Metaverse & Spatial Computing
From browser-based WebXR brand worlds and real-time industrial digital twins to spatial collaborative workspaces, AeroCodix engineers interactive 3D virtual environments optimized for high-concurrency multi-user rendering.
Next-Generation Spatial Presence Accessible on Any Device
We develop lightweight 3D spaces using Three.js, React Three Fiber, and WebSockets that load instantly in standard mobile/desktop browsers without requiring bulky app downloads.
How We Deliver Metaverse & Spatial Computing
A disciplined, predictable 4-phase agile engineering roadmap with transparent weekly milestones and zero surprises.
Spatial Concept Art & 3D Geometry Planning
Establishing concept sketches, polycount budgets, texture atlas strategies, and spatial user interaction flows.
- Concept Art Moodboards
- Polygon & Texture Budget Spec
- Spatial Flow Wireframes
- Interaction Tech Plan
3D Modeling, GLTF Optimization & Shaders
Modeling low-poly 3D environments, baking PBR textures, applying Draco compression, and coding custom GLSL shaders.
- Draco Compressed GLTF Scene
- Custom GLSL Shaders
- Interactive Three.js Sandbox
- Lighting & Shadow Setup
Multiplayer Networking & WebRTC Audio
Implementing WebSocket server authoritative synchronization, spatial 3D audio positioning, and avatar rigging.
- Multiplayer Server Cluster
- Spatial WebRTC Audio Engine
- Cross-Device Touch/VR Controls
- Load Testing Report
Global CDN Deployment & Headset Testing
Deploying WebXR assets to global edge CDNs, testing on Meta Quest / Apple Vision Pro, and establishing 24/7 server SLA.
- Live WebXR Production Deployment
- Headset Compatibility Certification
- Real-Time Room Concurrency Telemetry
- Ongoing Maintenance SLA
The Challenges We Solve
Translating complex architectural hurdles into measurable bottom-line business advantage.
High Polygon Counts Crashing Mobile Browsers
Automated Draco mesh compression and Level of Detail (LOD) asset optimization.
Multiplayer Synchronization Latency
Authoritative server prediction and spatial entity culling via WebSockets.
Hardware Fragmentation Between VR Headsets and Mobile
Adaptive WebXR responsive camera controls that adapt seamlessly from mouse/touch to 6DOF VR controllers.
Core Deliverables & Specifications
Modular engineering building blocks tailored for high throughput, security, and scalability.
Browser WebXR 3D Worlds
Zero-install interactive 3D virtual spaces built with Three.js and React Three Fiber.
Multi-User Networking & Spatial Audio
Real-time avatar synchronization, text chat, and directional spatial voice audio.
Industrial Digital Twins
Real-time 3D simulation of factories and buildings connected to live IoT telemetry.
Custom 3D Shaders & Physics
Bespoke GLSL lighting shaders, particle effects, and lightweight Cannon.js physics.
Spatial Computing VR Rig & Real-Time 3D Simulation Viewport
Our dedicated engineering pods build with strict architectural rigor. Every component is subjected to automated regression checks, load simulations, and zero-trust security audits to guarantee continuous operational excellence.
The Engineering Stack
We deploy industry-leading technologies vetted for speed, security, and long-term maintainability.
3D & WebXR
3D Modeling Tools
Multiplayer & Audio
Cloud & Hosting
Frequently Asked Questions
Have questions about engagement models, delivery timelines, or technical specifications?
Do users need a VR headset to access the virtual worlds you build?
No! All our WebXR spaces are fully accessible through standard web browsers on mobile phones, tablets, and laptops, while automatically offering immersive VR mode when opened inside a Meta Quest or Apple Vision Pro.
How many concurrent users can be in the same 3D room simultaneously?
Using our scalable WebSocket room sharding and spatial entity culling architecture, we support hundreds to thousands of simultaneous users per room without client performance degradation.
Let's Build Something Extraordinary
Tell us about your project roadmap, timeline, or engineering needs. Our technical architects will respond with a tailored proposal within 24 hours.
Our Office
âš¡ Guaranteed Response SLA
Every inquiry is reviewed directly by Usman Ali and our Principal Solutions Architects. You will receive an initial technical feasibility response in under 24 business hours.