Bi-Directional Synchronization Interface for VR and Engineering Data Interaction ID: 2017-012

A revolutionary interface that seamlessly integrates engineering data with virtual reality environments for interactive analysis and design.

Technology Overview

This technology introduces a bi-directional synchronization interface that bridges the gap between engineering software and virtual reality (VR) platforms. It automates the conversion and streaming of engineering data into VR-compatible formats, allowing users to interact with and manipulate engineering models within a VR environment. Changes made in VR are reflected back in the original engineering software, facilitating a dynamic and integrated design and analysis workflow.

Key Advantages

• Automated translation of geometric and metadata for enhanced model representations in VR
• Seamless interaction with complex engineering tools within VR without the need for additional programming
• Dynamic updating and modification of engineering data within VR environments
• Enables meaningful and intuitive data manipulation and analysis in VR

Problems Addressed

• Eliminates the challenge of translating engineering data into VR-compatible formats
• Removes the barrier to entry for engineers and designers to utilize VR for complex engineering tasks
• Reduces the time and resources required to program VR functionalities for engineering applications

Market Applications

• Engineering design and analysis in aerospace, automotive, and manufacturing sectors
• Collaborative VR environments for project teams, enhancing remote collaboration capabilities
• Education and training tools for complex engineering concepts and systems
• Potential partnership opportunities with industry leaders like Lockheed Martin and Boeing

Additional Information

Technology ID: 2017-012
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Date Published: 28 March, 2025