TREND > SMART CITY

Smart city: a new way to experience the city

Technology is making cities increasingly “smart”. A data-driven revolution that is also affecting mobility: reducing traffic, cutting pollution, and providing new services to the community are goals shared by citizens and infrastructure operators to improve everyone’s lives.

Safety, efficiency and well-being: these are the underlying principles of the smart city philosophy. An innovative concept that is increasingly becoming the focus in contemporary societies.

In fact, the term refers to the application of new technologies and digital techniques in the context of urban centres to serve citizens and businesses: advanced decision-support tools can use data collection and processing to optimise resources, prevent waste, and improve everyone’s lives

The situation in Europe

This philosophy is taking hold all over the world, including Europe. The Digital Cities Index prepared by Economist Impact places Copenhagen, Amsterdam, and London among the top five most innovative cities analysed in the research, ranked first, second, and fourth respectively. According to the Smart City Breakaway study, Vienna achieves the best result with its highly integrated solutions.

Much attention is also given to smart mobility, which is indeed one of the main drivers for technological development in cities. In fact, an important communication from the European Commission in 2020 reaffirms its commitment to transform the transport sector into a multimodal system of sustainable and smart mobility services.

However, we must not underestimate the lack of expertise in administrations: a problem that, however, can be overcome by relying on companies capable of developing and integrating innovative solutions on behalf of the municipalities.

Smart mobility

As already mentioned, smart mobility plays a crucial role in promoting a technology-driven mobility system. Its goals are to reduce traffic, reduce pollution and provide citizens with new services. These targets are shared both by drivers, who require greater safety and better travel experiences, and by road infrastructure operators, which must manage traffic efficiently and safely while ensuring better accessibility to urban infrastructure.

Given the complexity of the sector, technology must be applied throughout the value chain: from data collection – through sensors, IoT, cameras, on-board units – to data processing on advanced platforms, and data aggregation within control rooms so that infrastructure operators can compute predictive analytics and trigger targeted actions.