Food Security & Economic Intelligence

Satellite-powered early warning for crop stress, yield disruption, and production shocks. EarthDaily combines daily Earth observation with 30+ years of agricultural intelligence for sovereign food security planning.

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See Production Shocks Before They Reach the Market

These insights inform sovereign food planning, trade policy, strategic reserves management, regional economic resilience, and humanitarian coordination.

Food security is economic security. When crop failures, drought, or climate events disrupt production across major growing regions, the consequences ripple outward: commodity price volatility, supply chain disruption, humanitarian need, and political instability. Governments and international organisations that rely on lagging reports and post-harvest statistics are always reacting.

EarthDaily combines daily satellite monitoring with over 30 years of agricultural intelligence to provide early warning of vegetation stress, seasonal yield disruption, and production shocks while there is still time to act. These insights inform sovereign food planning, trade policy, strategic reserves management, regional economic resilience, and humanitarian coordination.

How It Works

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Daily vegetation
monitoring.

EarthDaily's constellation captures imagery across major growing regions every day. AI models track crop development, vegetation health, and stress indicators through spectral analysis, detecting emerging problems before they're visible to ground-level observation.

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Production
forecasting.

Machine learning models correlate 30+ years of satellite imagery with historical yield outcomes to generate probabilistic production forecasts. Yield estimates arrive 30 to 45 days before harvest, with monthly updates published ahead of official government releases such as USDA reports.

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Crop identification at national scale.

AI-powered classification identifies what's planted and where during the active growing season, delivering crop maps 6 to 12 months before official statistics are released. Governments gain visibility into planting patterns, crop rotation shifts, and regional production composition as the season unfolds.

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Climate and weather integration.

Satellite observations are combined with weather data to assess drought progression, precipitation anomalies, and climate-linked stress patterns. Historical baselines enable comparison against analogue years for more accurate impact forecasting.

Government Applications

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Sovereign food planning

Early warning of domestic production shortfalls enables proactive policy response: strategic reserves activation, import planning, price stabilisation measures, and targeted support to affected regions before shortages materialise.

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Trade and export policy

Real-time visibility into global crop conditions informs export controls, trade negotiations, and commodity procurement strategies. Understand supply dynamics across competitor and supplier nations, not just domestic production.

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Humanitarian coordination

Identify regions at risk of food insecurity through converging indicators: vegetation stress, drought progression, historical loss patterns, and production forecast shortfalls. Direct humanitarian resources to areas of greatest need based on satellite- verified observations rather than delayed ground reporting.

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Economic security

Production shocks in major growing regions affect global commodity prices, trade balances, and economic stability. National security advisors and economic policymakers use production intelligence to assess economic exposure and prepare contingency responses.

The Right Data for Your Mission

EarthDaily delivers three distinct data products, each optimized for specific operational requirements.
All three are built on the same consistent constellation, share the same geometric precision, and benefit from the same AI-first engineering.

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AiRD:
AI-Ready Data for Automated Analytics

Precise orbit control maintains the same overpass time and viewing geometry daily. When your baseline doesn't shift between acquisitions, AI models distinguish real change from sensor artifacts with confidence. The result: demonstrated precision and recall exceeding 85% over operationally challenging environments.

EarthDaily-AIRD
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Science:
Full Control for Custom Processing

Streamlined 4-band configuration with 8-bit depth, engineered for rapid processing across vast maritime areas. Purpose-built for vessel detection, coastal monitoring, and behavioral analysis at operational scale. Choose Maritime when processing efficiency across millions of square kilometers matters most.

EarthDaily-Maritime
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Science:
Full Control for Custom Processing

10-band top-of-atmosphere data with L1 calibration, including the Coastal band for atmospheric characterization. Built for teams with their own processing pipelines who require maximum spectral information and complete processing control. Choose Science when your team implements proprietary algorithms and needs full-spectrum, unprocessed data.

EarthDaily-Scientce

Not sure which product fits your requirements?