Securing the Food Supply Chain Resilience–The Secure Food Project
Author(s)
Kokonezi, Sofia
Amditis, Angelos
Kanellopoulos, Giannis
Touloumis, Konstantinos
Kapetanios, Apostolos
Drakoulis, Dimitris
Kolionis, Georgios
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Supplementary to:
Abstract
The increasing complexity and vulnerability of food supply chains demand integrated, data-driven solutions to ensure resilience and adaptability. In response, the EU-funded SecureFood project introduces a digital ecosystem composed of interoperable toolsdesigned to enhance logistics, transparency, and proactive decision-making across all stagesof the food system. This paper presents the SecureFood architecture and the functionalities ofitsfive key tools: the Observatory Dashboard for real-time monitoringofessential metricsandaccess to system components; an AI-powered Early Warning System for risk prediction; the Digital Twin for scenario simulation and vulnerability assessment; the RESILOG tool forresilient route planning; and a blockchain-based Information Exchange Platform for securedata sharing.These tools are built to operate collaboratively, under a common authentication system, andsupport modular, scalable deployment in line with the Physical Internet paradigm. Toolinteractions and functionalitieswill bedemonstrated through four case studies—covering grain, dairy, aquaculture, and fruit and vegetable supply chains—highlighting their value inenhancing situational awareness, stakeholder coordination, and operational continuity. The findings underscore the potential of Secure Food to drive the transition toward hyperconnected, intelligent, and sustainable food logistics systems.
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Date
2025-06
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Resource Type
Text
Resource Subtype
Proceedings
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