Digital Twin Consortium is a global ecosystem of users driving best practices for digital twin usage and defining requirements for new digital twin standards

An airport ecosystem operates through an intricate web of interconnected systems, spanning business and operational systems. As the complexity has increased, resources are being drained and costs are skyrocketing. Traditional methods of optimizing individual systems are no longer adequate. 

Digital twins have been introduced into the ecosystem to improve operational efficiency and reduce waste. Today, digital twins are driving positive outcomes across business silos, from infrastructure management and terminal operations to regulatory compliance and fiscal management. 

In this webinar, our panel of airport operations experts and digital twin technologists will engage in a discussion on how digital twins are proving real-world value. They will look at areas such as airport master planning, airside operations, passenger experience, safety/security, and emergency response. 

What will be covered 

- An introduction to digital twins and decision intelligence 

- Key insights from a comprehensive survey of airport owner/operators and consultants 

- A system of systems approach to value creation 

Who should attend 

- Technologists and business executives in transportation and customer services industries, interested in taking their operational efficiency to the next level. 

- Technologists and business executives interested in learning more about digital twins, real-world implementations, and how they realize value. 

- Anyone interested in airport operations, transportation technology, digital transformation, or digital twins. 

Presented by 

Doug Migliori, Event Driven Systems (moderator) 
Isaac Benzaquen, Dassault Systèmes 
Kelly Watt, Digital Twin Consulting
Mike LaFontaine Orange County Public Works/SNA Airport

The Business Value of Digital Twins for Airport Operations

Digital transformation is driving and defining today’s pharmaceutical industry. It provides a
disruptive and transformative roadmap across multiple disciplines and market sub-sectors. However, reaching the lofty goals promised by transformation means aligning the industry with a new set of principles.

The FDA, in concert with the industry, has begun work on establishing a digital transformation framework for pharma. The framework is consistent with extrapolating Industry 4.0 into manufacturing and operations. 

In this presentation, Eli Lilly’s Doug Kiehl will illustrate how his organization is leveraging the FDA framework and cross-collaborative industry partnerships to make strides toward achieving their transformation goals. This work has helped Doug’s team optimize production through digital manufacturing operations and augment the current workforce through automation.

What will be covered:
Doug will discuss methods to attain the goals of more expedient operations, product development, advanced manufacturing, supply chain, and lifecycle management. He will explore three key enablers for advanced manufacturing in pharma: 

1. The FDA’s FRAME (Framework for Regulatory Advanced Manufacturing Evaluation) initiative,
2. Digital twins, and 
3. Cross-collaborative partnerships.

 Who should attend: 
• Technologists and business executives in pharma R&D and manufacturing, interested in taking their operational efficiency to the next level.
• Technologists and business executives interested in learning more about digital twins, real-world implementations, and how they realize value. 
• Anyone interested in pharma manufacturing, digital transformation, or digital twins.

Enabling Digital Transformation in Pharma with Cross-Collaborative Partnerships

The challenges for process manufacturing industries have never been more formidable. In the biopharma world, costly developments such as shifting drug prices, healthcare mandates, regulatory requirements, and demands for consumer customization, have compelled manufacturers to reinvest in their operations and processes.  

Modular manufacturing is a key advancement that has emerged as a result. This technique allows process manufacturers to produce a variety of products from a single facility with faster changeovers, increased flexibility, and improved overall equipment effectiveness. The technology at the foundation of this breakthrough is Virtual Twin as a Service. 

What will be covered: 

In this webinar presentation, Dassault Systèmes’ Guillaume Kerboul examines how Virtual Twin as a Service is reducing time to market and enhancing operational efficiency in biomanufacturing processes and recipes. Guillaume will look at: 
 
Use cases for breaking down manufacturing facilities into functional building blocks or modules to create their twin in the virtual world.  

How virtual twins of buildings, equipment, and single-use kits help manufacturing organizations implement modular manufacturing. 

Opportunities to realize value from virtual twins, including re-using designs, accelerating operator training, and simplifying processes such as qualification and validation.  

How virtual twins will ultimately achieve more sustainable drug manufacturing. 
 
