Tag: digital thread

30 May 2019
digital twin

Understanding and Planning for Digital Twins

Adoption of digital twins is on the rise. Thirteen percent of Gartner survey respondents that have implemented IoT have also implemented digital twins, and 62% are working on implementation or are planning to implement them in the next year.

Companies that are considering making use of digital twins—and even organizations that wonder what they are and what they can do—will find a new white paper by Gartner, “What to Expect When You’re Expecting Digital Twins,” extremely useful. Its goal is to help companies that might be planning to or already implementing the technology by providing a thorough understanding of the types of digital twins, their relationships to existing business applications, and their potential impact on those apps.

What are digital twins?

A digital twin is a new type of enterprise software component: a digital proxy or virtual representation for a business entity, whether a person, process, or thing, most often associated with IoT-connected items. IoT provides a stream of real time data to analyze the state of business. Digital Twins are used to increase situational awareness to monitor the overall health of a part or process – does it need to be replaced soon? Is it wearing faster than usual? Digital twins help gain a better understanding of how business resources evolve and change—both of which then drive improvements in commercial processes and other forms of business value.

Gartner identifies three different types of digital twins and defines an emerging role for each, as well as their relationship to each other. Each type of digital twin monitors and optimizes a different scope of individuals, assets, processes, and operations within a company:

  • Discrete digital twins focus on individual assets, people, and other physical resources.
  • Composite digital twins involve a combination of discrete digital twins and resources.
  • Digital twins of organizations (DTOs) maximize value across specific commercial processes or entire business operations.

Does Every Product Warrant a Digital Twin?

The key issue around digital twins is determining what really needs to be a digital twin. The larger, more complex a product is, the more likely a digital twin makes sense. For example, an airplane or ship would be ideal candidates for a digital twin because you would want to have proactive maintenance on those large assets and likely use IoT for feedback mechanisms on those parts and systems. However, if you make smaller products like a phone or something ubiquitous, having a digital twin on every serialized phone or part would not make sense. Perhaps only for major models or releases is where creating a digital twin makes sense. 

Digital twins introduce massive amounts of data, and serious thought needs to be given to what data is being collected and where it is shared across the business. This is where a PLM platform like 3DEXPERIENCE comes into play, it is designed to help manage product variations and how information is managed for every major design and instantiation.  Jonathan Scott from Razorleaf recently wrote an interesting article titled “Start Now:Profiting From The Digital Twin Can Take Time,” I’d recommend reading it as he outlines some of the challenges mentioned here in more detail.

Getting back to the Gartner paper — it details different digital twin design patterns and key characteristics, including proliferation, complexity, inheritance, organization, and interoperability. Common to all three types of digital twins are the two vital roles they perform for business: improving situational awareness and providing information to help companies make better business decisions.

Digital twins aren’t meant to replace business applications, but to extend their value. While they may come as an embedded part of newer, IoT-native applications, they can also be added to existing, pre–IoT era apps. Gartner offers suggestions for how to acquire them—whether they are part of purchased software, pre-developed modules to be integrated into existing software, developed in-house for integration, or outsourced for custom development—as well as recommendations for how to plan for and utilize them.

Want More Information on Digital Twins?

For a copy of the Gartner paper, please complete our Contact us form and we will email you the paper. Or, if you’d like discuss how you might incorporate digital twins into your organization, our PLM consultants would love to have that conversation. Contact us and we will be in touch with you shortly.

16 Jan 2019
COE 2019

Adaptive to Present at COExperience 2019

Join us at COE 2019
February 24-27
New Orleans Marriott

Join Adaptive at this three day event that brings together expert users of Dassault Systèmes solutions. In addition to the keynote presentations be sure to attend presentations by Adaptive’s own Jon Gable and Frank Thomas. These include:

Create an Achievable Roadmap for Implementing 3DEXPERIENCE

Presented by Jon Gable, Director of Sales, Adaptive and Uwe Rieger, Global Manager, PLM & CAD, nVENT

The Dassault Systèmes 3DEXPERIENCE solution can touch most aspects of a company’s processes to conceive, develop, deliver, and service a product.  Yet, the people most often tasked to investigate 3DEXPERIENCE often come from the product design function.  This presents a challenge for how to make others in the company recognize the benefits of 3DEXPERIENCE beyond traditional PDM solutions.  Attendees to this session will learn:

How to get cross-functional buy-in for your 3DEXPERIENCE project

How to create a 3-5 year roadmap for success

How to achieve your first success to build momentum

Simulation of Autonomous Vehicles

Presented by Frank Thomas, Metrology and Additive Manufacturing Solution Specialist, Adaptive

In-Process inspection is a time and resource consuming process. By incorporating Adaptive’s “Universal Metrology Platform,” customers can select a wide range of 3D scanning solutions for fast real-time in-process inspection of production parts. Attendees to this session will learn:

What is the Universal Metrology Automation (UMA) Platform?

What types of Robots does UMA support?

What do we mean by “real-time” inspection?

Is there any SPC data collected?

How do I compare the physical part to the CAD data nominal with tight tolerances?

Learn more and register today.