EOSDA Crop Monitoring

Online satellite-based #PrecisionAgriculture platform for field monitoring created by @eos_da - a global provider of AI-powered #SatelliteImagery analytics

[EOSDA Crop Monitoring @CropMonitoring]

Take a step towards efficient farming today 🌱🛰️
https://t.co/vSm9h1nbOA

[EOS Data Analytics @eos_da]

Take a quick look on what EOS Data Analytics offers to agribusiness. Our digital agro-platform helps farmers around the world cut costs, save resources, and increase benefits! @CropMonitoring
https://t.co/PW46dkGWdZ

[EOSDA Crop Monitoring @CropMonitoring]

Field Activity Log helps you stay organized across the season, improve coordination, and manage operations with more confidence and control.

Explore Crop Monitoring: https://t.co/sghKrwDRyK

[EOSDA Crop Monitoring @CropMonitoring]

Each activity can be recorded in detail — including dates, materials, costs, notes, and assigned team members.

All operations stay linked to specific fields in one clear timeline, making it easier to track execution across the season and plan future work more accurately.

[EOSDA Crop Monitoring @CropMonitoring]

Field Activity Log brings all your operations into one structured workflow.

Track activities across fields, monitor execution, compare planned vs completed work, and keep your team aligned in one place.

[EOSDA Crop Monitoring @CropMonitoring]

From seeding to harvesting — every operation matters.

Field Activity Log helps you track activities, keep your team aligned, and stay organized across your fields.

More in the next posts ⏩️

[EOSDA Crop Monitoring @CropMonitoring]

Instead of reacting to damage, you act before it happens.

With short-term risk forecasts, you can plan field operations more precisely.

Explore @CropMonitoring https://t.co/7S8D4ws2RX

[EOSDA Crop Monitoring @CropMonitoring]

Diseases and pests don’t appear suddenly — they develop under specific conditions.

Crop Monitoring analyzes weather, crop stage, and field data together to show real risk levels directly on your fields.

[EOSDA Crop Monitoring @CropMonitoring]

By the time damage is visible, it’s often too late.

Diseases & Pests Risk helps you detect threats earlier — based on real field conditions.

More in the next posts ⏩️

[EOSDA Crop Monitoring @CropMonitoring]

VRA maps integrate directly into your workflow — so equipment applies the right rate in each zone automatically.

As a result, inputs are applied more precisely, costs are reduced, and field variability is better controlled.

🔗 Explore Crop Monitoring: https://t.co/Tz819vemgx

[EOSDA Crop Monitoring @CropMonitoring]

VRA maps let you manage each zone with precision.

Seeding, fertilization, soil sampling — all based on real field variability.

Combine vegetation indices, moisture, and historical data to see the full picture.

[EOSDA Crop Monitoring @CropMonitoring]

Field variability affects every decision you make.

VRA maps in Crop Monitoring turn that variability into action. Each zone is managed based on real data — from seeding to fertilization, inputs are applied where they matter most.

More in the next posts.

[EOSDA Crop Monitoring @CropMonitoring]

Weather Analytics turns data into decisions.

With @CropMonitoring , you get early anomaly detection, better timing for field operations, and more confident, data-driven decisions.

🔗 Explore Crop Monitoring https://t.co/Tz819vemgx

[EOSDA Crop Monitoring @CropMonitoring]

By analyzing trends and comparing the current season with historical data, you can spot anomalies early, understand deviations from normal conditions, and identify possible causes of plant stress.

[EOSDA Crop Monitoring @CropMonitoring]

Weather Analytics helps you analyze both current and historical weather conditions — in the context of your field, season, and crop development.

[EOSDA Crop Monitoring @CropMonitoring]

Weather is one of the key drivers of crop performance.

Weather Analytics in Crop Monitoring helps you understand its impact, detect anomalies early, and plan field operations based on real conditions — not assumptions.

More in the next posts ⏩️

[EOSDA Crop Monitoring @CropMonitoring]

Meeting with our partner Volodymyr Ilchenko, PhD, Nor-East Agro, in Kyiv. Volodymyr shared how their team uses Crop Monitoring to analyze field conditions, identify problem areas, and plan field visits more efficiently — turning data into real decisions.

[EOSDA Crop Monitoring @CropMonitoring]

At the Kosmozlit conference in Kyiv, Regina Urazmanova, Product Manager of Crop Monitoring, shared how satellite data is changing modern farming.

From early crop stress detection to data-driven decisions — farming is shifting from reaction to prediction.

[EOSDA Crop Monitoring @CropMonitoring]

NDMI focuses on moisture — one of the key drivers of crop performance. It shows how water is distributed across the field and where stress starts to develop.

Understand what’s happening in your fields at every stage of the season.
Explore Crop Monitoring: https://t.co/Tz819vemgx

[EOSDA Crop Monitoring @CropMonitoring]

MSAVI is built for the early stages. When vegetation is still low and soil affects the signal. It helps reveal variability right from the start.

RECI goes deeper — focusing on chlorophyll content and plant vitality.

[EOSDA Crop Monitoring @CropMonitoring]

NDVI shows the overall condition of your crops. It highlights variability across the field - where something is already off. But when vegetation becomes dense, NDVI starts losing detail.

That’s where NDRE comes in.More sensitive to chlorophyll, more precise in mid-to-late stages

[EOSDA Crop Monitoring @CropMonitoring]

From vegetation to moisture, each index reveals a different layer of field conditions. Individually — separate signals. Together — a clearer picture.

@CropMonitoring combines them into one system.

More on each index in the next posts.