Next steps: deliverables prioritization, milestones and contributors, across focus areas of Extended Reality: AR/VR/MR, Interoperability and Intelligent Automation, Standardization and Semantics, and Responsible AI.

This presentation introduces Multi-Agent Generative Systems (MAGS), an advanced AI-driven platform that integrates multiple software agents with large language models to optimize industrial processes. Unlike traditional multi-agent systems, MAGS agents can reason, collaborate, and adapt to complex environments.
We will explore how MAGS agents observe their environment, reflect on past experiences, plan actions, and execute tasks. The presentation will highlight the crucial role of digital twins in providing a real-time proxy for physical assets, enabling continuous monitoring and simulation.

The unique aspects of MAGS include:

1.Advanced reasoning capabilities
2.Collaborative problem-solving among agents
3.Adaptive decision-making in dynamic environments
4.Integration with real-time data and business applications

We will discuss practical applications of MAGS in various industries and demonstrate how it enhances efficiency, safety, and decision-making in complex operational settings.
The presentation will conclude with a live demonstration of MAGS managing an industrial business process using digital twins, showcasing its potential to transform operations through intelligent automation and continuous optimization.

Speaker: Pieter Van Schalkwyk, CEO, XMPro

NEC - Negotiation AI technologies can contribute to the autonomous orchestration of constituent elements in a digital twin and coordination between digital twins. A carbon neutrality use case will be covered.

Speaker: Yasser Mohammad, Principal Researcher, NEC

Mitsubishi Electric's DX aims to realize a sustainable society. In recent years, as DX has been in the spotlight, we often see keywords such as model-based development and digital twins. Mitsubishi Electric's model-based development includes Model Based Design (MBD) and Model Based Systems Engineering (MBSE).

Speaker: Noriyuki Minegishi, Chief Expert of Future Society Creation lab, Mitsubishi Electric

In today's rapidly evolving business landscape, companies face the challenge of integrating diverse data from a myriad of suppliers. This talk explores why adopting agnostic and simplified data formats is crucial for enhancing operational efficiency, reducing integration costs, and driving data-driven decision-making. By standardizing data to be vendor-neutral and streamlined, organizations can eliminate compatibility issues, accelerate data processing, and ensure more accurate analytics. Attendees will gain insights into the strategic benefits of data standardization, practical approaches for implementation, and how this shift can lead to a more agile and responsive supply chain.

Speaker: Christopher Nelson, Process Consultant, Dassault Systèmes 3DEXCITE

Interact with real-world implementations that provide insights into various digital twin technologies, building blocks, methodologies, and techniques. These presentations will cover domain-specific scenarios with value-driven outcomes.

Speaker: Pete Mills, Executive Director, Crysp

Contribute to Working Group and Subgroup focused meetings
Interact and work on focus areas and deliverables.

The OMG Standards Development Organization (SDO) is very active in several areas that facilitate the integration and interoperability of digital twins. This includes the recently adopted Systems Modeling Language (SysML) v2, work in the manufacturing and product lifecycle domain, standard platforms for ontology development and sharing, and emerging standards in AI.
In parallel, work is going on in the ISO/IEC joint subcommittee on Internet of Things and Digital Twin (SC 41), with working groups dedicated to IoT architecture, interoperability, applications, and digital twin.

Speakers: Claude Baudoin, Co-Chair of Business Modeling & Integration Task Force, AI Task Force, and Cloud WG, OMG / Antonio Kung, Co-Founder, Trialog

Digital engineering is a means of using and integrating digital models and the underlying data to support the development, test and evaluation, and sustainment of a system. These collaborative digital environments are key to involving all stakeholders in developing models, executing simulations, and performing analysis and optimizations for the digital models or digital twins.

Speaker: Daniel Hettema, Director of Digital Engineering, Modeling and Simulation (DEM&S) within the Office of the Under Secretary of Defense for Research and Engineering

VERSES AI, in partnership with the Spatial Web Foundation, worked with NASA/JPL researchers and California State University, Northridge to model data using Spatial Web standards with the objective of allowing government agencies, private sector aerospace entities, and universities, each having different technology stacks, to demonstrate interoperability between distributed and disparate Digital Twin (DT) systems. Lunar exploration is evolving into a multi-country, global collaboration effort and interoperable digital twins are a critical requirement to fulfill the mission. Digital Twins have the potential to support testing and deployment across organizations globally, however, the primary challenge to achieving this vision of collaborative lunar exploration is the interoperability and governance across platforms and enterprise DT systems. Our project validated how lunar rovers and landers could function autonomously over shared, cross-platform 3D digital twins and physics model of the lunar environment and equipment. The Spatial Web standards, which Genius from VERSES AI is the first developer toolkit to support, were designed to address the universal problem of transforming any multi dimensional data, not just geometry and geography, into a unified shared Digital Twin including the rights and rules that govern the relationships between people, places, and things. This presentation will help you learn about the recently approved IEEE P2874 Spatial Web standard and see a Lunar demonstration of the interoperability between multiple, cross platform DT systems.

Speakers: Michael Wadden, Chief Commercial Officer, VERSES AI and Ed Chow, Manager of the Civil Program Office, NASA's Jet Propulsion Laboratory

Interact with real-world implementations that provide insights into various digital twin technologies, building blocks, methodologies, and techniques. These presentations will cover domain-specific scenarios with value-driven outcomes.