NVIDIA integration that reaches the systems other tools can't.
Connect NVIDIA Omniverse to every SCADA, IoT, historian, PLC + AI agent your operation runs on. Feed the OpenUSD twin real-time operational data, and make its scenarios act across your systems.
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Live demo · Claude querying NVIDIA + ops via Rayven MCP
Trusted by 240+ teams across Australia + globally
NVIDIA is brilliant at what it does. Useless at everything else your data + AI needs to touch.
The Omniverse scene is stunning but static, driven by exported snapshots. Simulation runs on last week's numbers. The twin's what-if results never reach the crew who would act on them. AI scenario work stalls because live plant data never lands on the USD stage.
The integration tool you've already tried probably can't fix it.
App-to-app. Useful, until it isn't.
Connectors for NVIDIA, Slack + a thousand other cloud apps. Cheap + fast for the easy half of integration. Where they hit a wall:
- SCADA, historians and IoT sensors that should drive live USD layer properties, not a static scene
- PLC and OT telemetry that must reach the visualisation twin without touching the control loop
- EAM and CMMS that should act on a scenario the twin has already flagged
- ERP and MES that need throughput and downtime figures the twin is simulating
- AI models running scenario and what-if runs that need live operational readings, not sample data
SCADA, IoT, historians, EAM + AI. One platform.
The integration platform built for what other tools can't (or won't) reach - plus an AI data fabric, MCP server + app builder layered on top.
- NVIDIA + every SCADA, IoT and historian system
- SCADA, IoT sensors, historians, BIM/GIS, EAM + custom-built connectors.
- Files, legacy SQL, FTP + custom-built connectors
- Real-time bidirectional sync, tier-aware + rate-limit-safe
- AI Data Fabric, MCP, automation + custom apps included
NVIDIA + Rayven: AI, automation + tools that reach every system you run.
5 examples of what Rayven customers run on NVIDIA + integrated systems. Built in weeks, not months.
Drive the USD stage with live data
Real-time OT tags, sensor readings and historian values bind to live USD layer properties, so the Omniverse twin animates the plant as it runs. Data is unified first in Rayven's Industrial AI Data Fabric, then streamed to the stage.
Plant-floor telemetry, read-only
Rayven collects OPC-UA, Modbus and MQTT telemetry at the edge and feeds it to the visualisation twin. The scene mirrors machine state live while Rayven stays strictly read-only on the control loop.
Scenario result becomes an action
When a simulation run flags a bottleneck or a failure mode, Rayven raises a work order in EAM or CMMS with the asset and the scenario context attached, so the result leaves the viewer.
Simulated throughput to the systems of record
Downtime, cycle-time and throughput figures the twin computes post to MES and ERP, so planning and finance work from the same numbers the simulation shows.
What-if runs, AI-ready
Live and simulated state streams into Rayven's fabric, where AI agents trigger what-if runs on real readings and return predictions to the stage - so scenarios test reality, not sample data.
Integration is the start with Rayven.
Here's what comes with it.
Rayven isn't just a NVIDIA connector. It's the operational software platform underneath - so once NVIDIA is connected, four more capabilities come online by default.
AI-ready data layer (AI Data Fabric)
NVIDIA data joined with ERP, IoT + legacy - contextualised, unified and structured so AI models, agents and tools can use it without ETL prep work.
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Live AI access (Rayven MCP)
Claude, ChatGPT + Gemini get live, governed access to NVIDIA and every other connected system. Your AI stops guessing - cites real NVIDIA records + numbers.
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Automation + AI agents
Workflows + AI agents act on NVIDIA data without human intervention - escalate at-risk accounts, trigger operational work, auto-update forecasts, draft customer comms.
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Custom apps + portals
Unified customer portals, ops dashboards, mobile field apps, partner portals - built on top of integrated NVIDIA data. No separate BI tool, no separate dev stack.
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All on top of your existing stack. No rip + replace. NVIDIA stays NVIDIA. Rayven works on what you've already built. Specifically tuned for OpenUSD live-layer binding + read-only OT telemetry to the stage.
Rayven is a five-layer platform ALL your integrations + much more
can run on.
Integration is one layer of Rayven. Data, execution, presentation + governance are the other four - all delivered as one platform on one commercial.
Pick the right tool for your stack.
