According to a recent report by ResearchAndMarkets, the size of the Digital Twin market is expected to reach $63.5 billion by 2027, rising at a growth rate of 41.7%.
The “Global Digital Twin Market By Type, By Application, By Industry, By Regional Outlook, Industry Analysis Report and Forecast, 2021 – 2027” includes coverage of digital twins across various industries including manufacturing, agriculture, energy, and utilities, healthcare, and automotive.
The report cites, for example, Volkswagen AG, whose employees working at the Pre-Series Center in Wolfsburg are using 3D models to support prototype assembly operations across the globe.
The report also shares the acceleration caused by the global pandemic, saying an increasing number of companies are shifting towards automation with an aim to streamline different processes.
Last week, the Digital Twin Consortium (DTC), a global initiative bringing together innovators and developers in the digital twin domain, announced that their open-source collaboration initiative is now available to the public on GitHub.
Just as interest surges, the organization is investing in this open-source collaboration community, where consortium members and non-members can collaborate on open-source projects, code, and collateral and become part of the DTC ecosystem.
“Open-source collaboration will encourage innovation in digital twin solutions,” said Dr. Said Tabet, Distinguished Engineer, Chief Architect Emerging Technology & Ecosystems, CTO Office, DELL Technologies, and DTC Steering Committee member. “Our Open-Source Collaboration Community will also accelerate the adoption of digital twins and drive business transformation.”
“As a consortium, our collective goal is to progress digital twin technology out of the lab and into the marketplace. Digital twins can be difficult to apply across the entire life cycle, where efficiency is often stifled by data silos and a lack of interoperability. Integration with legacy environments can also be challenging,” said Dan Isaacs, CTO Digital Twin Consortium. “Digital Twin Consortium’s open-source community will speed the cross-industry adoption of digital twin technologies and techniques and drive digital twin technology toward interoperability and market readiness.”
“We’re excited to be supporting this initiative by open-sourcing some of our video streaming tech as well as looking forward to supporting the other projects announced today,” said David McKee, CEO, CTO & Founder, Slingshot Simulations, and co-chair of DTC Technology, Terminology, and Taxonomy, and Open-Source, Standards, and Platform Stacks Working Groups.
“Our Open-Source Virtual Reality Initiative ‘Mars Induction Explorer’ is the larger Stellar Transformer project’s first composite digital twin component. We have plans to map digital twins of the entire solar system, capturing the long-wavelength electromagnetic solar induction effects on all the planets,” said Bruce Leybourne, CEO & Founder, Stellar Transformer Technologies, and Non-Profit – Geoplasma Research Institute.
“By utilizing open-source, projects can reach a greater audience and gain adoption faster. This project supports the drive for open-source digital twin models based on Digital Twin Definition Language (DTDL),” said Nicole Scheinbach, Engineering Consultant, Wind Power Plant & Wind Turbine DTDL Models at XMPro.
“An open collaboration between companies around software and open-source projects is the key to taking advantage of the benefits of digital twins of any asset of a company,” said Eric Truffet, Master’s Professor, Digital Interconnection, ECAM Strasbourg-Europe. “The Ecolcafé open-source project represents a coffee roasting company, with its enterprise resource planning (ERP), staff, real production machines, and digital twin management system. You can reuse projects and source code for your uses of the digital twin concept.”
“The Digital Twin Consortium open-source initiative provides an accelerator for organizations at different stages of their Digital Twins journey,” said Pieter van Schalkwyk, CEO, XMPro. “Our IEC 61400-25-based Digital Twin Definition Language (DTDL) models for wind farms is an example of an accelerator that demonstrate how digital twins can be built in a standardized way while reducing the time to value by using open-source models. We are excited to be part of this trailblazing initiative by the Digital Twin Consortium.”
- dtc-glossary – A repository for collaboration on a glossary of digital twins and digital twin technology from the Digital Twin Consortium.
- EcolCafe-Industrie-4.0 – Project proposes internal ERP, SCADA, and SysML projects to describe, execute, and improve end-to-end manufacturing digitalization.
- Stellar-Transformer – Repository comprising the first digital twin-component (Mars Induction Explorer) of the larger Stellar-Transformer project, which will provide digital twins of the entire solar system, including earth. It captures the electromagnetic solar induction effect on all planets.
- UA Nodeset Web Viewer – A tool used in Industrial IoT scenarios to bridge the gap from operational technology (OT) to information technology (IT). OPC UA is the standard interface for vendor-neutral OT interoperability in factories, plants, and renewable energy farms with best-in-class data/information modeling functionality.
- XMPro-dtdl-data-models – This repository includes DTDL models for wind farms and wind turbines based on the IEC 61400-25 standard. These models can create digital twin instances in Azure Digital Twins directly or through the XMPro No Code application development platform.
To contribute to the open-source collaboration community, candidates complete a project application, which the DTC Technical Advisory Committee reviews. If approved, contributors upload their project or related content to the DTC Open-Source Collaboration GitHub site. GitHub is an open-source repository hosting service, which contains project files and revision history, and enables participants to share and collaborate on digital twin-related content and projects.