Implementing Digital Twins via micro-frontends, micro-services, and web 3D

Abstract

The introduction of Digital Twin (DT) technology has sparked interest in virtual replication of physical assets and processes. However, to fully capitalize on DT’s potential, we need robust and scalable frontend solutions. This study proposes an innovative approach to overcome the limitations of traditional monolithic frontend frameworks by leveraging micro-frontend technologies. Our goal is to enable seamless connectivity between DTs and develop tailored presentation layers by decomposing complex systems into modular web-based DTs. Additionally, our framework tackles the challenges posed by multi-vendor elements within DTs and facilitates service and virtual environment orchestration for seamless integration and operation, enabling real-time data exchange between virtual models and physical machinery. Insights from its implementation across various applications, including training, monitoring, and control, shed light on its advantages and limitations. This research aims to revolutionize DT creation and management by introducing a scalable and adaptable framework designed to enable Web 3D for Industry and Manufacturing. By integrating cutting-edge micro-frontend technologies, our approach seeks to enhance maintainability, efficiency, and productivity. However, potential limitations such as code duplication and app payload concerns must be acknowledged. Future research will address these limitations to broaden applicability and improve performance. Overall, our proposed framework offers promising solutions to many challenges in industrial settings, paving the way for more efficient and effective DT deployment and management.