Use Case 1: Investigation of Versatile Cyber-attack Scenarios and Methodologies Against EPESTest structure and methodologiesRationale: Investigating attack scenarios in a controlled but highly realistic laboratory…
The grids that are examined under the SDN-microSENSE include both low voltage and high voltage networks with real time monitoring capabilities that include power generation…
In recent years, the size and complexity of Electrical Power and Energy Systems (EPES) has grown significantly, inevitably increasing the occurrences of widespread failures that…
Different honeypot projects/concepts have emerged in recent years aiming to protect and secure industrial control systems (ICSs). The honeypots are evolving and being used as…
The SDN-microSENSE project aims to develop and provide an innovative threat detection and response solution for centralised Electrical Power and Energy Systems (EPES), where “privacy-by-design”,…
The assessment and management of cybersecurity status in the Electrical Power and Energy Systems (EPES) is of paramount importance towards providing advanced protection and resilience…
Today’s Electric Power and Energy System is a physical grid that is completed by an emerging information and communication technology (ICT) layer, enabling efficiency gains…
The ongoing climate change demands radical changes to critical infrastructures aiming to save energy and reduce carbon emissions. Towards this goal, the interconnection of remote…
There is a concern in the energy sector about the low level of cybersecurity training in the company staff, what it is considered a risk…
During the last weeks the work on WP2 (SDN-microSENSE Architecture, Pilot Preparation and Security & Privacy Requirements) has progressed considerably, culminating in the delivery of…