Smart Precision Agriculture for Sustainable Food Production Using IoT and AI-Based Decision Support Systems
Today’s agriculture faces unprecedented challenges due to climate change, prolonged droughts, and the inefficiency of traditional practices. In countries such as Spain and Egypt, extreme water scarcity and rising temperatures threaten food security and agricultural profitability. Our goal is to transform this reality through digitalization and efficient resource management.
SPASPID is a comprehensive, bilingual technology solution (web and mobile) designed to help farmers optimize their crops in real time through three technological pillars:
Deployment of smart sensor networks in the field to measure soil moisture, nutrient levels, and weather conditions in real time.
Advanced algorithms that predict exact irrigation needs, optimize fertilization, and provide early warnings of pests.
The entire platform and the Decision Support System (DSS) are protected by blockchain technology to ensure the traceability, privacy, and integrity of each farm’s data.
The SPASPID project will be tested on five pilot farms in Spain and Egypt over two growing seasons to achieve the following environmental and economic objectives:
The project’s technology leader. Specialists in the development of IoT infrastructure, artificial intelligence, cybersecurity, and decision-support platforms.
Egypt’s largest R&D center. It provides the agronomic research foundation, field validation, and socioeconomic impact studies.
A pioneering industry partner in sustainable and organic agriculture. Responsible for practical implementation, technical consulting, and training programs for farmers.
An international consortium driving innovation
SPASPID is the result of technological and scientific collaboration between leading organizations in Spain and Egypt:
Project co-funded by CDTI (Center for Technological Development and Innovation, Spain) and STDF (Science, Technology & Innovation Funding Authority, Egypt).
Coming soon