Integrating Galileo and Copernicus downstream applications to support dynamic use of Public spaces

ongoing

SPACE4Cities will dynamise the uptake of space-based solutions for dynamic use and management of public space. This is an area of smart city development which is currently lagging behind in digital transformation when compared to parallel domains of similar economic and social importance. Cities are at the forefront of fighting today’s grand societal challenges, as they consume 75% of the natural resources, 78% of the world’s energy, produce 50% of the global waste, and emit 60-80% of the greenhouse gases. Yet, they account for less than 2% of the Earth’s surface. Therefore, SPACE4Cities project predominantly targets cities and densely populated regions. Cities face increasing pressure to tackle their climate challenges and to utilise their existing assets more efficiently, while at the same time be more agile in reacting to constant change from climate events and other factors. In effect, cities need to be more dynamic and more resilient. However, currently, cities are not able to manage their public space (on ground and in air) in an agile manner that would adequately support the increasing amount of different types of needs. If the management of areas is to become dynamic, it has to be based on dynamic data assets. This project strives for better, more dynamic management of public spaces, answering a concrete need for cities and regions to be able to adapt to fast-changing requirements for transport infrastructure, open spaces and city maintenance, and to increase their resilience to cope with extreme and disruptive events. Via smart exploitation of space data, the SPACE4Cities project aims to build replicable solutions for the dynamic management of public areas, and a clear roadmap for Europe-wide implementation of such space data-based solutions.