Optimise your vineyard management operations
The VitiGEOSS platform was developed within the framework of the European project VitiGEOSS. The platform is an innovative vineyard management solution that includes a wide range of services in a single platform aimed at the viticulture sector.
The services integrate satellite imagery, in-field sensors and climate information to provide useful and actionable information for more sustainable agriculture.
This solution provides support to growers and aims to be a single access point for wine producers, supporting a circular economy approach.
Services offered
Tool for forecasting the disease evolution taking into account the meteorological conditions and crop status to optimise the number of treatments and resources used to assure its effectivity.
Resource optimiser and planner service capable to plan best timing for field operations, better planning of resources needed, reduce the use of raw materials and promote a sustainable winegrowing.
Advanced techniques to apply sub-seasonal (for the next weeks, up to 1 month) to seasonal climate forecasts (for the next months) in combination with short term weather forecasts (up to 10 days) to help farmers prepare in advance for unusual climate conditions and extreme events that can damage the crop.
Automated system to predict and monitor the whole phenological annual cycle through the synergic use of phenological models, satellite and in-field observations to better plan and organise the whole vineyard management and optimise resources.
Satellite imagery to monitor key indicators describing vegetation health status, crop productivity, crop water consumption and crop nitrogen content to optimise irrigation, sampling or selective harvesting leading to better grape quality and production.
The VitiGEOSS drone-based vineyard analysis service allows wine producers to gain insight into vines’ health status. This service can complement satellite imagery with more close-up detailed images that allow to discern between vine rows and ground vegetation.