We propose a framework for the evaluation of cyberattack detection systems in which
theoretical results can be tested in a realistic setup. We emulate a power control …

The focus of this paper is on the analysis of the cyber security resilience of digital
infrastructures deployed by power grids, internationally recognized as a priority since …

Highly connected smart power systems are subject to increasing vulnerabilities and
adversarial threats. Defenders need to proactively identify and defend new high‐risk access …

Rapid development in deep learning-based detection systems for numerous industrial
applications has opened opportunities to apply them in power grids. A consumer's power …

This paper proposes an approach based on Bayesian Networks to support cyber security
analysts in improving the cyber-security posture of the smart grid. We build a system model …

Electrical substations in power grid act as the critical interface points for the transmission
and distribution networks. Over the years, digital technology has been integrated into the …

Electric power systems are comprised of cyber and physical components that are crucial to
grid resiliency. Data from both components should be collected when modeling power …

The increasing adoption of the Industry 4.0 paradigm encompasses digitally interconnected
factories which enables many advantages. However, it is still necessary to dedicate effort …

The large-scale deployment of information and communication technology (ICT) has
enabled countless new opportunities for the power sector. However, the deployment of ICT …

Increased connectivity and remote reprogrammability/reconfigurability features of embedded
devices in current-day power systems (including interconnections between information …