AtmosGrid — Planetary IntelligenceCOMMERCIAL PRODUCT
Container vessel approaching a deep-water port on the Arabian Gulf at dawn
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MARINE WEATHER INTELLIGENCE

A clearer view of changing conditions at sea.

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

Illustrative industry imagery

THE OPERATIONAL QUESTION

What conditions are developing across the route or work area?

Combine atmospheric forecasts and wave fields to understand evolving marine conditions. Use these products for planning context alongside local buoy observations, port notices, and certified marine forecasts.

Inspect significant wave height, period, direction, and wind together. Add precipitation and satellite imagery to follow wider weather systems around ports and offshore sites.

THE WORK, AND THE WEATHER BEHIND IT

Connect the operating
picture to the data.

Explore six sector-specific scenes showing where satellite observations and forecast layers can fit into real workflows. The imagery is illustrative; open a regional viewer for available products and metadata.

Harbor operations team looking across a working portPORT OPERATIONS

Bring weather into the harbor view

Place forecast wind and sea-state fields alongside port boundaries, berth positions, and vessel schedules.

Container vessel crossing moderate textured sea beneath a cloud frontSEA STATE

Read the changing surface

Use wave height, period, and direction for regional comparison, alongside local observations and marine guidance.

View from a ship bridge across a shipping lane at morning lightROUTE PLANNING

Compare the route with conditions

Sample forecast fields along customer-defined corridors and keep forecast times visible to planners.

Weather satellite observing cloud bands over the Arabian SeaSATELLITE CONTEXT

Follow weather across open water

Geostationary imagery adds a wide view of cloud systems over coastal and offshore work areas.

Container ship and harbor tug beside a modern terminalVESSEL TURNAROUND

Coordinate vessel and berth activity

A shared map can bring sea-state context together with terminal locations and operating schedules.

Aerial view of a Gulf harbor entrance and coastal breakwaterCOASTAL EXPOSURE

See the broader approach area

Review coastal and channel conditions around ports, breakwaters, and offshore sites.

All seven page images are illustrative—not live weather observations. Use the regional viewer to inspect available source data, timestamps, units, and legends.

A PURPOSEFUL LAYER STACK

Start with the conditions
that matter to your work.

Combine compatible fields to add context to your own tools. Source coverage, update cadence, and forecast horizon vary by region and product.

DATA LAYERSOURCEHOW TEAMS USE IT
01Significant wave heightGFS WaveMap forecast wave conditions across routes, ports, and offshore areas.
02Wave period & directionGFS WaveAdd sea-state detail for route comparison and work-window review.
03Wind & gustsGFSReview atmospheric conditions that accompany changing sea state.
04Precipitation & cloud imageryGFS · IMERG · geostationary imageryFollow wider weather systems that may affect marine operations.
05Sea-surface temperatureSatellite/model products where availableAdd ocean-temperature context to regional marine analysis.

Layer names describe data categories. A category may not be available as a processed layer in every region; check the regional viewer for current availability, timestamp, units, and legend.

WAYS TO PUT THE DATA TO WORK

From weather context
to a useful workflow.

Use the APIs and map-ready layers as building blocks inside a product designed for your users and operating procedures.

01

Port planning

Display wind and sea-state forecasts alongside berths, terminals, and vessel schedules.

02

Offshore maintenance

Compare wave and wind conditions across potential work windows.

03

Route awareness

Build a route-level view by sampling forecast fields along a vessel corridor.

EXAMPLE WORKFLOWS

What this can look like
inside a real product.

These scenarios show how teams might combine AtmosGrid data with their own assets, thresholds, and operational information.

EXAMPLE 01

Port-arrival planning view

Scenario

A port planner is reviewing conditions near the approach channel before confirming a vessel schedule.

Layer combination

Significant wave height + wave period and direction + forecast wind and gusts, shown with the port’s own approach routes.

In the application

A route map with forecast-hour selection and a compact table of conditions at key waypoints.

How it informs the work

Compare the changing conditions with port notices, local observations, and vessel-specific operating requirements.

EXAMPLE 02

Offshore work-window comparison

Scenario

A maintenance coordinator is comparing two offshore sites for a scheduled inspection.

Layer combination

GFS Wave sea-state fields + forecast wind + precipitation + satellite cloud imagery, combined with site and vessel locations.

In the application

A side-by-side timeline to help planners identify candidate windows for a detailed marine review.

How it informs the work

Use the comparison for planning context only; the master, operator, and official marine guidance determine safe operations.

A PRACTICAL STARTING POINT

Build a view
your team can use.

  1. 01

    Select the port, route, or offshore work area.

  2. 02

    Compare wave fields with wind and satellite context.

  3. 03

    Check product timestamp, forecast horizon, and local marine guidance.

EXPLORE ATMOSGRID

See the layers for yourself.

Open a regional map, inspect the metadata, and decide which products fit your workflow.

Explore Middle East marine layers ↗Talk about your use case ↗Browse all industries ↗