TwinArk: A Unified Framework for Digital Twins based on Micro-frontends, Micro-Services, and Web 3D
Authors: Jorge Martínez Sebastián Muñoz Nieves Alcain
Date: 09.10.2023
Abstract
The introduction of the Digital Twin (DT) has sparked a great deal of interest in the virtual replication of physical assets and processes. However, to fully realize the potential of DT, companies require robust and scalable front-end solutions. This study proposes harnessing micro-frontend technologies to surmount the limitations of monolithic front-end frameworks, thereby crafting effective presentation layers tailored for industrial companies. By decomposing complex and distributed systems into modular web-based DT, the proposed framework enables better scalability, synergy, and efficient application development. It also tackles the intricacies introduced by complex multi-vendor elements within DT and the orchestration of services and virtual environments. Research is focused on developing an architecture that facilitates seamless connectivity between multiple blocks of DT as well as interactivity and immersive experiences. Our study offers insights into our journey of implementing this framework for various industrial use cases, such as training, monitoring, and control, highlighting the benefits, drawbacks, and challenges. Ultimately, this research aims to accelerate the creation of DT, improve maintainability, and increase efficiency and productivity in industrial environments.
BIB_text
title = {TwinArk: A Unified Framework for Digital Twins based on Micro-frontends, Micro-Services, and Web 3D},
pages = {9},
keywds = {
digital twins; GUI; Web3D
}
abstract = {
The introduction of the Digital Twin (DT) has sparked a great deal of interest in the virtual replication of physical assets and processes. However, to fully realize the potential of DT, companies require robust and scalable front-end solutions. This study proposes harnessing micro-frontend technologies to surmount the limitations of monolithic front-end frameworks, thereby crafting effective presentation layers tailored for industrial companies. By decomposing complex and distributed systems into modular web-based DT, the proposed framework enables better scalability, synergy, and efficient application development. It also tackles the intricacies introduced by complex multi-vendor elements within DT and the orchestration of services and virtual environments. Research is focused on developing an architecture that facilitates seamless connectivity between multiple blocks of DT as well as interactivity and immersive experiences. Our study offers insights into our journey of implementing this framework for various industrial use cases, such as training, monitoring, and control, highlighting the benefits, drawbacks, and challenges. Ultimately, this research aims to accelerate the creation of DT, improve maintainability, and increase efficiency and productivity in industrial environments.
}
isbn = {979-840070324-9},
date = {2023-10-09},
}
