Data & IP sovereignty
Process data, recipes, and operational know-how are the crown jewels. On-premise keeps every byte inside the fence line — never sent to a third-party cloud.
SOVEREIGN · ON-PREMISE · AIR-GAPPED
Sovereign industrial AI that runs inside your plant.
Agentic operations that detect, decide, coordinate, and execute on live operations, fully air-gapped, on the infrastructure you already control. No data leaves the fence line.
From an edge node at the asset to a GPU industrial data centre. NVIDIA-accelerated, AMD, or your own silicon. Open models, right-sized to the job.
For industrial AI, on-prem isn’t a fallback. It’s the architecture.
The move to sovereign, on-premise AI is happening across regulated industries. On the plant floor the reasons are more critical: the data is the crown jewels, the loops are real-time, and operations have to keep running when the link goes down.
Control-loop latency
Operational decisions can’t wait for a round trip to a remote region. Local inference closes the detect-to-act loop in real time, next to the asset.
Continuity through disconnection
A severed link can’t be allowed to halt operations. The platform keeps running with full autonomy when the site is offline or air-gapped.
OT security & attack surface
The control network should never be exposed to the public internet. With no external system access, there is nothing to breach from the outside.
From someone else’s cloud to your own control.
XMPro Sovereign AI is not only for the data centre. We do sovereign AI on the factory floor.
The enterprise and government sovereign-AI story keeps your data in your data centre and helps analysts decide. Industrial operations need something more: AI that runs on the plant floor and acts on live process, safely and autonomously.
Enterprise & government sovereign AI
XMPro industrial sovereign AI
Where it runs
Enterprise or government data centre
Inside the plant, on the OT side, physically air-gapped
What it does
Data, ontology, and analyst decision support
Autonomous agentic operations acting on live process
Hardware
A single-vendor turnkey GPU appliance
Hardware-agnostic, edge to industrial data centre
Models
Large models in a large cluster
Right-sized: open, NeMo-class, or small, your choice
One platform, from the edge to the industrial data centre.
The same Agentic Operations Platform scales to the site and the silicon you have. Start at one asset, scale to the whole operation.
On the line, at the asset
A compact edge node runs local inference next to the equipment. Low latency, intermittent connectivity, real-time response where the data is created.
e.g. AMD Ryzen™ AI local inferenceAcross the plant
Site servers run the full agentic loop for a facility. Central governance, local execution, no dependency on an outside network.
Plant server room or private cloudThe industrial data centre
A GPU cluster runs larger models and multi-site operations with zero external access. NVIDIA-accelerated, AMD, or your own silicon.
Open & NeMo-class models, fully offlineTalk it through
A solution architect will help you match connectivity, latency, and governance to the right deployment.
Start the conversation →The full agentic loop, offline.
Everything from live data to governed action runs inside your boundary. Nothing depends on an outside service.
01
Data Streams
Live OT/IT data ingested from SCADA, historians, sensors, and control systems, on site.
02
Digital Twins
Operational context and physics, so agents reason about the real asset, not just raw tags.
03
AI Flow
The industrial-grade agentic harness. Runs and governs the models you choose, entirely on-premise.
04
MAGS
Cognitive decision teams that detect, decide, and coordinate the next best action.
05
Governed action
Execution within defined boundaries, with provenance and an immutable audit trail.
Run the models you choose — open-source, NVIDIA NeMo and Nemotron-class, or small right-sized models — on NVIDIA-accelerated, AMD, or your own hardware.
Your silicon. Your models. No lock-in.
Sovereign AI shouldn’t tie you to one vendor. XMPro runs on the accelerators you already have and the models you choose to trust.
Runs on
Your own silicon
NVIDIA Cloud Validated
XMPro is qualified against NVIDIA’s cloud reference architecture.
Dell Validated Design for Manufacturing Edge
A validated Independent Software Vendor (ISV) for Dell’s Validated Design for Manufacturing Edge.
Model agnostic
Open-source models
Llama, Mistral, Qwen and the open ecosystem.
NeMo & Nemotron-class
NVIDIA’s open reasoning models, run on your own hardware.
Small, right-sized models
Purpose-fit models sized to the decision, not the hype.
PROVEN AT THE EDGE
Local AI at the industrial edge, since 2025.
With AMD, we put large language models on local industrial hardware: faster, safer, and cost-predictable. Run industrial AI where your data lives, with no cloud round trip.
8–9×
Faster processing
100%
Data sovereignty
0
Cloud dependencies
Up to 8–9× faster token generation vs a CPU-only setup, on AMD Ryzen™ AI.
Bring the AI to your data, not your data to the cloud.
Walk through a sovereign, on-premise deployment with a solution architect, or step into the reference architecture.
