Capability 01
VR training simulators
Procedural training with scenarios, fault injection, guided and assessment modes, and an instructor console that scores every attempt.
From the stack
- Unity
- Unreal Engine
- OpenXR
- Meta Quest
Service
AR VR development company for training and immersive experiences in Dubai, UAE
Next Orbit builds augmented, virtual and mixed-reality systems for work: VR training simulators for hazardous or expensive procedures, AR guidance for maintenance and remote assistance, immersive visitor and exhibition experiences, virtual property tours and Apple Vision Pro apps. Behind every headset we build the parts that make immersive content useful for an organisation: instructor consoles, scenario management, scoring, analytics and links to your learning platform. We serve Dubai, Abu Dhabi, Sharjah, the entire UAE, the GCC and globally.
- Architecture-led
- R&D-backed
- QC before every release
- UAE, GCC & global
- VR training simulators
- Mixed reality and spatial experiences
- Augmented reality for operations
- Virtual tours and digital twins
Quick answer
What does Next Orbit deliver in AR / VR development?
AR VR development company in Dubai, UAE. VR training simulators, mixed reality, AR maintenance guides, virtual tours and Vision Pro apps with Arabic content.
VR training simulators, mixed-reality experiences, AR guidance, virtual tours and Apple Vision Pro apps. Every engagement is architecture-led, built by an innovative, R&D-backed team of security-first engineers and quality-controlled before each release, for clients across Sharjah, Dubai, Abu Dhabi, the GCC and worldwide.
- VR training simulators. Procedural training with scenarios, fault injection, guided and assessment modes, and an instructor console that scores every attempt.
- Mixed reality and spatial experiences. Visitor experiences, showrooms and exhibitions on Meta Quest, transparent displays and Apple Vision Pro.
- Augmented reality for operations. Remote assistance, step-by-step maintenance guidance and inspection overlays on phones, tablets and headsets.
- Virtual tours and digital twins. Navigable 3D environments for real estate, facilities, hospitality and heritage sites, built from scans or BIM models.
- 5AR / VR development capabilities
- 13technologies in the stack
- 5delivery stages, each signed off
- 4SaaS platforms we deliver and support
What we build
AR / VR development: what we build
Pick a capability to see what it covers and the part of the stack behind it.
Capability 02
Mixed reality and spatial experiences
Visitor experiences, showrooms and exhibitions on Meta Quest, transparent displays and Apple Vision Pro.
From the stack
- Meta Quest
- PCVR
- visionOS / Unity PolySpatial
- ARKit / ARCore
Capability 03
Augmented reality for operations
Remote assistance, step-by-step maintenance guidance and inspection overlays on phones, tablets and headsets.
From the stack
- ARKit / ARCore
- Blender / 3D pipeline
- Photogrammetry
- SCORM / xAPI
Capability 04
Virtual tours and digital twins
Navigable 3D environments for real estate, facilities, hospitality and heritage sites, built from scans or BIM models.
From the stack
- SCORM / xAPI
- Node.js + PostgreSQL backends
- pgvector / LLM integration
- Microsoft Azure
Capability 05
Training analytics and LMS links
Completion, time-to-fault and safety scores pushed to your LMS through SCORM or xAPI, including e-trainia.
From the stack
- Microsoft Azure
- Unity
- Unreal Engine
- OpenXR
Swipe to see every capability →
Have a AR / VR development idea that does not fit a template? That is the work we like: tell us the problem and one of our expert engineers will map it to an architecture.
Discovery Call 01 / 04
Virtual reality training solutions for aviation, oil and gas and industry
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VR training pays back when the real task is dangerous, expensive, rare or hard to stage.
Read moreShow less
A typical simulator lets trainees inspect equipment, use virtual tools, find randomised faults and follow procedures in guided, assessment and free-practice modes. An instructor console assigns scenarios, injects faults live and records the time taken to find each fault, procedural errors and safety breaches. For oil and gas, the same framework covers permit-to-work, confined-space entry, emergency response and energy separation and lockout, practised safely and repeatably before site exposure.
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Results flow into your learning records.
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Through SCORM or xAPI, VR sessions appear in e-trainia or your existing LMS next to classroom and eLearning courses. Our article on AR and VR training simulators in the UAE explains how to scope a first module.
02 / 04
Mixed reality and immersive visitor experiences
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For exhibitions, showrooms, museums, sales centres and government visitor centres we combine portable Meta Quest VR for events, mixed reality overlaid on a physical space, and transparent or head-tracked displays.
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A central CMS lets your team update scenes, languages and content without a developer, and analytics show how visitors move through the experience. Where it helps, an Arabic-English AI guide answers visitor questions from approved content.
- Unity and Unreal Engine development, with OpenXR for cross-headset delivery
- Meta Quest, PCVR workstations, Apple Vision Pro and mobile AR with ARKit and ARCore
- Instructor and admin consoles with scenario management and reporting
- Arabic and English voice-over, text and right-to-left interface elements
- Offline deployment with local servers and device management for secure sites
03 / 04
Augmented reality for operations, maintenance and retail
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Augmented reality earns its place in remote assistance for field technicians, step-by-step maintenance guidance over real equipment, inspection checklists anchored to assets, patient and customer education, and in-store product visualisation.
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We build mobile AR apps and headset applications that connect to your asset or product data, so the overlay reflects the real state of the equipment rather than a static model.
04 / 04
Virtual tour development in Dubai and Apple Vision Pro apps
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Virtual tours for property, hospitality and facilities use photogrammetry, 360-degree capture or BIM-derived models with hotspots, measurements, unit availability and booking links.
