Synchronize physical assets with ultra-low latency 3D telemetry. Simulate robotics, predict mechanical wear, and replay historical system telemetry with millimeter accuracy.
Full-Spectrum Digital Twin Features
Integrate real-world sensor streams with 3D spatial models for predictive diagnostics, simulation, and automated operations.
Direct connection to industrial PLCs, Opc UA, and edge devices with millisecond data synchronization and end-to-end encryption.
Forward and inverse kinematics engines enable high-precision joint transformations and the visualization of trajectory errors.
Record every sensor tick and state transition. Scrub through historical timelines to diagnose anomalies, faults, and production bottlenecks.
Inspect digital and analog I/O cards in real-time. Map register logic directly to 3D sub-assemblies and actuator states.
Machine learning models run vibration and thermal analytics against historical degradation trends to predict component failure prior to downtime.
Project live 3D twins directly onto shop-floor equipment via spatial headsets (Apple Vision Pro, HoloLens) for augmented maintenance.
Simulate operational loads, monitor telemetry feeds, and adjust joint angles in real time.
Real-time multi-axis load monitoring [50Hz Sampling]
[14:02:01.002] OPC-UA Server connected to Endpoint opc.tcp://10.0.4.12:4840
[14:02:01.120] Telemetry sync initialized (50Hz continuous)
[14:02:02.840] Joint 2 angle offset updated: +15.2 deg
[14:02:04.102] Kinematic Solver: 0 collisions detected
Scrub timeline backwards to replay exact joint vectors and state parameters during a failure event.
Digital Twin Architecture
How physical assets on the factory floor translate to real-time spatial digital replicas in your web browser.
Physical sensors, encoders, PLCs, and accelerometer telemetry streaming raw data via Modbus/PROFINET.
Local processing unit compresses time-series telemetry, normalizes data frames, and computes edge analytics.
High-throughput pub/sub broker routes telemetry to historical blackbox storage and WebSockets API hubs.
Three.js & WebGL engine applies telemetry to kinematic matrices, updating 3D views at 60 FPS in browser.
Contact our industrial automation engineers today for a tailored demo with your CAD models and PLC setup.