Smart City Gnosys

Smart city article details

Title Urban Data Governance: An Interoperability-Based Approach For Monitoring Natural Threats At Different Geographic Scales, Through Smart City Platforms
ID_Doc 59897
Authors Brutti A.; Di Pietro A.; Frascella A.; Giovinazzi S.; Novelli C.; D’Agosta G.; Pizzuti S.; Pollino M.; Ferreiro Sistiaga A.; Buitrago S.; Lopez Villamor I.; Murazzo S.; Revel G.M.
Year 2025
Published Lecture Notes in Computer Science, 15549 LNCS
DOI http://dx.doi.org/10.1007/978-3-031-84260-3_23
Abstract Monitoring, preventing and managing the impacts induced by extreme natural events requires the use of multiple and different Information Communication Technology (ICT) tools and technologies capable of collecting and processing data from various sources, and supporting public stakeholders in the planning and implementation of prompt actions. In this perspective, the availability of platforms able to harmonize, integrate and manage heterogeneous data and to create new knowledge, can constitute a valuable support. This article presents some preliminary results from the EU-funded MULTICLIMACT project, part of which is defining a reference model for customizing and adopting the ENEA Smart City Platform to inform on the severity and extent of possible impacts induced by natural threats and on possible resilience strategies. Towards that the Smart City Platform enables the interoperability between heterogeneous digital solutions monitoring natural threats at different geographic scales. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2025.
Author Keywords Earthquake; Flood; Heat waves; Interoperability; JSON; Natural threat; Ontology; Smart City; Smart City Platform; Specifications; Well-being


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