AtmosGrid — Planetary IntelligenceCOMMERCIAL PRODUCT
Patchwork farmland under a morning sky

AGRICULTURE / DECISION WORKSPACE

Make the next crop decision with weather in view.

A connected toolkit for crop and season planning, weather-risk screening, irrigation budgets, damage evidence, and harvest coordination—grounded in clear inputs and honest data limits.

Satellite context · Weather forecasts · Field-led decisions
Illustrative agricultural imagery · Not a live satellite observation

FROM SEASON TO WATER PLAN

Five decisions.
One clearer path.

Start with the decision in front of you. Each module explains the question it answers, the information it needs, and what still requires local validation—so teams know what to do next.

01

Choose a crop and season

02

Screen upcoming weather stress

03

Organise damage evidence

04

Coordinate a suitable harvest window

05

Audit irrigation and sensor health

THE CROP TOOLKIT

Choose the decision
you need to make.

Open a module for its workflow, example scenarios, required inputs, API request, and capability boundaries.

Aerial view of farmland at sunrise01 / 05
Crop & season plannerAVAILABLE · RULE-BASED SCREENING

Which crops deserve a closer look for this place and season?

Compare crop profiles against season, temperature, rainfall, soil and terrain context. Rank plausible options, expose missing inputs and build a shortlist that can be validated locally.

KEY INPUTS

Season · Temperature · Seasonal rainfall

Explore this module ↗
Dryland crops beneath changing weather02 / 05
Crop risk simulatorAVAILABLE · SCENARIO SCREENING

Which near-term stresses should the team prepare for first?

Explore heat, cold, heavy-rain, strong-wind and dry-soil scenarios. Every factor shows its value, threshold and severity so preparedness can be discussed with evidence.

KEY INPUTS

Crop ID · Maximum temperature · Minimum temperature

Explore this module ↗
Field team inspecting a rain-affected crop03 / 05
Crop damage assessmentDATA CONTRACT READY · MODEL DATA REQUIRED

What evidence is required before a damage percentage can be trusted?

This capability is deliberately gated. See the evidence required for defensible parcel-level damage forecasting and how weather, imagery and field labels must work together.

KEY INPUTS

Parcel boundary · Crop and stage · Pre-event imagery

Explore this module ↗
Farmers coordinating a harvest in the field04 / 05
FPO harvest plannerPARTIALLY AVAILABLE · WEATHER WINDOWS

Which days look workable—and what must the FPO coordinate next?

Screen up to 30 forecast days for rain and wind suitability while separating weather windows from member aggregation, storage and market logistics.

KEY INPUTS

Daily forecast · Crop ID · Member inventory

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Drip-irrigated date palm and citrus orchard in the UAE05 / 05
Farm water budget & sensor coverageAVAILABLE · B2B INTEGRATION

Which irrigation zones are under-monitored, and how does actual water applied compare to crop budget?

Designed for smart irrigation and commercial farm deployments. Reconstruct crop evapotranspiration demand, audit actual valve runtimes vs. budget, expose stale or missing root-zone sensors, and generate auditable water savings proof for farm owners.

KEY INPUTS

Irrigation zones & area · Actual water applied (m³) · Soil moisture telemetry

Explore this module ↗

CLEAR ABOUT THE DATA

Regional signals guide attention.
Field evidence guides action.

Satellite and forecast products describe conditions at their own resolution and valid time. They can help teams spot patterns, compare scenarios, and prioritise checks.

Parcel boundaries, crop stage, soil measurements, irrigation, and ground-truth surveys are not inferred when they are missing. Review each module’s data gaps before using a result in the field.

Read the API documentation ↗