Your plant's live data,
in its 3D Digital Twin
A digital twin is more than a 3D replica — it is a live operational mirror. TwinBee connects your physical assets to their digital counterparts in real time, so plant managers, maintenance engineers, and remote operations teams can see machine status, sensor readings, and anomalies spatially — where they are in the plant, not buried in a dashboard table.
Real-time
Live IoT sensor data visualised on the 3D model
Spatial
Alerts mapped to exact asset location in 3D
Remote
Browser-based access — no on-site presence required
Historical
Time-series data playback for RCA and trend analysis
IoT sensor integration
Connects to PLCs, SCADA systems, and IoT gateways to pull live telemetry — temperature, pressure, vibration, flow, energy consumption — into the digital twin continuously.
Spatial alert mapping
When a sensor crosses a threshold, the alert appears on the 3D model at the exact asset location — giving operations teams immediate spatial context, not just a number in a list.
Predictive maintenance signals
Trend monitoring and anomaly detection surface assets approaching failure before they cause unplanned downtime — with historical playback for root cause investigation.
Remote operations visibility
Plant leadership and remote engineering teams access the live twin through a browser — enabling multi-site oversight and escalation without travel.
High-fidelity plant model
The 3D environment is built from actual plant layout data — precise enough to identify individual equipment, pipelines, and subsystems at a glance.
Maintenance workflow integration
Link service history, inspection checklists, and maintenance schedules to each asset in the digital twin — so context is always alongside the live data.
Maintenance engineers currently navigate between SCADA dashboards, spreadsheet logs, and their own spatial memory of a plant to diagnose an anomaly. TwinBee collapses that into a single 3D environment where live data, asset history, and spatial context coexist — cutting diagnosis time and reducing unplanned downtime.