather conditions could affect the operation next?

Bring satellite observations and forecast fields into one operational view of airport conditions, en-route weather, and changing regional patterns.

Explore aviation use cases ↗

02 / AGRICULTURE

Which fields need attention, and when?

Combine rainfall, heat, soil moisture, and wind to build field-monitoring tools for farms, irrigation teams, and agricultural services.

Explore agriculture use cases ↗

03 / ENERGY

How could changing weather affect generation and field work?

Connect cloud, radiation, wind, temperature, and marine conditions to renewable-generation monitoring and energy operations products.

Explore energy use cases ↗

04 / CITIES & INFRASTRUCTURE

Where are weather conditions changing across the network?

Bring heat, rainfall, wind, and humidity into city, utility, transport, and infrastructure dashboards with consistent regional coverage.

Explore cities & infrastructure use cases ↗

05 / MARINE & PORTS

What conditions are developing across the route or work area?

Bring wave, wind, precipitation, and satellite context into port operations, offshore planning, and coastal monitoring applications.

Explore marine & ports use cases ↗

06 / STORM MONITORING

How is the storm system evolving, and where is it moving?

Combine geostationary imagery, lightning observations, precipitation estimates, and forecasts for a richer view of developing weather systems.

Explore storm monitoring use cases ↗

FROM EXPLORATION TO INTEGRATION

Find it on a map.
Build it into your product.

Choose your region

Open Ukraine, Eastern Europe, Wider Europe, Americas, India, or Middle East. Available layers reflect each region’s satellite downlinks and numerical models.

Inspect the layer

Check its timestamp, units, colour legend, and coverage. Adjust opacity to keep geographic context visible.

Connect your application

Use the documented APIs and map endpoints to bring the same information into your own interface.

Open the map workspaces Explore the API reference

KNOW WHAT YOU ARE LOOKING AT

Context belongs
with the data.

Observations and forecasts answer different questions.

Satellite products describe remotely sensed conditions at an observation time. Forecast layers describe modelled conditions at a valid time. Compare timestamps before drawing conclusions.

Layer availability varies by region and source.

A product in a catalogue is not necessarily a processed map layer. The regional viewer shows the layers currently available from the backend.

A colourful map still needs a legend.

Units, value ranges, resolution, and missing pixels matter. Check the layer metadata before interpreting a map.

Regional patterns need local context.

Use weather layers alongside local observations and your own decision criteria. A layer alone is not an official warning or a site-specific safety decision.

BUILT FOR REAL-WORLD DECISIONS