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The differentiator · Live digital twin

Your operations, visualised.
Your data, unleashed.

From complex data to complete clarity, a unified platform for industrial insight, built on real 3D twins fed by real sensors.

150+
Live IoT parameters in the twin
1:1
To-scale 3D replicas, machine to factory floor
0
Sensors to replace: works with your existing IoT
On-prem
Deployable inside your facility
What it is

Three capabilities. One platform.

Maquette-XR isn't a 3D viewer with a data feed bolted on, it's the convergence point of XR and IoT, built so that every twin is live by default.

01

Digital Twin Creation

Precise, to-scale 3D replicas of your physical assets, from individual machines to entire factory floors.

02

Real-Time IoT Integration

Connects to your existing IoT hardware and sensors, streaming 150+ live parameters directly into your digital twin.

03

Predictive Analytics & Simulation

Run what-if scenarios and simulate operational changes before committing capital or downtime, with AI-driven upgrades upcoming.

How it works

Connect → Model → Stream → Visualise → Act.

01 · Connect

Integrate with your existing IoT hardware and sensors, no rip-and-replace.

02 · Model

Build a precise, to-scale 3D replica of the asset or facility.

03 · Stream

Push 150+ live parameters into the twin in real time.

04 · Visualise

See temperature, pressure, wear and throughput exactly where they occur.

05 · Act

Run what-if scenarios and simulate operational changes before they happen on the floor.

The moat

Almost nobody streams live sensor data into a training simulator.

Most XR vendors ship static walkthroughs. Maquette-XR fuses XR and IoT convergence, the twin knows what the real machine is doing right now, not what it looked like when it was scanned.

150+ live paramsXR + IoTEdge Computing5G Connectivity
Factory digital-twin hologram with live temperature and pressure telemetry
Applications

Built for operations that can't afford to guess.

Smart Factories

Monitor production performance, simulate process changes, run predictive maintenance, and train operators inside the live twin, not a stale model.

Infrastructure Planning

Project visualisation, workflow simulation, and stakeholder collaboration, with post-construction asset monitoring once the site goes live.

At a glance

Maquette-XR at a glance.

Who it is for

  • Plant heads and operations teams in manufacturing
  • Energy and utility operators
  • Maintenance teams moving to predictive maintenance
  • Infrastructure owners monitoring an asset after handover
Concept visualisation

Specifications

Live parameters150+ streamed into the twin in real time
ModelTo-scale 3D, from a single machine to an entire factory floor
IntegrationYour existing IoT hardware and sensors, no rip-and-replace
Shown in the twinTemperature, pressure, wear and throughput, where they occur
AnalysisWhat-if scenarios and process simulation; AI-driven upgrades on the roadmap
DeploymentOn-premise, with edge computing and 5G where available
Three levels of digital twin

Most value sits in the live and predictive levels.

A model that does not know what the machine is doing cannot warn you about it. Maquette-XR is built for levels two and three.

Level 1

Descriptive model

An accurate 3D replica. Useful for layout and training, but it does not know what the machine is doing.

Level 2

Live twin

The model is fed by real sensors, so operators see readings exactly where they occur, as they happen.

Level 3

Predictive twin

Analytics on the live data flag problems early and test changes before they reach the floor.

FAQ

Questions buyers ask about Maquette-XR.

What is Maquette-XR?

Maquette-XR is a live digital twin platform. It builds precise, to-scale 3D replicas of machines, plants and facilities and streams 150+ live IoT parameters into them in real time.

Do we need to replace our existing sensors?

No. Maquette-XR connects to your existing IoT hardware and sensors, with no rip-and-replace.

What can a live digital twin show?

Temperature, pressure, wear and throughput, displayed exactly where they occur on the asset, updated live rather than frozen at the time of a scan.

What is it used for?

Monitoring production, simulating process changes, predictive maintenance and operator training in smart factories, plus project visualisation and post-construction asset monitoring in infrastructure.

Can we test changes before making them?

Yes. You can run what-if scenarios and simulate operational changes in the twin before committing capital or downtime on the real floor.

Can the twin run on our own infrastructure?

Yes. It can be deployed on-premise so data stays inside your facility or chosen region, and edge computing keeps latency low on-site.

Related platforms

One engineering team, five platforms.

Train, visualise and operate on systems built to work together. See them in the field.

Get started

See your operations as data, live.

Book a demonstration of Maquette-XR, bring your floor plan, we'll bring the twin.