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Virtual Reality Demonstration Platform for Heavy Industrial Equipment
  1. case
  2. Virtual Reality Demonstration Platform for Heavy Industrial Equipment

Virtual Reality Demonstration Platform for Heavy Industrial Equipment

saritasa.com
Manufacturing
Trade Shows & Events

Challenges in Demonstrating Heavy Machinery at Events

The client produces very large and heavy devices (over 3,000 pounds), making it difficult and costly to transport and showcase these machines at trade shows and customer sites. Traditional demos limit their ability to engage potential clients effectively and diminish their presence at key industry events.

About the Client

A large manufacturing company specializing in high-capacity, mission-critical industrial equipment seeking innovative ways to showcase and demo their products without logistical constraints.

Goals for Developing an Immersive Virtual Product Demo

  • Create a portable, immersive virtual reality experience that accurately represents the physical device.
  • Enable potential clients and stakeholders to interact with the machine in a virtual environment, simulating real-life operations.
  • Eliminate logistical barriers associated with transporting heavy equipment for demonstrations.
  • Provide a high-fidelity, engaging, and accessible demo that can be experienced anywhere via a VR headset.
  • Incorporate real-world scenarios into the virtual demo to enhance understanding and engagement.

Core Functionalities of the Virtual Reality Demo System

  • Conversion and optimization of 3D assets of the equipment for real-time VR rendering.
  • Development of a virtual environment utilizing a game engine platform suitable for untethered VR devices.
  • Design of a unique navigation system that allows users to view and interact with the full 360-degree model without movement constraints.
  • Integration of 360-degree videos representing real-world operational scenarios and locations for contextual understanding.

Preferred Technologies and Development Platforms

Unity game engine for immersive environment development
Optimization for untethered VR headsets (e.g., Oculus Quest)
3D modeling tools for asset preparation

External Systems and Media Integrations Needed

  • 3D asset repositories or design tools for model import
  • Video playback systems for 360-degree scenario videos
  • User interaction tracking for analytics (optional)

Non-Functional Requirements for Performance and Usability

  • Optimized VR experience to run smoothly on standalone devices with limited hardware capabilities.
  • High-resolution rendering to ensure visual clarity without motion sickness or headaches.
  • Scalable architecture to support multiple concurrent users at events.
  • Secure handling of media assets and user data in compliance with privacy standards.

Expected Business Benefits and Impact of the Virtual Demo System

This virtual reality platform aims to significantly reduce logistical costs and complexity associated with showcasing large industrial equipment. It is expected to increase engagement and lead generation at trade shows and remote demos, while maintaining high-quality visual and interactive experiences. The virtual demo could enable broader reach and more frequent demonstration opportunities, ultimately improving sales pipeline and brand presence in the industry.

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