EOSDA Crop Monitoring

EOS Data Analytics (EOSDA) was founded in 2015 as part of a vertically integrated space business set up by Max Polyakov, with headquarters in Menlo Park, California and offices in Ukraine. It provides AI-powered satellite imagery analytics, accesses 100+ satellites, operates its own EOS SAT-1 satellite launched in 2022, and reports more than one million users worldwide.

EOSDA Crop Monitoring is a web and mobile platform for remote field monitoring. It combines Sentinel-2 and PlanetScope imagery (down to 3 m, daily), 10 vegetation indices, weather analytics and historical data to track crop health, soil moisture, growth stages and risks. Modules include yield estimation, variable rate application maps, a field activity log, disease risk alerts and automated reports, with an API and John Deere Operations Center sync. Users include agribusinesses, plantations, insurers and banks.

• Crop health monitoring: 10 vegetation indices from Sentinel-2 and PlanetScope imagery up to 3 m resolution.
• Growth stages and yield estimation: BBCH-based stages plus 14-day yield and biomass predictions.
• Weather analytics: historical data and 14-day forecasts with risk notifications.
• VRA maps: variable rate application zoning for seeding and fertilization.
• Field activity log and team management: task planning with unlimited team accounts and mobile apps.
• Integrations: Crop Monitoring API, John Deere Operations Center sync and ground weather stations.

• Rubber, coffee or sugarcane plantations in Vietnam monitoring crop health and yield across estates.
• Agricultural lenders and insurers verifying planted area and crop condition before loans or claims.
• Fertilizer and agri-input firms offering variable rate fertilization advice to large rice and corn farms.

• Remote oversight of many fields from satellite data, reducing routine field scouting; a FANCAMPO testimonial cites 30–35% less time identifying problem areas.
• Early warning of crop stress, disease risk and weather threats through notifications and a risk map.
• Input savings through variable rate application maps built from vegetation indices and machinery yield data.
• Faster reporting for agronomists, lenders and insurers; Del Monte Philippines states that tasks which took weeks now take hours.

Satellite-based crop monitoring is becoming a standard tool for agribusinesses, plantations, banks and insurers that need field-level evidence across large and dispersed areas. In Southeast Asia, contract farming, climate risk and sustainability reporting are driving demand for affordable remote sensing that works for both large estates and smallholder networks.

Founded in 2015, headquartered in Menlo Park, California, with about 160 staff. Awards include AgTech Breakthrough 2022 (Yield Forecasting Solution of the Year), GEO SDG Award 2022 and SARM 2023 Business Innovator Award. Partners listed include Kubota, Bayer, The World Bank and REDtone (Malaysia); Asian case studies include Dole Asia and Del Monte Philippines.