Drag and drop any 3D model or plant layout into your browser. Transform flat 2D P&IDs and legacy SCADA screens into a living, spatial digital twin with real-time telemetry streaming and embedded predictive simulation.
No clunky installations. No weeks of CAD configuration. Just drop your 3D files, snap your IoT sensors, and view your entire facility in real time at 60 FPS on any web browser or tablet.
LinkVision™ is your real-time 2D SCADA supervisory command layer — P&IDs and flat screens excel at process topology and loop monitoring. But they are physically blind: when an alarm alerts on “Pump 102-B”, operators lose critical minutes hunting tag numbers across the shop floor.
LinkTwin adds the 3D spatial intelligence layer on the same live telemetry — so your team instantly sees where the issue is occurring, why it’s happening, and what to do next.
The same three moves you just tried in the sandbox — on your own 3D models, your own sensors and your own live data.
Try it in the sandboxDrag and drop your 3D models or plant layouts directly into LinkTwin. Our automated engine handles mesh optimization and LOD scaling behind the scenes for silky-smooth 60 FPS browser performance.
Visually pin IoT sensor nodes directly onto machine components. Surface-snapping raycasting locks sensors to the exact 3D spatial coordinates (X, Y, Z).
Pair your 3D sensors with live data streams from LinkEdge LE-100 or LinkVision. Watch equipment surfaces automatically change colour as real-time operational thresholds shift.
Every sensor sits where it physically is, every surface reflects its live condition, and every alarm comes with a location — not just a tag name.
Five capabilities that turn a model into a command layer. Open any card to try it live — every demo runs on illustrative data in your browser.
Drag and drop any 3D model directly into your browser. LinkTwin’s automated engine optimizes polygon density and LOD rendering for smooth 60 FPS on web browsers, and mobile tablets — without local software installation.
Snapped 3D sensor nodes generate dynamic thermal and vibration heatmaps directly on equipment surfaces. Colour gradients move seamlessly from Normal (green) to Warning (amber) and Critical Risk (red) as real-time telemetry changes.
LinkTwin offers two-way interaction. Authorized operators view sub-second telemetry streams and send validated override commands — line speed adjustments, emergency holds — directly back to physical machinery with hardware-grade security.
LinkTwin embeds the LinkSim engine to simulate line congestion 30 minutes before it happens. During unexpected downtime, use the Time-Travel Scrubber to rewind plant state frame-by-frame and inspect exact root causes.
Ask plain-English questions like “Highlight all conveyor motors with elevated temperature” or “Show maintenance history for Line 3.” The LinkTwin Copilot instantly isolates and illuminates the requested 3D assets.
From autonomous hardware ingestion to 2D operational truth, predictive simulation and a living 3D spatial command twin — every layer feeds the next.
Autonomously ingests raw PLC and machine telemetry with zero custom coding.
Establishes real-time operational truth, 2D SCADA monitoring, and supervisory command.
Runs minute-by-minute Discrete-Event (DES) and Agent-Based (ABM) predictive simulation models.
Renders the complete 3D spatial digital twin, wrapping live telemetry, predictive physics, and spatial control into one unified interface.
Every command is authorised, every stream is encrypted, and the twin goes wherever your technicians go.
A WebGL 2.0 application that runs in any modern browser on desktops, laptops and tablets — no local installations, no GPU client licenses.
Sensors bind directly to LinkEdge LE-100 data topics and LinkVision tags, and LinkSim runs inside the twin — no middleware, no custom connectors.
Granular permission tiers with end-to-end encryption and immutable digital audit logging for all remote commands.
Send us a 3D model or plant layout and a list of live tags. We’ll show you your equipment as a living 3D twin — sensors snapped, telemetry streaming.