Your 3D model becomes a Connected Digital Twin when operational data, sensor values, and documentation sources are linked to it.
This creates a single, intuitive environment where teams can make faster, safer, and more informed decisions.
A Connected Digital Twin is a visual, interactive digital representation of your real-world facilities, buildings, or infrastructure.
It combines accurate 3D models with real-time data, maintenance information, documentation, and system inputs.
This makes complex technical environments easy to understand – directly within the context of the physical asset.
BIM, 3D modeling, or Scan-to-BIM serves as the visual foundation of the Twin.
IoT, SCADA, sensor data, maintenance systems, and documentation are integrated via the Twin Connector.
In the browser, on desktop, or in VR/AR—navigate your facility and access all relevant information directly within the model.
Nearly every industry can benefit from a Connected Digital Twin, but most of our active deployments are in the following sectors:
We guide you step-by-step on your path to a Connected Digital Twin.
A standard 3D or BIM model provides a geometric and informational view of an asset, but it is typically static.
A Connected Digital Twin, on the other hand, links the 3D environment with live data—such as sensor values, maintenance records, operational systems, and documentation.
This transforms the model into an interactive, real-time decision tool that helps teams detect issues earlier, understand context faster, and work with a single source of truth across departments.
A Connected Twin can aggregate data from a wide range of IT and OT systems, including:
Through connectors and open APIs, the Twin becomes a unified interface for visualizing all asset-related information.
No. BIM data is helpful but not required.
A Connected Digital Twin can be built from:
If no usable model exists, we can generate one through 3D modeling or Scan-to-BIM workflows.
This ensures organizations at any digital maturity level can adopt a Twin.
Teams use the Twin to navigate facilities digitally, access asset information instantly, analyze conditions, and collaborate more efficiently.
Common daily uses include:
The Twin becomes a shared operational interface for field teams, engineers, technicians, and management.
A Connected Digital Twin improves operational reliability and reduces downtime by making information accessible exactly where teams need it.
Key advantages include:
This leads to safer operations, more efficient workflows, and better long-term asset performance.
Getting started requires only two components:
From there, integrations can be added gradually.
Most organizations begin with a simple use case—such as documentation or virtual walkthroughs—and expand toward real-time monitoring, maintenance workflows, and full operational integration.