Who should attend:  

Technologists, business executives and CDMOs in pharma R&D and manufacturing, interested in taking their operational efficiency to the next level. 

Technologists and business executives who are interested in learning more about digital twins and virtual twins, real-world implementations, and how they realize value.  

Anyone interested in pharma manufacturing, digital transformation, or digital twins.

How Virtual Twin as a Service Accelerates Modular Biopharma Manufacturing

The Digital Twin Consortium’s Technology Showcase features a new public safety use case, designed to provide comprehensive safety intelligence to save people in panic during shooting incidents. This webinar will delve into the use case in detail and show how it ensures safety while minimizing damage and fatalities. 

The Digital Twins for Public Safety use case is based on the Intelevac AIoT platform developed by safety intelligence solution provider Corners Global, where Linda leads the BD team. She hopes to be part of a digital era that can make a difference and make the world a better place to live. 

What will be covered: 

- Digital twins are leveraged to provide the best escape routes and safe places. More specifically, the use case provides the three Ds of intelligence: 1) Detect the gun shot, 2) Determine the best courses of action, and 3) Direct people to safety.  
- Digital transformation plays a crucial part in the use case, as it incorporates digital twin and AI in multiple aspects of the solution
- Developing location analytics algorithms for shooter location identification, 
- Relaying 3D visualizations of target facilities to emergency response teams, and 
- Building 3D simulations for realistic safety training opportunities.  

Who should attend:  

- Technologists and business executives in building or premises security and public safety. 
- Technologists and business executives interested in learning more about digital twins, real-world implementations, and how they realize value.  
- Anyone interested in digital transformation and digital twins.

How Digital Twins Enable Evacuations During Active Shooter Incidents

Join us on December 15 for a live webinar that unravels the Gen AI revolution, a game-changer in technological history. While offering unprecedented benefits across various industries, it also raises critical questions about trust, ethics, and the potential for unintended consequences.

Explore the transformative power of Generative Artificial Intelligence and the challenges it presents. We'll delve into the distinction between impressive AI capabilities and true intelligence, addressing concerns related to accuracy, bias, and ethical outputs. The development of Key Performance Indicators (KPIs) will be highlighted, focusing on ensuring the trustworthiness of AI systems.

Navigate the evolving landscape of regulations, industry guidelines, and governmental efforts worldwide. Understand how Gen AI is poised to reshape communication, creative, financial, legal, manufacturing, medical, and science & technology sectors. Concluding with a forward-looking perspective, we'll discuss the impact on the workforce, intellectual property, and the need for a shift in cognitive approaches. Join us for an insightful exploration into the future, balancing the promises and challenges of Generative AI. Reserve your spot now for an engaging discussion on responsibly navigating this revolutionary technological landscape.

Generative AI and Sustainability

In our previous webinar on Responsible Generative Artificial Intelligence, participants voted overwhelmingly in favor of increased regulation surrounding creating and deploying Generative AI systems. 

The European Union has been the first to propose regulation. The UK is looking towards a pro-innovation form of regulation, with the US securing voluntary commitments from leading AI companies. 

Intellectual property is a significant concern, as well as risks to the public, in the areas of bias, privacy, and trustworthiness. 

On October 4, John Easton of IBM will discuss the potential implications of these emerging regulations, intellectual property concerns, and the role of AI ethics. Cheranellore Vasudevan will provide an overview of the upcoming Responsible Generative Artificial Intelligence White Paper.

A Responsible Approach to Regulating Generative Artificial Intelligence

Lucile and Stephane motivate you to see IT differently in this thought-provoking presentation. Starting by introducing responsible computing and green IT, they move on to show what makes a typical web page, what happens with the processing, and why many parts can be removed, saving energy, costs, and improving user retention, which is linked together.

How to Spot the Waste in IT and Web Development

Governments, social scientists, technologists, and even the heads of AI organizations are expressing concerns about the potential misuse of the power unleashed by Foundation Models and Generative AI. Many nations and organizations have already started taking steps to regulate this powerful technology to prevent possible misuse and disruption of the societal fabric. Fear and concerns are synonymous with the approach toward nuclear technology worldwide. 

