Loveček, T.; Mariš, L.; Petrlová, K. Use Case of Water Reservoir Protection as a Critical Infrastructure Element in Slovakia Using a Quantitative Approach. Water2023, 15, 2818.
Loveček, T.; Mariš, L.; Petrlová, K. Use Case of Water Reservoir Protection as a Critical Infrastructure Element in Slovakia Using a Quantitative Approach. Water 2023, 15, 2818.
Loveček, T.; Mariš, L.; Petrlová, K. Use Case of Water Reservoir Protection as a Critical Infrastructure Element in Slovakia Using a Quantitative Approach. Water2023, 15, 2818.
Loveček, T.; Mariš, L.; Petrlová, K. Use Case of Water Reservoir Protection as a Critical Infrastructure Element in Slovakia Using a Quantitative Approach. Water 2023, 15, 2818.
Abstract
Water management systems help allocate water resources effectively, considering various demands such as agriculture, industry, domestic use, and environmental needs. They optimise water distribution and ensure equitable access, minimising water scarcity and conflicts. Critical elements of this system are often the target of various attacks. Depending on the target of the attack, different scenarios based on physical, cyber, or combined forms of attacks can be used. Requirements for the protection of water objects forming part of the critical infrastructure system are determined primarily by generally binding legal regulations, technical standards, or other requirements of third parties. These requirements imply the need to adopt certain protective measures. Physical protection system (PPS), as a convenient way of organising protective measures, makes it possible to prevent an unauthorised person from achieving his goal. Current procedures aimed at protecting objects use a qualitative or quantitative approach. The article presents the use case of a possible way to protect a selected water reservoir that has been identified as a national element of critical infrastructure in the subsector Drinking Water Provision. The use case is based on the analysis of safety requirements and subsequent design of the PPS water reservoir. To verify the functionality of the proposed PPS, a quantitative PPS model was created using a software tool, and four possible attack scenarios were simulated.
Engineering, Safety, Risk, Reliability and Quality
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
