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Summary:
Smart city ecosystem is complex and dynamic due to use of different technologies, processes, actors, policies and other connected elements. This leads to security management related challenges that impacts not only safety of the digital assets but also public trust. Employing the snowballing systematic literature review method, this paper identifies the key components of a smart city and its threat landscape to develop a conceptual model of cybersecurity and civil safety risks. People, governance, economy, environment, infrastructure, mobility and living is the most common elements of the smart city ecosystem. Each of these elements are associated with certain risks, both technological and socio-economical. The proposed smart city risk model consolidates these risks into a unified framework, providing a foundation for centralized risk assessment in future studies to strengthening the resilience of smart cities.Author(s):
Evita Roponena
Riga Technical University
Latvia
Ralfs Matisons
Riga Technical University
Latvia
Elizabete Citskovska
Riga Technical University
Latvia
Patriks Gustavs Rinkevičs
Riga Technical University
Latvia
Rūta Pirta
Riga Technical University
Latvia
Ģirts Priedols
SIA DATI Group
Latvia