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Development of a Mixed Reality Spatial Design Platform for Real-Time Prototyping

apptension.com

Information technology

Automotive

Hospitality & leisure

Challenges in Traditional Spatial Design Prototyping

Current design workflows require expensive physical prototypes for each iteration, causing delays and increased costs when testing material changes in automotive interiors or configuration adjustments in hospitality spaces. Existing solutions lack real-time haptic feedback and seamless integration between virtual and physical environments.

About the Client

Tech-driven design platform company specializing in VR/AR solutions for spatial prototyping

Key Objectives for Mixed Reality Platform Development

Eliminate physical prototype dependency through real-time mixed reality visualization
Enable instant material and configuration testing with haptic feedback
Reduce design sign-off times by 50% through immersive collaboration
Create scalable solutions for both automotive and hospitality industries

Core Platform Functionalities

VR headset integration with sub-millimeter motion tracking
Real-time material rendering engine with physical property simulation
Multi-user collaboration interface for remote design reviews
Haptic feedback system for tactile material interaction
Automated scaling system for aircraft/hotel room mockups

Target Technology Stack

Unity 3D engine

HTC Vive Pro eye-tracking VR headsets

OptiTrack motion capture systems

Ultraleap haptic technology

AWS cloud rendering infrastructure

System Integration Requirements

BIM/CAD software compatibility (Revit, SketchUp)
Enterprise design workflow APIs
Multi-factor authentication systems
Real-time collaboration tools (Slack/Microsoft Teams)

Critical Performance Metrics

Sub-20ms latency for motion-to-render pipeline
Support 100+ concurrent users per environment
Eye strain reduction through adaptive focus rendering
ISO 27001 data security compliance
Cross-platform compatibility (Windows/Mac/VR headsets)

Expected Business Impact of Mixed Reality Platform

Projected 70% reduction in prototyping costs for automotive clients, 60% faster design iterations for hospitality projects, and 40% shorter client approval cycles through immersive real-time collaboration. The platform will establish new industry standards for sustainable design workflows while creating cross-industry revenue opportunities.