Extended Reality (XR)
Holograms & Experiential
Digital Twins, BIM & AI
Industrial & Vocational Simulators
EHS Safety VR Modules
Defense, Medical & EdTech Labs
Case studies
Solutions
Culenz builds digital twins: interactive 3D models of plants, buildings or assets that show live or recorded data. Teams use them to train staff, plan changes and see equipment status in one place.
01 — Overview
A digital twin is a 3D model of a real asset linked to data from that asset. Sensor readings, maintenance records or schedules appear on the model itself. Teams see what is happening and test changes before making them in the real plant.
A digital twin is an interactive 3D model of a real plant, building or asset, linked to its data. Teams see status, history and plans on the model itself.
Instead of searching spreadsheets and drawings, people click a machine and see its readings and records. Decisions get faster and clearer.
Culenz builds digital twins for factories, warehouses, campuses, infrastructure and heritage sites in India and Dubai.
02 — What's included
Built from CAD, BIM, laser scans or photos of the site.
Linked to sensor feeds, spreadsheets or maintenance systems through their APIs.
Operators, managers and trainees each see the data they need.
New staff learn the plant layout in VR before walking the real floor.
03 — Key features
We build the twin from CAD, BIM, laser scans or photos of the site. The source decides how accurate and detailed the model can be.
Models are optimised so they run smoothly on ordinary laptops, large screens or VR headsets. Detail goes where it matters most.
The twin links to sensor feeds, production systems, maintenance logs or spreadsheets through their APIs. Data appears on the model where it belongs.
Twins can start with recorded data and add live feeds later. That proves value before a bigger integration project.
Planners test new layouts, lines and equipment in the virtual factory before changing the real one. They check fit, flow and access in 3D.
Problems found in the twin cost far less to fix than problems found on the shop floor.
New staff learn the plant layout in VR before they walk the real floor. They find equipment, exits and hazards in advance.
Procedures can be practised on the twin too. That links the digital twin to the same records as VR safety training.
Operators, engineers, managers and trainees each see the data they need. A manager sees status across the site, while an engineer sees one machine in detail.
Access rules keep sensitive data visible only to the right people.
Most organisations start with one line, building or asset. That keeps the first project focused and shows results quickly.
Once it works, the twin grows to cover more of the site. Each step builds on the model and data connections already in place.
Beyond factories, twins help manage campuses, hospitals, airports and utilities. Facility teams see rooms, assets and maintenance status on one model.
Infrastructure owners use twins to plan works and brief contractors. Everyone sees the same accurate picture of the site.
04 — Our process
Every project starts with a free scoping call to agree goals, audience, venue, devices and dates. You then receive a written scope with dated milestones.
We gather your files, build a first draft and review it with you, in the headset or on site. Final content, testing and installation follow.
After launch, our crew runs the experience or hands it over with training. An annual maintenance contract can cover support, repairs and updates.
We agree goals, audience, venue, devices and dated milestones, and you sign off the scope.
We gather plans, photos or scans and build a draft for you to review in the headset or on screen.
Final models, content and interactions are added and tested on the target device.
Hardware is wired in, and the experience is rehearsed at the venue or a mock-up.
Our crew runs it or hands it over, followed by a review and a maintenance plan.
05 — Planning your project
Pricing
Cost depends mainly on how much content is custom, the hardware involved and how long the experience runs. On-site crew and travel add to event projects.
Reusing your existing CAD, BIM, footage or brand assets lowers cost. Building from photos or 2D drawings takes more modelling time.
We send an itemised quote after the scoping call. Content, hardware, crew and support are listed separately, so you see what each part costs.
Checklist
06 — Why Culenz
Culenz is an AR, VR and mixed reality company with offices across India and Dubai. We deliver projects in both markets.
One accountable team scopes, builds, installs and supports your digital twin project. You work with the same producer from the first call to the final handover.
07 — FAQs
No, a twin can start with a 3D model and existing data, such as maintenance logs or schedules. Live sensor feeds can be added later. Starting small proves value on one line or building before you connect the whole site.
It depends on the size of the site, the source data and the systems to connect. A twin of one production line takes far less time than a full campus. We give a dated plan after reviewing your drawings and data sources.
Yes. The same twin can run on screens for daily use and in VR headsets for training and design reviews. VR lets teams walk the plant at full scale and inspect equipment closely.
You do. The model, content and data connections are delivered to you under the project agreement. Data stays in your systems, and the twin reads it under the access rules your IT team sets.
You may also need
Start your journey
Book a free demo today and see what Culenz can build for your enterprise in India or Dubai.