Modern seaports are parts of the global supply chain and act as points that influence economic performance and environmental sustainability. The fast growth of transformation, which uses technologies such as 5G and artificial intelligence (AI), will reshape traditional logistics operations. Digital transformation will improve efficiency, strengthen safety, and cut emissions. The implementation of these technologies does not depend solely on how mature the technology is. The implementation of these technologies also requires public authorities, port operators, and private sector innovators to get involved and work together. The chapter looks at how the 5G-LOGINNOV project tackled the challenge by integrating two frameworks, namely the collaborative governance regime (CGR) and the Go, Uniform, Evaluate, Solve, Test (GUEST) methodology. The proposed approach creates a step-by-step, open process that repeats itself. The process allows stakeholders to spot barriers, try solutions, and co-develop planned regulatory and policy responses that fit the challenges of seaport ecosystems. Drawing on evidence from three European testbeds the chapter explains that coordinated policy learning can help the transition. The chapter explains that the transition moves the seaport ecosystem toward a smart, resilient, and sustainable seaport ecosystem in the age of transformation.
Policy Learning in the age of Digital Transformation: lessons from 5G and beyond / Catana, E., Merlo, F., Perboli, G., Gaianu, M., Vinatu, V. - In: Cellular Communication System - The Evolution from 1G to 6G / Shah A.F.M. - ELETTRONICO. - londra : IntechOpen, 2026. - ISBN 978-1-80631-327-3. [10.5772/intechopen.1014996]
Policy Learning in the age of Digital Transformation: lessons from 5G and beyond
Merlo,Francesca;Perboli,Guido;
2026
Abstract
Modern seaports are parts of the global supply chain and act as points that influence economic performance and environmental sustainability. The fast growth of transformation, which uses technologies such as 5G and artificial intelligence (AI), will reshape traditional logistics operations. Digital transformation will improve efficiency, strengthen safety, and cut emissions. The implementation of these technologies does not depend solely on how mature the technology is. The implementation of these technologies also requires public authorities, port operators, and private sector innovators to get involved and work together. The chapter looks at how the 5G-LOGINNOV project tackled the challenge by integrating two frameworks, namely the collaborative governance regime (CGR) and the Go, Uniform, Evaluate, Solve, Test (GUEST) methodology. The proposed approach creates a step-by-step, open process that repeats itself. The process allows stakeholders to spot barriers, try solutions, and co-develop planned regulatory and policy responses that fit the challenges of seaport ecosystems. Drawing on evidence from three European testbeds the chapter explains that coordinated policy learning can help the transition. The chapter explains that the transition moves the seaport ecosystem toward a smart, resilient, and sustainable seaport ecosystem in the age of transformation.Pubblicazioni consigliate
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https://hdl.handle.net/11583/3013288
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