Integration of IoT and Technological Innovation in Urban Gardens: Case of ULL Fenicia

Abstract

Urban Living Labs (ULLs) serve as dynamic frameworks for fostering socio-technical innovation within smart cities. This study examines the application of a technological innovation management model in the Fenicia ULL, aimed at enhancing the efficiency and sustainability of urban garden management. The project integrates IoT-enabled humidity and temperature sensors, powered by solar energy, to monitor real-time environmental conditions and energy production. These data streams feed into a digital twin platform, enabling predictive analytics and informed decision-making for both community members and urban planners. This research underscores the alignment between technological advancements and community-driven initiatives, demonstrating how digital twins and renewable energy solutions contribute to participatory governance and urban sustainability. By implementing this innovation management model, the study addresses critical urban challenges, including resource optimization and citizen engagement, particularly in developing regions. The findings provide valuable insights into scalable and replicable models for smart urban agriculture, reinforcing the role of ULLs in shaping resilient and adaptive urban ecosystemss.