Cyber-resilience in complex cyber-physical systems is becoming even more important in a fully connected world. This chapter aims at formalizing the concept and exploring current promising practices for resilience implementation in the context of Internet of Things. In particular, IoT has been considered a network of heterogeneous devices that are exposed to cyber-attack. Cyber-resilience paradigm provides a comprehensive framework to define evidence-driven strategies to balance between the need of reducing the malware outbreak while maintaining the network functionalities at an acceptable level. In this war game, a number of assets and actors come into play with different rules and contributions to the overall resilience. In this respect, a holistic view on resilience that can reconciliate different perspectives and definitions in the resilience domain is provided.
Cyber-resilience
Bellini, E.
;
2021
Abstract
Cyber-resilience in complex cyber-physical systems is becoming even more important in a fully connected world. This chapter aims at formalizing the concept and exploring current promising practices for resilience implementation in the context of Internet of Things. In particular, IoT has been considered a network of heterogeneous devices that are exposed to cyber-attack. Cyber-resilience paradigm provides a comprehensive framework to define evidence-driven strategies to balance between the need of reducing the malware outbreak while maintaining the network functionalities at an acceptable level. In this war game, a number of assets and actors come into play with different rules and contributions to the overall resilience. In this respect, a holistic view on resilience that can reconciliate different perspectives and definitions in the resilience domain is provided.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