NVIDIA integration looks different at every scale. Honest comparison of the four common paths - Rayven only wins on some of them.
The integration is the easy bit.
The platform + team behind it is the difference.
Platform + team. One commercial.
Not five vendors stitched together. Rayven is the platform AND the Australia-based expert team that scopes, builds + supports it. One commercial. No licence stacking, no finger-pointing.
Built for Omniverse's live USD model.
Rayven binds real-time SCADA, historian and IoT readings to OpenUSD live-layer properties on the Nucleus server through Omniverse connectors and REST APIs, so the scene animates the plant live and its scenario results push out to [EAM](/solutions/data-integration-platform/eam-integration), MES and AI.
We stay after go-live.
No handoff. No disappearing. Rayven is a long-term partner when your NVIDIA evolves, your stack changes, or you push further. 24/7 support. Same team, same platform, same commercial.
Hosted your way, where you need.
Deploy as cloud, private cloud + on-premise - in Australia, the US, the UK, or anywhere else your NVIDIA data needs to live. Your residency, your rules, your local compliance environment.
The questions NVIDIA admins, RevOps + IT ask first.
If you're evaluating Rayven for NVIDIA integration, these are the things worth knowing before booking a call.
The 30-minute call covers
- Your NVIDIA + connected stack today
- What's reachable + which systems to bring in first
- Live walkthrough of Rayven against your scenario
- Time, scope + delivery estimate
- Honest read on whether Rayven's the right fit
What is NVIDIA Omniverse integration?
NVIDIA Omniverse integration is the practice of connecting the OpenUSD twin to your operational stack - SCADA, historians, EAM and AI - so the scene runs on live data and its scenarios reach the systems that act. Rayven delivers it as part of an Industrial AI Data Fabric.
How does Rayven connect NVIDIA Omniverse to other systems?
Rayven feeds live data into Omniverse via its connectors and APIs, binding real-time OT and IoT readings to USD layer properties on the Nucleus server. Sensor, historian and simulation events flow as first-class integration events. See the Rayven Platform for how the layers fit together.
What systems can Rayven connect NVIDIA Omniverse to?
Rayven connects NVIDIA Omniverse to 1,228+ systems including SCADA, historians, MES, EAM and sibling twins like Azure Digital Twins and Ansys Twin Builder. Custom integrations are part of done-for-you delivery.
How long does NVIDIA Omniverse integration take with Rayven?
Most NVIDIA Omniverse integrations go live in 2-12 weeks. A single SCADA-to-stage feed runs in 2-4 weeks; a full estate driving a live visualisation twin with AI scenarios runs 6-12 weeks. Choose DIY, done-for-you or hybrid delivery.
Does Rayven replace NVIDIA Omniverse or run the simulation?
No. Rayven feeds and activates the twin; it does not build the USD scene or run the Omniverse simulation, and it never controls the physical asset. Rayven keeps the stage fed with live data and pushes its scenario results to EAM, MES and AI. Read how Rayven works.
What are the most common NVIDIA Omniverse integration use cases?
Top use cases are live OT-to-USD binding, read-only edge telemetry to the scene, scenario-to-work-order, simulated throughput to MES and ERP, and AI what-if runs. See the automations above.
What are the technical specifics of NVIDIA Omniverse integration with Rayven?
Rayven feeds NVIDIA Omniverse through its Connect SDK, Kit extensions and messaging connectors, binding real-time operational readings to OpenUSD live-layer properties on the Nucleus server for continuous, read-only visualisation. SCADA tags, historian values and IoT telemetry are collected at the edge over OPC-UA, Modbus and MQTT, unified in Rayven's fabric, down-sampled and mapped to USD attributes so high-frequency data animates the scene without overwhelming the GPU pipeline. Rayven stays strictly read-only on the control loop and never writes to PLCs or the safety layer. Scenario and simulation outputs - bottlenecks, failure modes, cycle-time deltas - route out through Rayven to EAM, MES, ERP and AI agents as work orders, postings and predictions. Authentication uses Nucleus service accounts and Rayven's own token-based access. Validated against Omniverse Kit and Nucleus deployments running live OT feeds alongside physics twins from Ansys Twin Builder.
NVIDIA + AI integration.
In weeks, not months.
Book a 30-minute call. Walk away with a tailored plan - what's reachable, what to bring in first, time + scope.