Simulation & Immersive
Let your team rehearse the dangerous procedure before they touch the real machine
We build VR and 3D simulations in Unreal Engine and Unity so operators, technicians and inspectors can practice on equipment that does not exist yet, or is too risky to train on live.
6 to 12
weeks to a working first build
2
engines available, Unreal or Unity, matched to your scene
PC, VR, web
delivery targets from one build
The direct answer
Unreal and Unity development is custom simulation and 3D application work for training, safety and visualization. We build VR rehearsal environments for dangerous procedures, digital twins of plants and facilities, and 3D configurators for products and real estate. It suits industrial, aviation and real-estate teams in Saudi Arabia that need people to practice on a realistic model before they go near the actual asset.
What this removes.
Training happens on live equipment
Today
New operators learn dangerous procedures on the actual machine, with a supervisor standing close and hoping nothing goes wrong.
With the system
Trainees repeat the procedure in VR as many times as needed. Mistakes cost nothing but a reset button.
The facility doesn't exist yet
Today
Stakeholders review a plant or terminal design from 2D drawings and static renders, and misunderstand scale until construction is underway.
With the system
Stakeholders walk through a full-scale 3D model before a single beam is poured, and design errors surface early.
Product configuration is a phone call
Today
Buyers pick finishes, layouts or fittings by describing them over the phone or flipping through a paper catalog.
With the system
Buyers configure the product themselves in an interactive 3D viewer and see the result in real time.
Off-the-shelf training software doesn't match your site
Today
Generic e-learning platforms show a generic control room, not the one your technicians will actually operate.
With the system
The simulation matches your equipment, your layout and your procedures, built from your own drawings and photos.
What lands in your hands.
VR training modules
Step-by-step procedure rehearsal with scoring and mistake tracking.
Digital twin environments
3D models of plants, terminals or buildings, kept in sync with source drawings.
3D product configurators
Web or app-based viewers where buyers change options and see results live.
AR overlay apps
Mobile or headset overlays for on-site guidance and remote inspection support.
Blender asset pipeline
Clean, optimized 3D assets built or converted for real-time engines.
Standalone headset builds
Packaged apps for Quest or PC VR headsets, no separate server needed.
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 reference gathering1 to 2 weeks
- Asset and environment build2 to 4 weeks
- Interaction and logic3 to 6 weeks
- Pilot and refinement1 to 3 weeks
- Live operation and supportongoing
Scope and reference gathering
1 to 2 weeks
We define the exact procedure or environment to simulate and collect the drawings, photos and equipment specs that make it accurate.
- Share CAD drawings, photos, or site access
- Name the procedure or scenario to cover
- Confirm target hardware, PC, VR or mobile
- Written scope with scene list
- Reference asset checklist
- Engine choice with reasoning
We move on when we move on when the scope and reference list are signed off in writing.
Asset and environment build
2 to 4 weeks
We model or import the environment and equipment in Blender, then bring it into Unreal or Unity with correct scale and materials.
- Review early screenshots for accuracy
- Flag any missing or wrong equipment detail
- Blocked-out 3D environment
- Core equipment models at correct scale
We move on when we move on when you confirm the environment matches the real site or reference.
Interaction and logic
3 to 6 weeks
We build the interactive part, procedure steps, scoring, triggers or configurator logic, so the simulation actually functions, not just looks right.
- Walk through the procedure with us step by step
- Test the build on the target hardware
- Working interactive build
- Test build for your device or headset
We move on when we move on when a first-time user can complete the scenario without our help.
Pilot and refinement
1 to 3 weeks
A small group of your actual trainees or users runs the build. We fix confusion points, timing issues and visual glitches from real feedback.
- Run the pilot with real trainees or users
- Log confusion points and bugs
- Fix list resolved from pilot feedback
- Updated build ready for rollout
We move on when we move on when pilot users complete the scenario at the pace you expect.
Live operation and support
ongoing
The build goes live on your headsets or devices. We keep it running, update it as equipment or procedures change, and add scenarios as your training program grows.
- Roll out to your full trainee or user group
- Flag any hardware or content changes needed
- Deployed build across your devices
- Scheduled updates and new scenario additions
We move on when we move on to the next scenario when this one is running unattended on your team's schedule.
Asked before signing.
How do you price a simulation project?
By scene complexity and interaction depth, not a flat rate. A single-procedure VR module costs less than a multi-building digital twin with live data feeds. We give you a fixed quote after the scoping stage, once we know the scene count and the interaction logic required.
Do you build for Unreal or Unity, and who decides which?
We work in both. Unreal tends to fit photoreal industrial or architectural scenes; Unity tends to fit lighter builds, mobile AR, or projects needing faster iteration. We recommend one during scoping based on your hardware target and content, and explain the tradeoff so you can weigh in.
Can trainees use this in Arabic?
Yes. Interface text, voiceover and on-screen instructions are built bilingual from the start when needed, not bolted on afterward. Tell us which languages your trainees actually use and we scope the voice and text work into the build from stage one.
What happens to our data and site drawings?
Drawings, photos and equipment specs you share stay within the scope of this project and are handled under PDPL. We do not reuse your proprietary layouts, procedures or branded assets on other projects without your written permission.
Can this connect to our existing systems, like a CMMS or an LMS?
Yes, where there is a real integration point, usually through export files, an API, or SCORM packaging for learning platforms. We confirm what your existing systems can accept during scoping rather than assuming a connection is possible.
Ready to build the simulation your team actually needs?
Tell us the procedure, facility or product you want to simulate. We will scope the engine, the build and a realistic timeline before any work starts.