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  4. D5.2 Stress-test and evaluation framework
 
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2018
Report
Titel

D5.2 Stress-test and evaluation framework

Abstract
This report describes the stress-test and evaluation framework to be used by the case studies in tasks 5.3-5.11. It describes how to stress-test the Smart Critical Infrastructures (SCIs), and how to evaluate the results. It introduces the resilience-based approach to stress-testing, and gives a step-by-step description of the stress-test methodology, which is developed in T3.3. The methodology is accompanied with support tools in the database, foremost the creation and use of dynamic checklists (DCLs). A DCL procedure is provided in the report. Each of the nine case studies - ALPHA to INDIA - in tasks 5.3-5.11 have provided one or more specific stress-test scenarios, which will be carried out as an event (workshop, table top simulation, game, or drill), covering one or more of the most relevant type of threats for these smart critical infrastructures (SCIs). Required functionalities and corresponding thresholds (minimum functionality) have been determined in this stress-test framework report - prior to performing the stress-tests. Thus, after conducting the stress-tests, it can be evaluated whether the thresholds or limits have been exceeded or not, i.e. whether the SCIs have failed or passed the stress-tests. The evaluation is documented in the evaluation report, for which a format is provided in this report. This includes an evaluation/feedback on the stress-test methodology and the corresponding support tools.
Author(s)
Szokéné Peliká, Margit
Hungarian National Police Headquarters
Székely, Zoltán
Bay Zoltán Nonprofit Ltd. for Applied Research
Macsári, István
Hungarian National Police Headquarters
Jambrik, Rudolf
Hungarian National Police Headquarters
Sanne, Johan
IVL Swedish Environmental Research Institute
Rahmberg, Magnus
IVL Swedish Environmental Research Institute
Matschke Ekholm, Hanna
IVL Swedish Environmental Research Institute
Jovanovic, Aleksandar
European Virtual Institute of Integrated Risk Management, Stuttgart
Choudhary, Amrita
European Virtual Institute of Integrated Risk Management, Stuttgart
Caillard, Bastien
European Virtual Institute of Integrated Risk Management, Stuttgart
Klimek, Peter
Medical University of Vienna
Roque, Ruben
Stadtwerke Heidelberg
Knape, Thomas
Applied Intelligence Analytics Ltd.
Desmond, Gerard
Cork City Council
Jovanovic, Milos
Fraunhofer-Institut für Naturwissenschaftlich-Technische Trendanalysen INT
Lang, Mary-Ellen
The City of Edinburgh Council
Campbel, Kimberley
The City of Edinburgh Council
Young, Paul
The City of Edinburgh Council
Bezrukov, Dmitrij
Petroleum Industry of Serbia
Nikolic, Mirjana
Petroleum Industry of Serbia
Blazevic, Dragana
Petroleum Industry of Serbia
Auerkari, Pertti
VTT Technical Research Centre of Finland Ltd.
Koivisto, Raija
VTT Technical Research Centre of Finland Ltd.
Molarius, Riitta
VTT Technical Research Centre of Finland Ltd.
Árvai, László
Bay Zoltán Nonprofit Ltd. for Applied Research
Perényi, Dénes
Bay Zoltán Nonprofit Ltd. for Applied Research
Csapó, Gábor
Hungarian National Police Headquarters
Verlagsort
Budapest
Project(s)
SmartResilience
Funder
European Commission EC
DOI
10.24406/publica-fhg-299966
10.24406/publica-fhg-299966
File(s)
N-566101.pdf (7.03 MB)
Language
English
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