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Build a Living Simulation of Your Entire Operation

A digital twin is not a dashboard. It is a physics-based model that mirrors your real equipment in real time — so you can simulate changes, predict failures, and optimize performance before touching the actual system.

How It Works

Three steps from raw sensor data to actionable simulation.

01

Connect

Plug into existing sensors and PLCs via Modbus, OPC UA, BACnet, or MQTT. No rip-and-replace — work with what you have.

02

Model

Physics-based models calculate real-time efficiency, degradation, and capacity from raw sensor data. Not just thresholds — first-principles engineering.

03

Simulate

Test what-if scenarios on the digital twin before touching the real system. What happens if a pump trips? If you change a setpoint? If a storm hits?

Why TwinEdge Digital Twins?

Most "digital twins" are just dashboards with a 3D render. Ours are physics engines.

Physics-Based, Not Just Data-Driven

Our digital twins use first-principles engineering models — pump curves, heat transfer equations, hydraulic calculations — not just statistical correlations that break when conditions change.

Edge-Powered, Cloud-Visible

Physics models run on the edge for sub-second response. The cloud aggregates cross-site patterns. You get real-time local intelligence and strategic global visibility.

Operations Intelligence-Connected

When the digital twin detects a problem, it auto-creates a work order in Operations Intelligence with the diagnosis, recommended action, and parts list. No copy-paste between systems.

Interactive Schematics

Not static P&IDs. Live animated schematics that show flow, pressure, temperature, and equipment state in real time — with what-if controls built in.

Explore the Digital Twin Engine architecture

Ready to Build Your Digital Twin?

Tell us about your facility and equipment. We will show you what your digital twin looks like — with your actual data.