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Virtual and augmented reality are currently enjoying a great deal ofattention from the research community and the industry towards their adoptionwithin industrial spaces and processes. However, the current design andimplementation landscape is still very fluid, while the community as a wholehas not yet consolidated into concrete design directions, other than basicpatterns. Other open issues include the choice over a cloud or edge-basedarchitecture when designing such systems. Within this work, we present ourapproach for a monitoring intervention inside a factory space utilizing both VRand AR, based primarily on edge computing, while also utilizing the cloud. Wediscuss its main design directions, as well as a basic ontology to aid insimple description of factory assets. In order to highlight the design aspectsof our approach, we present a prototype implementation, based on a use casescenario in a factory site, within the context of the ENERMAN H2020 project.

A Design Approach and Prototype Implementation for Factory Monitoring Based on Virtual and Augmented Reality at the Edge of Industry 4.0