The teams of the Object Management Group (OMG) Responsible Computing Initiative launched a Tiger team to study and evaluate the potential concerns regarding Generative AI Techniques (GAIT) and recommend ways to channel the capabilities of GAIT responsibly to benefit society. 

Specific objectives include investigations on how to:

- Instill trust and reduce bias in the data used to build GAI models.
- Recommend proper and ethical use of AI models whilst protecting the intellectual rights of authors, artists, and other professionals.
- Regulate the proliferation of AI models to ensure no disruptive effects on employment, society, and the environment.
- Educate the consumers, administrators, and governmental bodies on the dangers and limitations of excessive use of AI models.

The different tracks of this initiative are:

• Ensure trustworthy Generative AI Models, which must be based on accurate and unbiased data.
• Impact on the Labor market, especially many white-collar jobs like copywriters, interpreters, and even professionals like investment advisors, editors, lawyers, customer support professionals, creative writers, doctors, etc.
• Issues related to IP, copyright violation, ownership, royalty, etc.
• Impact on the environment with the power-hungry deep learning process to build(train) GAI models.

Michael Linehan (OMG) and Cheranellore Vasudevan (IBM) will present their thoughts as they start their work on this initiative.

Responsible Generative AI

At Northrop Grumman, the digital thread provides the framework for continuous feedback and incremental opportunities to build, refine and verify solutions digitally. The digital thread provides extensible, configurable, multi-directional integration of authoritative technical data, software and information throughout a system’s lifecycle, enabling the operational efficiencies and data-driven insights our customers require.  

This webinar will provide insights into our model-based digital thread and the digital technologies that are being implemented at Northrop Grumman to drive speed, quality and cost savings for our customers.   

In this webinar, attendees will examine: 

The value of digital thread in Aerospace & Defense applications. 

Strategic advantages of digital thread-based frameworks. 

Northrop Grumman’s unique digital transformation journey. 

  

Who should attend: 

Technologists and business executives in A&D and related industries, i.e. manufacturing and energy. 

Technologists and business executives interested in learning more about digital twins,  real-world implementations, and how they realize value. 

Anyone interested in digital transformation and digital twins.

Digital Thread Powering Digital Twins at Northrop Grumman

We live in a world of rapidly changing technological advancements, with new and evolving threats from our adversaries. Our customers within the Aerospace and Defense industry have made it clear that they are evolving to meet the threat—and they expect us to evolve with them. Lockheed Martin, the world's largest defense contractor, is embracing Digital Transformation as one way to stay Ahead of Ready. This webinar provides an overview of our company's Digital Transformation journey, focusing particular attention on various Digital Thread and Digital Twin technologies being implemented at Lockheed Martin.

Transforming Aerospace & Defense with Digital Twins - a Lockheed Martin Use Case

The Digital Twin Consortium Technology Showcase features a new sustainability use case: a remote operations center (ROC) for wind farms based on digital twins. The ROC increases wind energy production, reduces downtime, and enhances turbine maintenance efficiency and safety. 

A digital twin provides a virtual representation of the physical wind farm, synchronized at a high frequency and fidelity. Using IoT devices, sensors, and communication protocols, the ROC collects data from wind turbines and equipment.  

This allows operators to monitor and predict changes without disrupting operations. By providing a platform for remote decision-making, the twins enable performance optimization and operational efficiency.

Join XMPRO’s Gavin Green, as he takes a look inside the remote operations center, breaks down how it works, and illustrates its value.

DTC Use Case: A Digital Twin-Based Remote Operations Center for Wind Farms

A virtual twin starts with designing a 3D model that represents the shape, dimensions and properties of a physical product or system. Simulations are run on that virtual model to explore how the product will behave when assembled, operated or subjected to a range of events. 

Virtual twins let you visualize, model and simulate entire environments. The goal is to facilitate sustainable business innovation across the full product lifecycle. Testing help optimize and validate the design, materials and production processes. Because it is all done virtually, it makes the entire lifecycle more sustainable. 

