INYO Mobility. Digital Twin Platform.
An interactive 3D platform for vehicle design optimisation, built full-stack with React and Three.js.
Project Overview
I built a digital twin platform for INYO Mobility's electric vehicle development process. The platform combines real-time data visualisation with interactive 3D models to optimise vehicle design and performance.
Interactive 3D view of the digital twin platform showing real-time vehicle data
Challenge
INYO Mobility needed a way to visualise and prototype vehicle designs without building costly physical models. Traditional CAD workflows were slow and did not provide real-time performance insights.
Solution
- Real-time 3D Visualization: Interactive vehicle component models
- Performance Simulation: Live testing of design modifications
- Data Integration: Sensor data from test vehicles
- Collaborative Tools: Multi-user design sessions
Real-time data visualization showing vehicle performance metrics
Advanced analytics dashboard for performance monitoring
Data Management & Analytics
The platform includes comprehensive data management tools for tracking vehicle performance metrics and analyzing sensor data in real-time.
Comprehensive data table interface for detailed performance analysis
Technical Implementation
The platform leverages modern web technologies:
- WebGL-based 3D rendering for high performance
- Real-time data streaming and visualization
- Responsive design for cross-platform compatibility
- Modular architecture for future scalability
Geographic mapping interface for location-based vehicle tracking
Technical system architecture and deployment structure
Results
Engineers reduced physical prototype iterations by 60%. The design process moved significantly faster while design quality and innovation held steady.