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For Apple Vision Pro we build spatial apps with visionOS and Unity PolySpatial for showrooms, data visualisation and training content.
Architecture-first
How a typical AR / VR development system fits together
Before a line of production code is written we draw the system: the people who use it, the services behind it and the systems it must talk to. This reference architecture is the starting point we adapt to your operation.
How data moves
- VR / PCVR headsetsQuest · PCVR
- Mixed reality & Vision Pro
- Mobile ARARKit · ARCore
Unity / Unreal content scenarios · faults · multilingual
- Instructor consoleassign · inject · score
- CMS & AI companion
- Analytics & LMS
Flow 01 VR / PCVR headsets Unity / Unreal content Instructor console
Flow 02 Mixed reality & Vision Pro Unity / Unreal content CMS & AI companion
Flow 03 Mobile AR Unity / Unreal content Analytics & LMS
Technology stack
AR / VR development technologies we use
Chosen per project from tools we run in production. Pick a category to see the part of the stack behind it.
- Unity
- Unreal Engine
- OpenXR
- Meta Quest
- PCVR
- visionOS / Unity PolySpatial
- ARKit / ARCore
- Blender / 3D pipeline
- Photogrammetry
- SCORM / xAPI
- Node.js + PostgreSQL backends
- pgvector / LLM integration
- Microsoft Azure
How we deliver
How we deliver AR / VR development
5 stages, each with a deliverable you can review and sign off before the next begins.
- 01
Learning or experience design
Objectives, scenarios, assessment criteria and hardware constraints agreed with your subject-matter experts.
- 02
3D and interaction prototype
A greybox environment and core interactions tested in headset early, before production art begins.
- 03
Production content
High-fidelity models, procedures, voice-over and Arabic-English content built in iterative sprints.
- 04
Instructor tools and deployment
Console, reporting, LMS integration, device management and installation on site.
- 05
Evaluate and extend
Usage data and trainee outcomes guide new scenarios, modules and devices.
Proof
AR / VR development work we can show you
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e-trainia as the training back end
Our learning platform supports SCORM and xAPI, assessments, QR-verifiable certificates and real-time analytics, so VR modules sit inside a complete training record.
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Reference pattern: maintenance simulator
A PCVR trainer with configurable scenarios, randomised faults, guided, assessment and free modes, and an instructor console that tracks time-to-fault and safety scoring.
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Reference pattern: visitor experience
Portable VR, mixed reality and transparent displays managed from one CMS, with multilingual content, an AI guide and visitor analytics.
Industries we deliver AR / VR development for
- Oil & gasMeezanX EPC project controlsIndustrial IoT and SCADA linksExplore →
- GovernmentDigital service portalse-trainia for workforce programmesExplore →
- Education & traininge-trainia learning and training managementCustom EdTech productsExplore →
- Real estateProperty management and leasingTenant and owner appsExplore →
- HealthcareClinic and hospital platformsPatient and clinician appsExplore →
Platforms we offer
Platforms we deliver with this capability
e-trainia is our own platform; e-tijariX, MeezanX and AuthentiQ we implement and support. Each can be customised for your operation.
AI-powered learning & training management
e-trainia
An LMS and a training management system in one platform, in English and native Arabic.
- Course builder with SCORM, xAPI and drip content
- Scheduling, attendance and instructor management
- QR-verifiable certificates and skill checklists
- Branded iOS and Android apps with Arabic RTL
Arabic RTL native right-to-left interface
Explore e-trainiaQuestions, answered
AR / VR development in the UAE: frequently asked questions
01 What does VR training cost in the UAE?
Cost is scope-based. The drivers are the number of scenarios, the level of visual fidelity, fault logic and assessment modes, instructor tools, LMS integration and languages. Hardware such as headsets and workstations is quoted separately. We issue a tailored proposal after a scoping workshop with your subject-matter experts. Our VR training simulator guide explains how to scope a first module.
02 How long does it take to build a VR simulator?
It depends on scope. A single-scenario module with instructor reporting is quicker than a multi-scenario simulator with randomised faults. We show a headset prototype early and agree milestones in the proposal.
03 Which headsets do you support?
Meta Quest 3 and Quest Pro, PCVR headsets for high-fidelity simulators, Apple Vision Pro, and mobile AR on iOS and Android. We build on OpenXR so content can move between devices.
04 Can VR training run offline on site?
Yes. We deploy with local servers and device management for sites without reliable internet, including instructor stations and performance databases on premise.
05 Do you provide Arabic content in VR and AR?
Yes. Arabic and English voice-over, text, interface elements and AI guides are part of our delivery for UAE and GCC clients.
06 Can VR results go into our LMS?
Yes. Sessions report completion and scores through SCORM or xAPI to e-trainia or any compliant LMS, so immersive training sits in the same record as classroom and online courses.
07 Is VR better than classroom training?
For procedures that are dangerous, costly or rare in real life, VR lets people practise repeatedly and makes mistakes safe. For knowledge-based topics, eLearning or classroom sessions are often enough. We recommend blending them rather than replacing everything with VR.
Further reading
AR / VR development guides and insights
AR VR Development Company UAE: Training Simulators Guide
How an AR VR development company in the UAE builds training simulators: AR vs VR, sector use cases, hardware, LMS tracking with xAPI and a buyer's checklist.
Discuss your AR / VR development project
Pick what you need and the right person on our team replies.
- 1What you need
- 2About you
- 3Your request
- 4Confirm & send
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An engineer will reply to you. Quote the reference if you follow up.
Tell us what you are building
Share the problem, the systems involved and your timeline. You will hear back from an engineer, not a sales script.