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Augmented Reality Interior Visualization Platform for Multi-Industry Applications
  1. case
  2. Augmented Reality Interior Visualization Platform for Multi-Industry Applications

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Augmented Reality Interior Visualization Platform for Multi-Industry Applications

sigma.software
Construction
Real estate
Retail
Hospitality & leisure

Challenges in Traditional Interior Visualization Methods

Interior designers and architects face significant inefficiencies in traditional visualization processes, including difficulty demonstrating spatial concepts to clients, high costs of physical prototypes, time-consuming revision cycles, and limited ability to supervise construction alignment with design intent. Current methods often result in miscommunication between stakeholders and costly post-construction modifications.

About the Client

R&D-driven technology firm specializing in augmented reality solutions for spatial design and visualization

Goals for the AR Interior Visualization Solution

  • Create immersive AR visualization capabilities for real-time design testing
  • Enable cost-effective design adjustments through holographic prototyping
  • Support cross-industry applicability for residential, commercial, and industrial spaces
  • Improve client communication and decision-making through spatial visualization

Core System Functionalities and Features

  • Holographic projection of 3D design models in physical spaces
  • Gesture and voice-controlled interface for design manipulation
  • Space measurement tools with laser precision
  • Real-time design iteration and version comparison
  • Construction phase alignment verification system

Target Technology Stack

Microsoft HoloLens 2
Unity 3D with MARS package
Point cloud processing algorithms
Cloud-based collaboration framework

System Integration Requirements

  • BIM/CAD software compatibility (Revit, SketchUp)
  • Cloud storage APIs (Azure Blob Storage)
  • User authentication via Azure Active Directory
  • 3D asset library integration

Critical Performance Criteria

  • Sub-100ms latency for gesture recognition
  • 95%+ accuracy in spatial mapping
  • Support for concurrent multi-user sessions
  • HIPAA-compliant data security protocols
  • Battery life optimization for mobile AR devices

Anticipated Business Outcomes

The solution is expected to reduce design iteration costs by 40-60%, accelerate client approval cycles by 50%, and decrease post-construction modification expenses by up to 70%. By enabling immersive stakeholder engagement throughout the project lifecycle, it will enhance client satisfaction scores while expanding market reach across multiple industries requiring spatial design services.

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