AR/VR
Immersive virtual experiences.
Transport your users to new worlds. We build augmented and virtual reality applications for training simulations, virtual showrooms, and interactive marketing.
Immersive experiences built for real headsets and real hardware limits
AR and VR live or die on performance — a showroom that stutters or a training simulation that lags breaks the immersion it's supposed to create. We build with the hardware's actual rendering budget in mind from day one, not as an afterthought optimization pass.
Whether it's a mobile AR product visualizer, a WebXR experience that runs in a browser, or a full VR training simulation for a headset, we choose the platform and engine based on your audience's hardware and your content's complexity.
Business challenges we solve
What separates a genuinely immersive experience from an expensive tech demo.
Motion Sickness & Poor Comfort Design
Badly designed camera movement and frame drops make VR experiences physically uncomfortable for users.
Performance Budgets on Mobile & Standalone Hardware
Mobile AR and standalone headsets have a fraction of the rendering power of a gaming PC.
High Cost of 3D Asset Production
Photorealistic 3D models and environments are expensive and slow to produce without a disciplined pipeline.
Fragmented Hardware & Platform Support
Headsets, mobile AR, and WebXR each have different capabilities and constraints to design around.
Unclear ROI on Immersive Experiences
Without a defined use case, AR/VR projects easily become expensive novelty demos.
Content That Gets Outdated Fast
Product visualizations and training content need to stay current as real-world products and processes change.
Our approach
How we build immersive experiences that stay comfortable and performant at scale.
Comfort-first Interaction Design
Camera movement, frame rate, and interaction patterns designed around known comfort guidelines from day one.
Performance Budget Set Upfront
Polygon counts, draw calls, and asset sizes scoped to the target device before art production begins.
Optimized 3D Asset Pipeline
A repeatable pipeline for creating and optimizing 3D assets at production quality without production cost.
Platform-appropriate Engine Choice
Unity, Unreal, or WebXR chosen based on your target hardware and content complexity.
Use Case Validated Early
A working prototype tested with real users before investing in full content production.
Content Pipelines Built for Updates
Asset and scene structures designed so content can be refreshed without a full rebuild.
Key features
Interactive 3D Environments
Fully explorable, interactive 3D spaces for showrooms, training, or product visualization.
Cross-platform Deployment
Experiences built to run across headsets, mobile AR, and web where appropriate.
Hand Tracking & Natural Interaction
Intuitive, controller-free interaction for supported headsets.
Analytics & Session Tracking
Understand how users actually move through and interact with your experience.
Service offerings
Virtual Showrooms & Product Visualization
Immersive 3D product experiences for sales and marketing.
VR Training Simulations
Safe, repeatable simulated environments for hands-on training scenarios.
AR Product Visualization (Mobile)
Try-before-you-buy style AR experiences for mobile devices.
WebXR Experiences
Browser-based immersive experiences with no app download required.
Interactive Marketing Experiences
Branded AR/VR activations for events, campaigns, and installations.
3D Asset Production & Pipeline Setup
Production and optimization of 3D models and environments.
Technologies & tools we use
Development process
How we take an immersive experience from concept to a launched, supported release.
01. Discovery & Platform Selection
3–5 Days- Use case scoping
- Hardware/platform decision
- Performance budget
- Technical scoping
02. Prototype & Comfort Testing
1 Week- Interaction prototype
- Comfort testing
- Early user feedback
03. 3D Asset Production
2–3 Weeks- Environment modeling
- Asset optimization
- Texturing & lighting
04. Core Development
2–3 Weeks- Interaction development
- Feature implementation
- Multiplayer/networking if needed
05. QA & Device Testing
1 Week- Real-device testing
- Performance profiling
- Comfort validation
06. Launch & Content Updates
Ongoing- Store/platform submission
- Usage analytics
- Content refreshes
Architecture & solution overview
A typical layered architecture for the immersive experiences we build.
Rendering Layer
Rendering Layer
Real-time 3D rendering tuned to the target device's performance budget, from mobile AR to standalone headsets.
Unity / UnrealInteraction Layer
Interaction Layer
Hand tracking, controller input, or touch-based interaction designed around comfort and intuitiveness.
XR Interaction ToolkitsContent & Asset Layer
Content & Asset Layer
Optimized 3D models, environments, and animations built through a repeatable production pipeline.
Blender / MayaPlatform & Deployment Layer
Platform & Deployment Layer
Packaging and distribution for headset app stores, mobile AR, or WebXR browser deployment.
Meta Quest SDK / WebXRAI & automation capabilities
Where AI speeds up content creation and makes simulations more realistic.
AI-assisted 3D Asset Generation
Generative tools that speed up early-stage environment and prop creation.
Procedural Content Generation
Rule-based generation of variations in environments or scenarios, reducing manual content work.
AI-driven NPCs & Training Scenarios
More realistic, adaptive non-player characters for training simulations.
Automated Performance Profiling
Automated flagging of performance bottlenecks across target devices during development.
Industry use cases
The kinds of immersive experiences we build across retail, training, and marketing.
Virtual Product Showroom
An interactive 3D showroom letting customers configure and explore a product before purchase.
Equipment Training Simulator
A VR simulation for safely training staff on hazardous equipment procedures.
Mobile AR Try-before-you-buy
A mobile AR experience letting customers preview furniture or products in their own space.
Benefits & business outcomes
Higher Engagement & Recall
Immersive experiences are remembered and shared far more than a static webpage or video.
Safer, Cheaper Training
Simulated training reduces risk and cost compared to hands-on training with real equipment.
Reduced Returns Through Better Visualization
Customers who preview a product in AR make more confident purchase decisions.
Why choose our team
Performance-first Engineering
We design around comfort and frame-rate targets from day one, not as a late optimization scramble.
Cross-platform Engine Expertise
Unity, Unreal, and WebXR experience means we pick the right tool, not the only tool we know.
Production Pipeline Discipline
A repeatable 3D asset pipeline that keeps content costs predictable as scope grows.
Engagement models
Dedicated Team
A committed XR team for an evolving portfolio of immersive experiences.
Fixed Scope Project
A defined experience, platform, and timeline delivered at a clear price.
Staff Augmentation
Embed our XR engineers or 3D artists into your existing team for specific expertise.
Project delivery timeline
Typical timelines by project scope, so you can plan around a realistic launch date.
Prototype / Proof of Concept
3–4 WeeksA playable prototype validating the core experience and comfort on target hardware.
Full Experience Launch
6–10 WeeksA polished, fully produced experience ready for headset store or public release.
Enterprise XR Program
10+ WeeksMultiple experiences or an ongoing content pipeline for training or marketing at scale.
Frequently asked questions
It depends on your audience and use case — we'll walk through the tradeoffs in hardware reach, fidelity, and cost during discovery and recommend the right fit.
Ready to build an experience people remember?
Let's talk about your audience, your hardware target, and how we can help you build something truly immersive.