A fully simulated digital twin running in your browser — live telemetry, four climate zones, closed-loop control, and a 3D scene that reacts to every reading. Built the way we build them for real facilities.
INITIALIZING TWIN · SEEDING SENSORS · TUNING CLIMATE LOOPS
Everything above runs client-side on synthetic data — but the architecture is the one we deploy against real sensors and PLCs.
A physics-lite climate model steps 20 simulated sensor streams at 2 Hz — solar gain, transpiration, evapotranspiration, CO₂ drawdown — with the same interface a live feed would use.
In production: your SCADA/PLC tags via MQTT or OPC-UA.
Every mesh is procedural and instanced — vents swing, fans spin up, drip lines pulse, crops visibly stress when moisture drops. State drives the scene; nothing is a canned animation.
In production: CAD-accurate models of your facility, web or Unreal Engine 5.
An auto-controller with setpoints and deadbands drives the actuators and narrates every decision to the event log. Flip any switch to override it — then watch it hand control back.
In production: alarm management, audit trails, and operator roles.
Greenhouses, factories, water utilities, energy sites — anything with sensors can be twinned. A typical pilot ships in 4–6 weeks.
Sensor audit; LoRaWAN, Modbus, or OPC-UA into a broker.
Site capture and asset modeling at the fidelity you need.
Web (Three.js/WebGPU) or Unreal Engine 5 runtime.
Dashboards, alerting, analytics, and XR training on top.
We'll scope a pilot against your real data sources and have a living model on your screen in weeks, not quarters.