Initiatives and Technologies for Smart Urban Logistics and Sustainable Cities

Abstract

Rapid urban growth, the rise of online shopping, and increasing demand for fast deliveries are putting significant pressure on city logistics, particularly on the “last mile” of delivery. These pressures contribute to traffic congestion, higher emissions, and inefficient use of urban space. This paper examines how smart urban logistics solutions can make city deliveries more sustainable. Such solutions include the use of micro-hubs (small local distribution centers), consolidation centers, low-emission delivery vehicles, digital technologies, and improved coordination between logistics planning and urban planning. The study is based on a review of relevant literature, as well as examples from European cities. It considers initiatives such as micro-hub networks, clean air zones, car-free city centers, and the 15-minute city concept, supported by selected data from previous studies. The findings demonstrate that effective regulations and appropriate infrastructure can significantly reduce pollution and spatial challenges associated with urban deliveries. When integrated with urban planning, digital technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), Blockchain, and Digital Twins can improve route planning, enhance transparency, and support better decision-making. However, smart urban logistics also faces challenges, including high infrastructure costs, fragmented regulations, technical complexities, and resistance from stakeholders. To address these issues, the paper proposes a phased approach for implementing smart urban logistics solutions. Overall, the research concludes that a successful transformation requires a comprehensive strategy combining urban planning, policy measures, infrastructure development, digital technology adoption, cooperation between public and private actors, and active citizen involvement.