Platform

Cloud-native closed-loop digital twins.

Import OpenUSD assets, configure reusable OOIDT components, and connect PLC tags to physics-based simulation in NVIDIA Isaac Sim. The platform is designed with a cloud-native architecture for containerized deployment and browser-based access.

How it works

From CAD and PLC tags to a live industrial twin.

Customers bring existing industrial models. Engineers select and configure OOIDT components for each asset, then associate PLC tags through a configuration layer — without rewriting underlying process logic for every scene.

  • OpenUSD industrial asset import
  • Reusable OOIDT behavior components
  • PLC tag mapping and industrial protocols
  • Edge gateway path via OPC UA / MQTT
  • Target architecture: containerized Isaac Sim and browser access
OOIDT architecture overview

Target architecture

A modular pipeline from plant floor toward the browser.

This is the cloud-native target architecture. Core OOIDT and PLC closed-loop capabilities are already validated in standalone Isaac Sim environments; containerized cloud execution and browser streaming are the next commercialization steps.

01Industrial PLC / SCADA
02Edge Gateway — OPC UA / MQTT
03Cloud infrastructure
04NVIDIA Isaac Sim Docker containers
05OOIDT Engine — node blocks + physics
06Synthetic data & AI / ML pathways
07Omniverse Cloud App Streaming (WebRTC)
08Standard web browser
Isaac Sim Omniverse Cloud OpenUSD CUDA SDG RTX

Advantage

The 3D model is not the product. OOIDT is.

Traditional platforms couple behavior tightly to geometry. OOIDT separates industrial behavior from visual representation — enabling reusable components, faster deployment, lower engineering cost, and AI-ready industrial datasets.

CIP digital twin with PLC integration in Isaac Sim