In this webinar, presenters from Dassault Systèmes will define virtual twins, the virtual twin experience, and how they differ from digital twins. They will showcase virtual twins for modeling & simulation, science & data, and collaboration and demonstrate how end-users are leveraging virtual twin experiences in real-life in four industries:  

Aerospace & Defense, 
Industrial Equipment,  
Life Sciences, and  
Transportation & Mobility.

Who Should Attend: 

Business executives and technology professionals who are investing in digital twins and 3D modeling or are considering investing in the technologies. 

IT and IoT professionals across industrial and life sciences vertical market. 

Digital twin and 3D modeling practitioners, and those interested in becoming

How to Leverage the Virtual Twin Experience in Real-life; With Industry Examples

In order to identify strategies for bringing carbon emissions under control, one of the first steps we need to take as a technology community is to measure the actual emissions. Emissions caused by Scope 1 (fossil fuel burning) and Scope 2 (electricity consumed during production) are relatively easy to measure. 
 
Unfortunately, measuring Scope 3 emissions has presented a major challenge. Scope 3 emissions are important because they make up 80% of all carbon output during the manufacturing process. Produced across the supply chain and distribution network, Scope 3 emissions include carbon generated by logistics, raw material, the carbon footprint of parts used, and so on. 
 
In this webinar, Eric Barnstedt, OPC Foundation, and Achalesh Pandey, GE Digital, will explain how digital twins are being leveraged to provide clear insights into the carbon footprint across an organization’s entire manufacturing supply chain. This includes a breakthrough way to measure, track, and report on Scope 3.

Measure Scope 3 Carbon Emissions with Digital Twins

Digital twins have the potential to revolutionize how we approach tasks, from managing stock in a warehouse to designing and maintaining a fleet of aircraft. But to realize this transformative value, digital twin systems need to be designed and architected with best practices for scalability, interoperability, and composability.  

In this webinar, Dr. David McKee will walk through these best practices by breaking down the steps that are described in the DTC’s new white paper “Platform Stack Architectural Framework: An Introductory Guide.”  

 Dr. McKee will explore multiple use cases and worked examples of how the framework is already being applied. This will include a Net Zero Smart City example, in which he guides us through the entire process, from capability selection, through to technology selection, and finally implementation. 

Who should attend: 

The webinar provides a starting point for system architects to facilitate best practices. The best practices concepts are also ideal for C-Suite and business leaders, or anyone who is new to digital twin technology and needs a foundational understanding of architectures before diving into technology selection or development.  

The webinar will provide: 

* An outline of the central concepts and common framework elements of a digital twin system.  

* A look at the elements that take a solution from being a great model or simulation to qualifying as a digital twin. 

* A reference architecture template, including foundational building blocks. 

* A review of commonly adopted technological approaches and standards and real-world use cases.

Digital Twin Platform Stack Architectural Framework

Systems Modeling Language™ v2 (SysML® v2), whose beta version was just adopted by our Board of Directors and is currently in its finalization phase, will enable modeling of increasingly complex systems as part of the evolving practice of model-based systems engineering, and provide improved precision, expressiveness, consistency, usability, interoperability, and extensibility over SysML v1.

The collection of SysML v2 specifications were submitted to the OMG Board of Directors for approval as beta specifications and have entered their finalization phase. The SysML v2 submission concluded five years of development with representation from over 80 organizations, resulting in three specifications and an open-source pilot implementation to validate them. It is anticipated that the final adopted specifications will be approved by the OMG in 2024 and that some of the tool vendors will have commercial SysML v2 implementations available at that time.

This webinar includes two parts presented by the co-leaders of the SysML v2 Submission Team. The first part includes an overview of SysML v2 capabilities and a comparison of SysML v2 with SysML v1, while the second part addresses some of the key language design decisions that led to the current specifications and the rationale for those decisions.

Systems Modeling Language™ v2 (SysML® v2) Overview

Industrial environments face numerous challenges regarding asset performance, workforce productivity, and ensuring overall plant safety. The complexity of data formats and the increasing need for real-time and historical asset information demand a more efficient approach. The solution is the 3D Digital Twin. 
 
