We offer a wide range of services.
Note what we can offer

Field retrospective analysis (historical analysis of crops) allows us to better know the field: crop rotation, historical dynamics of the development of crops, the less and more productive zones. If we see that there are the same problems in one area of the field every year, we find the best option of how to solve it. If you have full information about the variation in the vegetation of plants for some long amount of time, you can make changes in the technological operations before some problems on the crop could affect.

We provide a status report and recommendations for further actions.
The analysis is based on satellite data.

Landscape mapping gives explanations about the reasons for the variation in the development of plants in the field. The digital elevation model shows the direction of runoff, areas of potential flooding, re-separation of nutrients, plant protection products, as well as humidity index.

We provide a status report and recommendations for further actions.
The analysis is based on satellite data.

Relief, crops, processing, weather - all this affects on soil quality. Soil heterogeneity mapping is the first step to level the quality of the soil and obtain a uniformly high yield.

We provide a status report and recommendations for further actions.
The analysis is based on satellite data and UAVs (drones).

Calculation and analysis of vegetation indices help to identify problems with the plant development when the scale is visually difficult to evaluate. Depending on the tasks we use different indexes or their combination.

We provide a status report and recommendations for further actions.
The analysis is based on satellite data and UAVs (drones).

The use of drones is ideal for the field contamination assessment. We use high-resolution images to create maps, where weeds are distinguished from crops and we can carry out technological measures based on the following data.

We provide a status report and recommendations for further actions.
The analysis is based on UAV data (drones).