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Modelling & Simulation of a Rivet Shaving Process for the Protection of the Aerospace Industry Against Cyber-threats
Martin Praddaude, Nicolas Hogrel, Matthieu Gay, Ulrike Baumann, and Adrien Bécue
doi: 10.18278/jpcs.7.2.3

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Abstract
This paper provides insights on simulation and modelling work performed within CyberFactory#1 project which aims at enhancing optimization and resilience of the Factory of the Future. The paper describes the modelling and simulation of a complete industrial process of rivet shaving, in support to the digitization of aerospace manufacturing. It provides evidence of accurate elaboration of a Digital Twin (DT) of the Roboshave system in the Airbus CyberRange (CR) environment. This work contributes to science and technology by demonstrating the feasibility of a holistic DT of a complex Cyber-Physical System(CPS) throughout its operational and informational layers, including multiple heterogeneous industrial communication protocols. It contributes to industry and practice by providing a highly realistic virtual environment for cybersecurity testing, simulation, training and decision support to enforce security of digitized industrial systems.

Keywords: Simulation, modelling, Cyber-Physical System (CPS), Operational Technology (OT), Industry 4.0, CyberRange (CR), Digital Twin (DT), Programmable Logic Controller (PLC), Industrial Internet of Things (IIoT)
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