Join industry experts Vipin Nair from GE Digital and David Reinhart from Visionaize in an engaging webinar as they dive into various applications of the 3D Digital Twin, illuminating its capability to drive tangible business benefits and return on investment (ROI). 

Key Takeaways:
-  Explore how 3D Digital Twins revolutionize mechanical integrity and increase overall productivity 
-  Learn how the contextualization of data in a 3D format makes for faster and better decision making 
-  Expand business value by leveraging Digital Twins for broad use cases, such as plant maintenance and turnarounds
 
Learn about the power and versatility of 3D Visualization in revolutionizing Asset Performance Management (APM), and discover how this transformative technology can optimize mechanical integrity programs while laying the groundwork for a comprehensive Digital Twin experience.

Power of 3D Visualization: Accelerating Your Digital Transformation Journey

Digital twins play a crucial role in enabling new insights, helping organizations better understand and predict the physical world in which they operate. The world of epidemiology is now benefiting from this transformation. 
This webinar, Revolutionizing Disease Tracking with Advanced 3D Visualizations will introduce a use case for Infectious Disease Management that illustrates the potential of digital twins for tracking diseases. The webinar is free and open to the public.  
This use case, part of the DTC Technology Showcase, features a digital twin platform that links time, spatial, and sensor data with existing enterprise data. This helps epidemiologists gain an up-to-date view of disease spread across large patient populations and diverse environments. Interactive 3D visualizations provide a detailed perspective on patient movements and disease states, offering an unprecedented level of contact tracing and investigation. 
The session will explore the versatility of the solution, including:  
3D model creation from 2D plans, imported 3D BIM, and on-site mapping;  
Data integration with various enterprise data interface types;  
Visualization on low-spec PCs, tablets, and VR/AR devices (including HoloLens); and 
Deployment flexibility ranging from on-premise PCs to fully cloud-hosted infrastructure. 
Presenter: Sean Whiteley, AxoMem
Mr. Whiteley has more than 25 years of enterprise IT and innovation experience, working with the world's largest companies through to deep tech startups. Over the past two years he's been co-leading a multi-institution collaboration focusing on a large acute care hospital in Singapore (1,500+ beds) to visualize and predict disease spread for multiple infectious disease types, including respiratory illnesses such as COVID19 and Multi Drug Resistant Organisms (Superbugs). He is the founder of AxoMem.io, which is building a new generation digital twin and 3D analytics and AI platform supporting 3D, VR and AR capable front-end interfaces.

Revolutionizing Disease Tracking with Advanced 3D Visualizations

Decision intelligence within transportation hubs requires AI, IoT sensors, computer vision, and robots composed into a dynamic system of systems providing higher-level capabilities. From airports to seaports, these capabilities must be tailored to meet specific customer requirements and desired outcomes – including sustainability – requiring a paradigm shift in the way we trade and deliver solutions. 

In this collaboration between Digital Twin Consortium, TM Forum, and Airport Council International, several DTC member organizations have aligned concept, capability, and event models to simplify the simulations, delivery and orchestrations of complex multiparty services. 

Join our speakers to learn more about this project. 

Isaac Benzaquen, Global Director of Airport Experience, Dassault Systèmes
Doug Migliori, Global Ecosystem Enablement, Event Driven Systems
Corey Gray, Global CEO, Smart Cities Council

Composing Intelligent Transportation Hubs

This session will explore a prototype implementation of Digital Twin technology for performing laboratory experiments that was recently implemented at University of Maryland College Park, in response to the Covid-19 pandemic. The system consists of several projects that students can access from any browser and actuate and redirect signals on various experiments while obtaining quantitative data. Learn how University of Maryland, using Digital Twins, solves the real problem of how to give students the individual experience and training they need when it isn’t possible to go into a physical lab. See how students have achieved many of the core educational objectives of laboratories, including an analysis of real world systems, developing problem solving skills, developing insight and creativity, understanding statistics and recognizing the limits of the idealized theory and simulations.

Back to School: Digital Twins for Student Remote Lab Experience

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