These technologies allow visualizing the state and evolution of the vegetation without being in direct contact with it. The data generated give information such as differences in photosynthetic activity or the nutritional, water and even sanitary status of the crop.

The images originated by multispectral, infrared or thermal cameras, are composed by a number of bands of the light spectrum. By combining these bands, we generate vegetation indexes which give information about the state of the crop that the naked eye is unable to see. This information is highly useful for crop assessments and improves decision-making.

Agricultural sensors monitoring consist of the implementation of tools to measure specific parameters of high agronomic value such as humidity, temperature, rainfall, wind, etc. The sensors are located in places determined by previous zonation of the farms following criteria of representativeness and variability within the crops.

The different sensors are integrated into weather stations, soil probes, dendrometers, real-time weighing devices or any other measurement systems installed in the crop field.

The data generated is collected in the Agricultural Management Software, a computer based application for monitoring farms and real-time representation of data.

This technique consists of taking georeferenced and targeted samples for their subsequent complete analysis and extrapolation to the entire farm.

The most common samples are of soil, foliar, fruit, microbiological and of pests, but the selection depends on the analysis to be carried out according to the interest of the farmer or competent technician.

With the whole processing of multisource data, we achieve a complete technical-scientific diagnosis of the global state of the crop.

Using Artificial Intelligence and Big Data, we develop algorithms for the automation of yield estimation and the implementation of crop quality and disease detection models, all integrated into a single agronomic software.

Thanks to high-resolution photogrammetric drone flights, we develop a 3D digital model of your crop to make virtual visits and to create a digital twin of your farm, having the information accessible anywhere and from any device.