Visualization Digital Thread Meets Immersive 3D Simulation

Source: Aras | Translated by AI 2 min Reading Time

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To close the gap between 3D visualization and engineering data, Aras has joined the Alliance for Open-USD. The aim is to promote the standard for interoperable 3D workflows in the context of digital twin technologies.

With the further development of digital twins from pilot projects to operational systems, the need to link high-resolution 3D environments with real product and process data is increasing in engineering.(Image: Gorodenkoff - stock.adobe.com)
With the further development of digital twins from pilot projects to operational systems, the need to link high-resolution 3D environments with real product and process data is increasing in engineering.
(Image: Gorodenkoff - stock.adobe.com)

OpenUSD has established itself as a core technology for creating and exchanging complex 3D visualizations and environments. It forms the foundation of digital twin platforms in industry, including Nvidia Omniverse. Its libraries and APIs use OpenUSD to enable real-time collaboration as well as simulations and AI-driven applications in real-world environments across engineering, manufacturing, and operations.

Synchronizing Engineering Data with the 3D World

As digital twins evolve from pilot projects to operational systems, the need in engineering is growing to link high-resolution 3D environments with real product and process data managed throughout the lifecycle—such as product configurations, requirements, validity states, change histories, or service data. Without this connection, there is a risk for designers and developers that simulations and visualizations may deviate from the actual system configuration.

Aras’s participation in the AOUSD highlights the company’s long-standing commitment to open ecosystems. The focus is on connecting PLM-driven digital thread data with scalable, OpenUSD-based 3D environments across engineering, manufacturing, quality, and service.

Open ecosystems scale innovation across customers, partners, and technology providers. By joining the Alliance for OpenUSD, we ensure that immersive digital twin environments and real-time simulations remain closely linked to product and process realities throughout the entire lifecycle.

Rob McAveney, CTO of Aras

Lifecycle-Networked Digital Twins for Omniverse

As part of its participation in AOUSD, Aras plans to contribute features that will help industrial companies to productively deploy Digital Twins based on Open-USD and Nvidia Omniverse. These include for design and development teams:

  • Dynamic generation of extensive 3D visualizations of digital twins, product configurations, and datasets linked to the digital thread
  • Direct linkage of 3D visualizations with lifecycle data for end-to-end traceability (e.g., geometry → configuration → change → validation evidence)
  • Support for live digital twin views that reflect operational updates and configuration changes in real time
  • Enrichment of immersive 3D environments with underlying product structures and associated data such as electronics and MBSE models
  • Scalable integration between PLM-managed product data and real-time simulation environments

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