Today, thanks to innovations in digital technology and the satellites of the European Space Agency, farmers across the world can monitor their crops remotely.

The normalized difference vegetation index (NDVI) was developed in the 1970s. It is commonly used to analyze multispectral satellite images. The objective is to create crop health maps and define management zones.

Dashboard

Today, farmers face multiple challenges. We need to find ways to increase food production and feed a growing population, while dealing with higher input costs for fertilizer, seed, and water.

AgroHelper launches a web application providing satellite imagery and actionable insights to farmers and their advisors. The data is collected by the Sentinel satellites, operated within the framework of Copernicus - the European Union’s Earth Observation Programme. Access to satellite images is not reserved for public institutions and large farming operations anymore. Thanks to technology innovation, satellite data is now both accessible and affordable.

We are excited to announce the official launch of AgroHelper’s platform for processing of aerial images and its new feature: The Health Map. Remote crop stress detection has never been faster.

The next agricultural revolution is here: drones equipped with high-tech sensors are becoming the new tool of preference for farmers around the globe.

The agricultural drone market in the European Union (EU) is developing at unprecedented levels. However, there’s one missing ingredient for a fully functioning EU-wide common drone market: harmonized rules.