Abstract
Manufacturing companies are rapidly moving toward Digitalization. As a result, today's industrial systems integrate information systems and manufacturing systems. In this context, damage caused by cyber-attacks has become apparent, and cyber-attacks on factories are increasing both in Japan and overseas. Therefore, there is an increasing need to implement cyber security measures and education in manufacturing and factories from the BCP (Business Continuity Plan) perspective, which considers safety measures for individual processes and the supply chain. The industrial automation industry is beginning to develop designs through virtual commissioning based on VR product (digital twin) models, and all of this development work is increasingly taking place in virtual space. However, no security educational materials utilize CPS (Cyber-Physical Space), which is free from time and space, based on these technologies. This research aims to develop human resources who can respond to the paradigm shift and realize a suitable environment for cyber security education by constructing a remote training environment using VR product technology that can actually be used in student experiments and practical training.
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