Study the economic and commercial viability for the design, construction and implementation of an e-commerce platform to sell products of the companies in the Cluster.
October 2020-June 2021
Development of a technological solution in the field of precision agriculture, and based on Artificial Intelligence, which allows to adjust the cultivation practices to the real needs of each plant.
July 2020- March 2021
Digit 4 Agro
Carry out a diagnosis of the agriculture and agricultural production means sector and its potential for the swift to Industry 4.0 with the aim of encouraging and promoting the implementation of projects in this sector
July 2020- March 2021
Operational Group based on the use of data and Big Data technologies to be able to develop prediction models that anticipate information on the evolution of quality parameters and harvest volumes for the peach and cherry sector.
January 2020- July 2022
Cluster 4.0: Diagnosis and conceptualization of projects 4.0
CLUSTER 4.0 aims to promote a portfolio of projects for the incorporation of Industry 4.0 technologies tailored to the needs and particularities of the sector that promote synergies between companies in the value and potential chain and strengthen the ecosystem.
June 2020- March 2021
The MACMHER project seeks to identify innovative solutions that improve the management and effectiveness of different alternative methods of weed control in organic vineyards.
July 2018- July 2020
AGRI ECO ENVÀS
The AGRI ECO ENVÀS project seeks to identify innovative solutions that improve the management of packaging waste from agricultural products.
July 2019- July 2020
The main objective of the MIRA project is to improve the productivity, efficiency and resilience of extensive crop farms, by supporting agronomic management through technologies based on the Internet of Things.
July 2018-July 2019
The general objective of the project is the design and manufacture of the prototype of a tractor vehicle, powered by electricity, capable of performing different functions (multifunctional) within a farm.
September 2018-July 2019
Development of an innovative and easy-to-use technological solution to improve the efficiency of integrated pest control in citrus production. A team capable of automatically identifying and explaining the number of individuals of Aonidiella auranti
The General objective of the Project is to design, manufacture and build a mobile robot to carry out pruning work for the vineyard that incorporates different sensors and actuators to facilitate its autonomous use.