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Augmented Reality Interior Visualization System Using HoloLens Technology
  1. case
  2. Augmented Reality Interior Visualization System Using HoloLens Technology

Augmented Reality Interior Visualization System Using HoloLens Technology

sigma.software
Real estate

Challenge in Visualizing Interior Designs for Clients

Designers and architects face difficulties in providing clients with an accurate, immersive understanding of interior concepts before construction, leading to potential misalignments and costly revisions. Existing visualization methods often lack real-time, interactive, and realistic spatial representations, limiting effective communication and decision-making during the planning and construction phases.

About the Client

A mid-sized interior design or architectural firm seeking innovative visualization tools to enhance client engagement and streamline planning, using AR technology to present immersive space concepts.

Goals for Developing an AR-Based Interior Visualization Solution

  • Enable users to visualize interior designs as holograms within actual physical spaces using AR technology.
  • Support the entire project lifecycle: space measurement, design creation, client testing, and architectural supervision during construction.
  • Provide accurate, real-time, and immersive previews of interior arrangements to facilitate easy adjustments and improve client satisfaction.
  • Implement voice and gesture controls for intuitive user interaction with holograms.
  • Ensure the system is applicable across diverse interior environments such as private residences, offices, and industrial spaces.

Core Functional Capabilities for the Visualization System

  • AR visualization of interior designs as holograms within physical spaces.
  • Tools for uploading, creating, and modifying 3D models of interior elements and layouts.
  • Space measurement functionalities to accurately capture existing premises dimensions.
  • Support for voice commands and gesture recognition for seamless interaction.
  • Real-time rendering and visualization for an authentic look-and-feel of the final design.
  • Capacity to test multiple design iterations interactively with clients.

Technological Foundations for the AR Visualization Platform

AR hardware platform, specifically head-mounted displays such as Microsoft HoloLens.
Augmented reality SDKs supporting spatial recognition and hologram rendering.
Real-time 3D modeling and visualization technologies.

Essential System Integrations for Complete Functionality

  • Measurement tools or sensors for capturing existing space dimensions.
  • Existing CAD or architecture design software for importing/exporting models.
  • Voice and gesture recognition APIs for user interaction.

Critical Non-Functional System Requirements

  • System responsiveness with minimal latency, ensuring real-time updates in less than 1 second.
  • High accuracy in spatial measurement and hologram placement.
  • Scalability to support various project sizes and complexities.
  • Data security to protect project designs and client information.
  • User-friendly interface for both technical and non-technical users.

Projected Business Benefits and Impact of the Visualization System

Development of this AR interior visualization solution is expected to significantly improve client engagement and satisfaction by providing immersive, accurate previews of design concepts. It aims to reduce design-related revisions and construction errors, potentially decreasing project costs and timelines. The system will enable designers to support diverse interior projects, including private residences, offices, and industrial spaces, leading to broader market reach and enhanced competitive advantage.

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