STOP-IT presented at IWA World Water Congress & Exhibition in Tokyo
Having recognised the essentiality of protecting critical infrastructure against cyber-physical threats and attacks, STOP-IT partners have proceeded with the development of a risk management framework and tools with the ultimate goal to equip water utilities with novel and propriety security solutions.
The IWA World Water Congress & Exhibition 2018, held in Tokyo, Japan provided an excellent opportunity for disseminating already developed products and early results of the project. With a poster presentation, titled “Developing a stress-testing platform for cyber-physical water infrastructure”, an overview of the risk management framework was given by KWR, SINTEF and ICCS/NTUA, as well as its procedural steps aligned with ISO 31000:2009 and the supported level of analysis.
The stress-testing platform is a major component coupled to the risk management framework. It enables the simulation of the water systems as a complete cyber-physical infrastructure, the investigation of physical-attacks, cyber-attacks and their combination, while assessing the efficacy of possible mitigation measures. Early results from two water systems showcasing the use of some of the developed tools were already included.
These kind of modelling and testing environments are crucial for preparing water utilities to shield their systems against a dynamically changing digital world landscape, which brings significant opportunities but also potential threats that need to be taken seriously (and urgently) into account in the water sector’s long-term planning processes.
The STOP-IT approach in terms of cyber-physical water systems stress testing was also presented as part of Watershare by KWR and ICCS/NTUA and discussed within the network’s Future Proof Water Infrastructure Community of Practice.
Caption: Christos Makropoulos and members of the Future Proof Infrastructure Community of Practice pitching STOP-IT at the Watershare IWA Booth
Caption: Schematic overview of Level 3 Analysis workflow of the developed risk management framework
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 740610. The publication reflects only the authors’ views and the European Union is not liable for any use that may be made of the information contained therein.