Adrien Bécue, Yannick Fourastier, Isabel Praça, Alexandre Savarit, C. Baron, Baptiste Gradussofs, Etienne Pouille, Carsten Thomas
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引用次数: 43
Abstract
The 4th Industrial revolution is driven by increased connectivity, digitization, automation and autonomy of manufacturing assets, which trigger strong optimization perspectives, new businesses as well as a handful of new threats which need to be properly addressed. The CyberFactory#1 project (ITEA nr 17032) aims at solving this dilemma between productivity and security through the design, development and demonstration of a System of Systems that embraces the technical, economical, human and the societal dimensions of future factories. It relies on innovative simulation, optimization and resilience capabilities. Pilots from transportation, automotive, electronics and machine manufacturing will host demonstrations of these achievements in a real operational environment at the end of a 3 years collaborative project. An approach based on digital twins' integration with cyber-range will be implemented, to analyze the impact of attacks in the quality monitoring of avionics electronic, to manufacturing cobotic systems in a virtual environment to improve their ability to withstand manipulation attempts, and as a tool for iterative design of safety/security functions for cobots.
第四次工业革命是由制造业资产的互联性、数字化、自动化和自主性的增强所驱动的,这引发了强大的优化前景、新业务以及一些需要妥善解决的新威胁。CyberFactory#1项目(ITEA nr 17032)旨在通过设计、开发和演示一个包含未来工厂的技术、经济、人力和社会维度的“系统的系统”,解决生产力和安全性之间的两难困境。它依赖于创新的模拟、优化和弹性能力。在一个为期3年的合作项目结束时,来自交通、汽车、电子和机械制造业的试点将在真实的操作环境中展示这些成果。将实施一种基于数字孪生与网络范围集成的方法,以分析攻击对航空电子设备质量监控的影响,在虚拟环境中制造协作机器人系统以提高其承受操纵企图的能力,并作为协作机器人安全/安全功能迭代设计的工具。