Maximize Efficiency and Productivity: Optimize production processes in hydroponic greenhouses through advanced technologies, such as wireless sensor networks and AI algorithms, to dynamically adjust cultivation parameters—including light, nutrients, and water—based on environmental and vegetative data, enabling continuous and customized tuning for different types of fruits and vegetables. 

Contribute to the Transition toward Agriculture 4.0: Integrate digital tools and intelligent solutions that enable real-time monitoring and control of critical parameters such as humidity, temperature, luminosity, pH, and electrical conductivity, thereby strengthening precision agriculture in controlled environments. 

Foster Technology Transfer and Innovation: Develop a scalable and replicable system that enables technology transfer across different crop types and geographic contexts, encouraging the adoption of modern and sustainable agricultural practices by an increasing number of producers. 

Study and Maximize the Impact of Light Exposure on Crop Growth: Conduct a detailed qualitative and quantitative analysis of the effects of light exposure across different vegetative stages, defining tailored strategies to maximize crop growth in greenhouse environments. 

romote Research and Development (R&D) in the Agricultural Sector: Strengthen the consortium’s position as a leader in technological innovation for sustainable agriculture by promoting interdisciplinary collaboration and disseminating technical-scientific results to diverse audiences. Additionally, enhance the R&D capacity of consortium members through the generation of scientific knowledge, publication in specialized journals, and participation in international conferences, thereby spreading innovative insights on sustainable agriculture and intelligent cultivation.