Immersive experiences engineered for real-world comfort and performance, from mobile AR try-ons to full VR training simulations that people actually want to use again.
Quick answer: AR/VR app development creates immersive spatial computing experiences, augmented reality overlays, and virtual simulations across Apple Vision Pro, Meta Quest, and mobile AR frameworks (ARKit/ARCore). We connect interactive 3D solutions with mobile app development, web applications, and custom software engineering.
Each capability below covers a distinct part of the stack, from rendering performance through the interaction model, so a mobile-only AR build does not carry the cost of headset-specific engineering it does not need.
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Featured recognition
Mobile-first AR experiences that run smoothly on the devices your customers already carry.
From concept sketch to a working prototype your team can put on, we build the bridge.
AR Retail Try-On
Challenge
Sundate needed to cut return rates on eyewear purchased online without an in-store try-on.
Approach
We built a mobile AR try-on experience with real-time facial tracking and accurate lens rendering.
Result
Sundate cut product returns by 35% and increased online conversion significantly.
VR Training Simulation
Challenge
PlayHuman needed a safe way to train staff on high-risk equipment without real-world exposure.
Approach
We built a VR training simulator with haptic feedback and performance scoring.
Result
PlayHuman cut training incidents to zero and reduced onboarding time by 40%.
Digital Twin Visualization
Challenge
BenchMark needed a way to visualize facility operations remotely in real time.
Approach
We built a mixed-reality digital twin synced to live facility sensor data.
Result
BenchMark cut on-site inspection visits by 50% while improving issue detection speed.
Our customers stopped guessing how furniture would look in their space. Returns dropped and trust in our brand went up immediately.
Sara Reyes
Head of Digital, Sundate
Purpose-built immersive experiences for the industries shaping tomorrow.
Immersive experiences built around real industry needs.
From virtual try-on in retail to remote facility digital twins in manufacturing, AR/VR applications look different in every vertical, and we build against your industry's actual use case, not a generic immersive demo.
Let's scope the right immersive use case before you commit to a platform.
Built for enterprise confidence
Structured updates and shared roadmaps so you always know exactly where your immersive build stands.
Data privacy and device security considered from day one, not retrofitted after a compliance review.
Every interaction model tested for real user comfort, not just technical feasibility.
A named team that stays with your project from discovery through post-launch device support.
From device compatibility to user experience, we handle the complexities behind reliable immersive applications.
The problem: poorly tuned frame rates and camera movement cause user discomfort in VR. Our fix: strict performance budgets and comfort-tested interaction patterns from the first prototype.
Flexible features designed to make immersive products intuitive, scalable, and ready for real users.
Legacy AR/VR pipelines suffer from tedious manual polygon retopology, fragile SLAM tracking drifts, and static canned animations. We embed neural radiance fields, real-time spatial AI, and generative 3D meshes to build living virtual realities.
Weeks of photogrammetry cleanup, manual polygon reduction, and texture baking.
Real-time Gaussian Splatting and NeRF models reconstruct millimeter-accurate 3D spatial scenes in minutes.
Basic SLAM tracking that drifts in low-light and cannot recognize real-world object types.
Vision-language models classify room geometry, segment physical furniture, and anchor virtual physics instantly.
Canned voice trees and looping idle animations that feel robotic and unengaging.
Multimodal LLM spatial agents with real-time lip sync, contextual gaze tracking, and dynamic personality.
Static viewport rendering causing thermal throttling and battery drain on mobile VR headsets.
Eye-tracking AI neural super-sampling renders crisp 4K detail only where the pupil is focused.
Recognised for quality, innovation, and excellence.
Our Strategic Technology Partnerships
AWS
Google Cloud
Microsoft Azure
React
Node.js
Flutter
Firebase
Stripe
MongoDB
Kubernetes
Docker
TerraformAWSGoogle CloudMicrosoft AzureReactNode.jsFlutterFirebaseStripeMongoDBKubernetesDockerTerraformAWSGoogle CloudMicrosoft AzureReactNode.jsFlutterFirebaseStripeMongoDBKubernetesDockerTerraformAWSGoogle CloudMicrosoft AzureReactNode.jsFlutterFirebaseStripeMongoDBKubernetesDockerTerraformAR/VR development pairs naturally with these related engineering services.
Get expert guidance on your immersive strategy. These are the questions we hear most, and you can ask us directly if yours isn't here.
Book a free 45-minute consultation with our senior immersive technology architects.
