Advanced Augmented Reality Environment Scanning and Measurement System

The client experiences difficulties in accurately scanning and measuring physical environments in real-time, which impacts project precision and efficiency. They require a reliable augmented reality solution that can perform environment scanning, measure distances, calculate areas and rooms, and detect and read text or objects on-site, all integrated within an immersive AR platform.

A mid-sized architecture and construction firm seeking integrated spatial scanning, measurement, and object detection capabilities to enhance project planning and onsite verification.

• Develop a robust AR application capable of real-time spatial environment scanning with high accuracy.
• Implement precise measurement tools including straight line, area, and room measurements within AR in natural environments.
• Integrate text detection and reading functionalities to facilitate information capture from physical surroundings.
• Enable object detection to assist in inventory, site planning, and asset management.
• Ensure seamless data synchronization across multiple users for collaborative project workflows.
• Optimize performance for smooth operation on AR headsets, ensuring responsiveness and reliability.

• Spatial environment scanning and mapping in natural settings.
• Tools for measuring straight lines, areas, and room dimensions with high accuracy.
• Text detection and optical character recognition (OCR) to read signs, labels, or other textual information.
• Object detection to identify items and assets within the environment.
• Real-time data synchronization for collaborative multi-user interactions.
• Customizable and intuitive user interface optimized for AR headsets.

• Azure or cloud-based APIs for computer vision and text recognition.
• Collaboration platforms or project management systems for data sharing.
• Device hardware interfaces for AR headset input and tracking.

• High accuracy environment scanning with error margins less than 2cm for measurements.
• Real-time processing with minimal latency to support interactive workflows.
• Scalability to support multiple concurrent users in collaborative scenarios.
• Security measures for data protection during synchronization and storage.

The implementation of this AR environment scanning and measurement system aims to significantly enhance project accuracy and onsite efficiency. Expected outcomes include a reduction in measurement errors, improved collaboration across teams, and faster project turnaround times, ultimately delivering an estimated ROI improvement through decreased rework and increased productivity.