Seeker

The RACS project aims to transform irrigation into a sustainable and profitable model. Expected results include a 30-50% reduction in phytosanitary treatments through electrostatic spraying and biological control. Operating costs are projected to decrease …

Promote a sustainable value chain based on hemp cultivation and its uses (from the field to industry). Develop bio-based materials for the textile and footwear industries with a low environmental …

The craft beer sector in Spain maintains steady growth, but its market share remains well below that of other European countries, hovering around 0.5%, compared to 4% in France or 11% in Germany. Even so, it boasts 476 breweries and a strong rural …

The INNEMATO project will validate a technical protocol with a maturity level of TRL 6 that integrates ozonation and biotechnology for industrial application. It is expected to reduce yield losses from plant-parasitic nematodes in tomato and strawberry …

The NIROLIVE project will develop an innovative solution based on portable NIR spectroscopy and artificial intelligence models for the real-time analysis of olive and olive oil quality. This technology will provide objective and precise data without the …

Arko will offer an open and interoperable digital tool, independent of specific hardware or brands, that integrates real-time data from field sensors, satellite imagery, weather stations, and agronomic records. Using advanced AI models and personalized …

BC?OLIVE will develop an innovative platform that will allow for the tracking and verification of bulk olive oil movements using blockchain technology and digital fingerprinting. The project plans to involve at least 20 users to design the requirements …

A predictive olive grove performance model, developed and trained using real-world data (productivity, climate, soil, management), is capable of predicting olive and oil production per plot with a low error rate in validation tests. A prescriptive …

The SUPRAOLIVO project promotes an innovative and sustainable olive-growing model in Galicia, Castile and León, and Andalusia, regions with very diverse climatic and production conditions. Its objective is to increase the competitiveness of farms working …

The project aims to demonstrate that integrating aromatic and medicinal plants into vineyards improves functional biodiversity, promotes soil health, and contributes to resilience against climate change, reducing the need for inputs. The results will …

The project's results are geared towards addressing the threat of the green grapevine leafminer through a sustainable management strategy based on three main lines of action: the development of a decision support system (DSS), based on knowledge of the …

The main results that we want to achieve with the development of the project are: • Identification of the most suitable crops to generate a plant cover in vineyards that does not compete with the crop, classification of production inputs (water, energy, …

The REWINE project aims to demonstrate the viability of a circular economy model based on the valorization of wine byproducts. It envisions the development and validation of biostimulants and biofertilizers derived from grapevine pruning waste, capable of …

A fully operational and validated quadruped robot for autonomous or guided movement in two real-world agricultural systems: open-air vineyards and blackberry cultivation in macro-tunnels. An onboard system of machine vision sensors capable of obtaining …

R1-Initial prototype of the quadruped robot adapted to a vineyard: quadruped robotic platform capable of moving autonomously and safely under vineyard structures in real field conditions. R2-Functional prototype with integrated sensors and artificial …