Simulation & Immersive
Overlay the instructions directly onto the machine
Your technicians stop flipping between a manual and the equipment in front of them. We build AR overlays that show the next step on the actual part, on a tablet or headset, tied to your real drawings and procedures.
3 to 6
weeks to a working first overlay
2
device targets covered (tablet + headset)
24/7
usable offline once loaded on site
The direct answer
Augmented reality here means overlaying digital instructions, markers or models onto a real piece of equipment or a real site, viewed through a tablet, phone or headset. It suits maintenance teams, assembly lines and real-estate developers in Saudi Arabia who need technicians or buyers to see information mapped onto the physical object in front of them, not in a separate document.
What this removes.
Technicians work from paper manuals
Today
A technician stops the job, walks to find the binder, flips pages, walks back to the part.
With the system
The next step appears on the tablet pointed at the part, in sequence, with the torque value attached.
New hires take months to become useful
Today
A senior technician has to stand next to every trainee for the first weeks on unfamiliar equipment.
With the system
The overlay marks each component and confirms the step before letting the trainee move to the next one.
Remote sites wait days for expert help
Today
An issue on a remote site sits until a specialist can fly in and look at it in person.
With the system
A remote expert sees the technician's live camera feed and draws directly onto what they are looking at.
Buyers can't picture the finished unit
Today
A show unit or floor plan is the only reference a buyer gets before signing.
With the system
A buyer walks the actual plot and sees the finished building overlaid on the empty site through a tablet.
What lands in your hands.
3D asset pipeline
Your CAD, drawings or scans converted into AR-ready models in Blender.
Overlay application
The tablet or headset app that recognizes equipment and places instructions on it.
Step sequencing logic
Procedures broken into ordered steps with checks before advancing.
Offline sync
Content cached on-device so field use does not depend on site connectivity.
Admin content tool
A way for your team to update procedures without touching code.
Usage and completion log
A record of which steps were viewed and completed, per technician.
Systems and platforms we work with
- Unreal Engine
- Unity
- Blender
Five stages. You sign off every one.
Read each stage as a small contract: what we need from you, what lands in your hands, and the sentence that has to be true before we move on.
- Scope and equipment audit1 to 2 weeks
- Asset and overlay build3 to 5 weeks
- Field testing1 to 2 weeks
- Rollout to your team1 to 2 weeks
- Live operation and supportongoing
Scope and equipment audit
1 to 2 weeks
We walk your site or facility, pick the first procedure or unit to overlay, and confirm what source models exist.
- Give site access
- Share existing CAD or drawings
- Name the pilot procedure
- Scoped pilot definition
- Asset gap list
- Device recommendation
We move on when we agree the pilot procedure, target device and success measure in writing.
Asset and overlay build
3 to 5 weeks
We convert your models into AR-ready assets and build the overlay logic for the pilot procedure.
- Review draft overlays weekly
- Provide procedure detail on request
- 3D asset set
- Working overlay build
- Step sequence configured
We move on when the overlay correctly recognizes the equipment and places every step in order.
Field testing
1 to 2 weeks
Real technicians use the overlay on the real equipment while we watch for recognition failures and unclear steps.
- Assign 2 to 3 test technicians
- Flag anything confusing on the spot
- Fixes to recognition and step logic
- Updated content wording
We move on when test technicians complete the procedure end to end without falling back to paper.
Rollout to your team
1 to 2 weeks
We push the build to your devices, hand over the admin content tool and train your team to update it.
- Nominate a content owner
- Attend one training session
- Devices provisioned
- Admin tool training
- Handover documentation
We move on when your nominated owner has published one content change without our help.
Live operation and support
ongoing
The overlay runs on your equipment or sites. We stay on for fixes, new procedures and device or OS updates.
- Report issues through the agreed channel
- Request new procedures as they come up
- Bug fixes on the agreed SLA
- New procedure builds on request
- OS and device compatibility updates
We move on when this stage does not end. We revisit scope and pricing every quarter.
Asked before signing.
What does this cost and how is it priced?
Pricing is scoped per pilot procedure and device target, not a flat package. It depends on how many pieces of equipment need models, how complex the procedures are, and whether you need headset support in addition to tablets. We give you a fixed quote after the scoping stage, before any build work starts.
Do the overlays and admin tools work in Arabic?
Yes. Overlay text, step instructions and the admin content tool support Arabic alongside English, and we build with your bilingual technicians and reviewers in mind from the first draft, not as a translation pass at the end.
What happens to our equipment drawings and site data?
Your CAD files, drawings and site data are used only to build your overlay and are not reused for other clients. We handle this in line with PDPL and can sign an NDA before you share anything. Data storage location is agreed with you up front.
Can this connect to our existing maintenance or ERP system?
It can, where there's a clear integration point, such as pulling a work order number or logging completion back into your CMMS or ERP. We scope the exact integration in stage one rather than assuming it, since every client's system is set up differently.
Put the next step on the part itself
Tell us which procedure or site you want overlaid first. We'll scope a pilot and give you a fixed quote before any build work starts.