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Immersive Augmented Reality Measurement and Collaboration Platform

saigontechnology.com

Construction

Real Estate

Architecture

Challenges in Spatial Data Accuracy and Real-Time Collaboration

The client requires a solution to enable precise environmental measurements (linear, area, volumetric) and real-time collaborative workflows in mixed reality environments, while overcoming hardware limitations and ensuring cross-user data synchronization without existing UI/UX guidelines.

About the Client

A construction and design firm seeking advanced spatial analysis tools for building environments

Key Development Goals

Develop high-precision measurement tools for spatial analysis
Implement real-time collaborative features for multi-user sessions
Create intuitive UI/UX without predefined design specifications
Ensure optimal performance on HoloLens hardware

Core System Capabilities

Environment scanning with spatial mapping
Precision measurement tools (straight line, area, room volume)
Text detection and optical character recognition (OCR)
Object detection and spatial anchoring
Real-time data synchronization across users

Technology Stack

Unity engine

Universal Windows Platform (UWP)

Mixed Reality Toolkit

Azure Computer Vision APIs

System Integrations

Cloud storage for measurement data
User authentication system
Cross-device synchronization framework

Performance Criteria

Sub-50ms latency for real-time collaboration
±1cm measurement accuracy tolerance
Battery-efficient operation for mobile devices
Support for 10+ concurrent users in shared sessions

Business Value Projections

Enables 40% faster spatial analysis workflows, reduces measurement errors by 75%, and improves cross-disciplinary collaboration efficiency in construction projects through immersive AR visualization and real-time data sharing.