SPATIAL COMPUTING // VR & AR

SPATIAL COMPUTING, VR & AR EXPERIENCES

We craft high-performance spatial applications, Meta Quest 3 simulators, and Apple Vision Pro experiences engineered for native 90 FPS performance, zero motion sickness, and photorealistic 3D rendering.

Calculate Spatial Project Estimate → Explore Spatial Cases
90 FPS
Native Frame Rate
< 11ms
Motion-to-Photon Latency
100%
Hand Tracking Precision
Multi-User
Spatial Networking

HARDWARE-OPTIMIZED SPATIAL ENGINEERING

Meta Quest & Vision Pro Apps

Native OpenXR, visionOS, and Unity/Unreal spatial application build pipelines targeting Quest 3, Quest Pro, and Apple Vision Pro.

Industrial Safety Simulators

Interactive VR training environments for high-risk industrial operations, aviation, heavy machinery, and emergency procedures.

Hand Tracking & Haptic Physics

Natural hand gesture recognition, physical object interaction, custom collision math, and haptic feedback controller integration.

3D Architectural Showrooms

Immersive 1:1 scale architectural walk-throughs, material configurators, and spatial lighting simulations for real estate sales.

WebXR & Browser 3D

No-install browser 3D experiences built with Three.js / WebGL / WebXR, allowing instant product previewing on mobile and desktop.

Multiplayer Spatial Collab

Low-latency multiplayer spatial rooms with Spatial Audio, synchronized avatars, shared 3D whiteboard drawing, and CAD review.

VR/AR REQUIREMENT & ESTIMATE CALCULATOR

Select your spatial computing hardware and interaction requirements to receive a project estimate.

01 // SELECT TARGET HARDWARE
02 // APPLICATION CATEGORY
03 // SPATIAL & INTERACTIVE FEATURES
04 // YOUR CONTACT & PROJECT SPECS

Estimate Summary

  • Service Type Spatial VR / AR
  • Target Hardware Meta Quest 3
  • App Category Training
  • Features 2 Selected
  • Est. Timeline 5 - 8 Weeks
$6,500 - $9,500
Estimated Engineering Range

Includes 90 FPS performance optimization, OpenXR compliance, testing & deployment build.