Home▸Computer Science▸Emerging Technology Digital Twin Simulation

Digital Twin Synchronization Fidelity

Interactive 3D digital-twin simulator: a physical pump-and-motor asset runs continuous physics while its digital twin only sees noisy, latency-delayed sensor samples. Tune sample rate, latency and noise and watch the twin drift from reality, then trigger a bearing fault and see anomaly detection catch it.

Computer Science2DModerate60 FPS📱 Mobile-adapted

This simulator builds a real digital twin of an industrial pump-and-motor asset: a physical rotor spins with real angular dynamics, vibration and bearing heat, while a separate "twin" model only ever sees what its sensor link delivers — samples taken at a chosen rate, corrupted by noise, and delayed by network latency, then fused with an exponential-smoothing filter. Turning the sample rate down or the latency up makes the twin visibly drift from the physical asset; injecting a bearing fault shows how a synchronization gap delays anomaly detection exactly the way it would on a real predictive-maintenance system. Live readouts track physical vs. twin RPM and vibration, bearing temperature, staleness since the last sync packet, RMS state divergence and the twin's self-reported confidence.

⚙ Under the hood

This simulation allows users to explore the core concepts of digital twin technology by creating and manipulating a virtual representation of a physical asset in real-time. By observing data synchronization between the physical and digital models, you can gain insights into how these twins are used for predictive maintenance and operational optimization.

Digital TwinReal-Time ModelingData Synchronization

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install