Abstract
Our modern world is dependent on cyber-physical artefacts (e.g., smart grids, cars, mobile phones). Those artefacts are being attacked by cyber-criminals entailing substantial harm to individuals, organizations, and governments. Those artefacts need to be designed properly to prevent and recover from inevitable cyberattacks. We offer a solution based on a RealTime Simulator (RTS). Our solution is meta-principles for using RTS when designing simulations in Cyber-Physical artefacts. Our solution considers both social and technical layers of cyber-physical artefacts.
Paper Type
Poster
Towards Establishing Principles for Designing Cybersecurity Simulations of Cyber-Physical Artefacts in Real-Time Simulation
Our modern world is dependent on cyber-physical artefacts (e.g., smart grids, cars, mobile phones). Those artefacts are being attacked by cyber-criminals entailing substantial harm to individuals, organizations, and governments. Those artefacts need to be designed properly to prevent and recover from inevitable cyberattacks. We offer a solution based on a RealTime Simulator (RTS). Our solution is meta-principles for using RTS when designing simulations in Cyber-Physical artefacts. Our solution considers both social and technical layers of cyber-physical artefacts.
Recommended Citation
Dang, D., Vartiainen T., & Mekkanen, M. (2021). Towards Establishing Principles for Designing Cybersecurity Simulations of Cyber-Physical Artefacts in Real-Time Simulation. In E. Insfran, F. González, S. Abrahão, M. Fernández, C. Barry, H. Linger, M. Lang, & C. Schneider (Eds.), Information Systems Development: Crossing Boundaries between Development and Operations (DevOps) in Information Systems (ISD2021 Proceedings). Valencia, Spain: Universitat Politècnica de València.