Delivering strategic advice to wheat farmers through a mobile application which processes information from the cloud and data from IoT solutions. Farmers are increasingly dealing with unpredictable climatic conditions. Therefore,

Developing a web-based system for agrometeorological and groundwater measurements to ease the transfer of information between different farm applications and smoothen the uptake of precision agriculture. Precision farming relies on

Identifying key sustainability metrics to develop and implement a sustainability audit for dairy farmers and sharing the gathered data with consumers.  At present, the dairy industry is focused on sustainable

Gathering data on crop status by using deep-learning analyses of hyperspectral imaging to improve spray operations. This Flagship Innovation Experiment’s (FIE) goal is to reduce spraying applications on crops by combining

This FIE uses technology to identify grain lots, define their quality and record cultivation history to improve business models of Nordic arable farmers. To increase the profitability of cereal production,

Achieving precise mowing between grape vines by implementing an autonomous mowing robot system. In viticulture, vines are planted in proximity to each other, which makes conventional care for erosion protection

Applying digital technologies to simplify the production of farmland habitat reports through an online application.  Environmental benchmarking of food systems is becoming an urgent requirement for farm-scale sustainability assessments and compliance with international

Deploying drones, satellites and IoT devices to figure out the right harvesting time and discover weed patches, thereby enhancing the production of organic open field vegetables. The objective of this