step 02: Model
‍From point cloud to bim

Convert physical spaces into smart, structured models. In this stage, data from Capture is refined, modeled, and prepared for integration.

What is modeling from point cloud data?

Modeling from point cloud data converts millions of laser scan points into a structured 3D representation of your facility. After scanning, the point cloud becomes a spatial snapshot used in tools like Revit or IFC-based software to recreate walls, systems, and equipment. Each element is enriched with metadata, forming a geometry-accurate, data-rich BIM model. This becomes the foundation for coordination, optimization, and integration with the digital twin — reflecting real conditions, not just design intent.
Color-coded BIM model of an industrial facility highlighting structural and mechanical components.

What data goes into the model?

This combination turns a 3D visual into an intelligent, information-rich model.

Geometric data

Accurate shapes, sizes, and spatial positions of elements like walls, floors, ducts, and equipment — based on the real-world layout.

Parametric data

Editable values that define object behavior, such as height, thickness, or slope — useful for simulations and quick adjustments.

Technical attributes

Key information tied to each asset: manufacturer, material, serial number, warranty dates, and maintenance history.

What elements are modeled?

We model architectural, structural, MEP, and equipment elements with high accuracy — creating a reliable foundation for facility management and future integration with digital twin systems.

Architectural

Captures the overall form and layout of the building for accurate planning and visualization.

Detailed 3D model of a building façade with balconies and transparent glass entrances.

Structural

Models all load-bearing elements to support engineering analysis and system coordination.

Interior 3D model of a commercial atrium with glass roof and multi-story balconies.

MEP

Includes all mechanical, electrical, and plumbing systems essential for operational control.

Isometric view of industrial piping with pumps and valves in a BIM environment.

Equipment

Represents key technical assets linked to maintenance and performance data.

Isometric view of industrial piping with pumps and valves in a BIM environment.

Interior

Reflects the internal layout to support space planning and facility operations.

Wireframe architectural section showing internal layout and construction elements of a multi-roof building.

Site & Terrain

Models terrain, roads, parking, and utilities to support planning and infrastructure coordination.

3D BIM model of building and site terrain with landscape and infrastructure layout for planning and visualization
Color-coded wireframe model showing complex building systems including HVAC, electrical, and plumbing in a digital twin environment.

Key benefits of using BIM

BIM enables smarter planning, accurate modeling, and centralized data management — all essential for effective facility operations and digital twin integration.

Detect design clashes early with model validation
Improve coordination across disciplines and systems
Centralize geometry and asset data in one model
Enable integration with digital twin platforms
Support seamless handover from design to operations

Automatic sync with Autodesk Tandem

Once your model is complete, it connects with Autodesk Tandem to become part of your digital twin. Any changes to the model — from Revit or IFC — can automatically sync with the live twin. This ensures that facility managers and technical teams are always working with the most current, reliable version of the building data.

What’s Next? Link your to Live Data

Now that your building has been modeled in detail, it’s time to connect that 3D environment with real-time systems and information flows. In this next step, your model evolves from static geometry into a fully functional digital twin — synchronized with sensors, inspections, documents, and asset activity. Start unlocking operational insights, live updates, and smart facility coordination.

Choose the next step you’d like to explore.

Select the part of the process you want to learn more about — whether it’s scanning, modeling, data integration, or daily operations.
PricingHomepage
01

Capture

Scan your facility to capture accurate, real-world data.
02

Model

Convert scans into a smart, structured 3D model.
03

Connect

Link your model to live systems and data sources.
04

Operate

Manage daily tasks directly from your digital twin.

Have More Questions?

Want to learn more about how BIM models are created, what data they include, or how they integrate into your digital twin? Let’s talk about your facility, modeling scope, or data requirements — we’re here to help.