Photo / Render
Laser Scanning
Capture of accurate geometric data for existing buildings, infrastructure, and industrial assets.
B2B Solutions for Buildings and Infrastructure
Digital Twin Solutions for Buildings and Infrastructure
We develop digital models at different levels of depth — from point clouds and BIM models to operational digital twins with integrated engineering, asset, and sensor data.
Laser Scanning
Point Clouds
Scan-to-BIM
BIM Modeling
Digital Twins and Data Integration
Project Visual
Photo / Render / 3D Asset Visual
This space is reserved for a strong hero visual: an industrial facility, a building, a BIM fragment, or a 3D digital model render.
Solution Model
From Site Geometry to an Operational Digital Environment
We help clients move from raw site data and BIM models to digital twin solutions that combine geometry, engineering systems, operational data, and practical workflows.
Point Cloud
Accurate digital site data captured through laser scanning and prepared for further modeling.
BIM Model
A structured model used for design coordination, planning, and asset-related workflows.
Systems Integration
Connection of IoT, BMS, APIs, and other engineering data sources.
Digital Twin
A practical working environment for monitoring, analysis, updates, and decision-making.
What We Do
From Point Clouds to Digital Twin Delivery
We develop digital twins for buildings, infrastructure assets, and industrial facilities. Depending on project requirements, the result may range from a point cloud or BIM model to a more advanced digital environment with integrated engineering systems, sensors, and operational data.
Core Capabilities
Services and Solutions
We cover the key stages of the workflow — from source data preparation and BIM modeling to digital twin development and engineering data integration.
BIM / 3D Visual
Scan-to-BIM and BIM Modeling
Development of BIM models based on point clouds, field measurements, and project documentation.
Digital Twin View
Digital Twin Development
Creation of digital twin environments for operations, monitoring, upgrades, and asset management.
Dashboards / Systems
Data and Systems Integration
Integration of sensors, IoT, BMS, APIs, and other engineering data into the digital model.
Visual Examples
Examples of Assets and Digital Models
Illustrative examples of how these solutions can be applied across buildings, infrastructure, BIM environments, and digital interfaces.
Photo / Render
Industrial Facility
Production environments and engineering systems.
BIM / 3D
BIM Model
Structured digital models for planning and change management.
Point Cloud
Point Cloud / Scan-to-BIM
Accurate source data for model development.
Dashboard
Digital Interface
Operational visibility, analytics, and data-driven workflows.
Client Value
What a Digital Twin Delivers
- an accurate digital representation of the asset;
- a reliable basis for renovation, upgrades, and operations;
- visibility into engineering systems and workflows;
- integration with sensors and external data sources;
- better transparency for asset management and decision-making;
- fewer errors and lower risk during changes and operation.
Photo / Render / BIM Visual / Digital Twin Interface
Where It Applies
Asset Types We Work With
Asset Photo
Industrial FacilitiesProduction sites, engineering systems, and operationally complex assets.Asset Photo
Production ComplexesAssets where accurate data and controlled changes are critical.Asset Photo
Commercial BuildingsBusiness centers, mixed-use properties, and public-facing assets.Asset Photo
Data CentersTechnically dense environments with high operational sensitivity.Asset Photo
Infrastructure AssetsFacilities, technical structures, and distributed systems.Asset Photo
Civic and Public BuildingsAssets requiring modernization, operations support, and digital coordination.Project Workflow
How the Process Works
A clear project structure — from source data review to digital solution delivery.
Step 1
Scope Review and Input Assessment
We define project goals, available source data, and the required level of model depth.
Step 2
Laser Scanning or Documentation Review
We work with point clouds, drawings, BIM data, and available technical documentation.
Step 3
Point Cloud Processing and Model Preparation
We register, clean, and structure the data for downstream modeling.
Step 4
BIM or 3D Model Development
We create the model at the level required for the project and its use case.
Step 5
Data Integration and Logic Setup
Where needed, we connect engineering systems, sensors, and external data sources.
Step 6
Delivery and Project Handover
We deliver the model, connected data structure, and digital environment for practical use.
Technology Stack
Technologies and Tools
- Laser Scanning
- LiDAR
- Point Clouds
- Autodesk Revit
- Autodesk ReCap
- BIM / CAD / IFC
- Python
- REST API / GraphQL / MQTT
- Dashboards and Monitoring Tools
Why Work With Us
Why Clients Choose This Approach
experience with assets of different complexity levels
solutions ranging from base digital models to operational digital twins
combined expertise across geometry, BIM, and operational data
focus on practical application, not just visualization
flexible adaptation to project scope, asset type, and implementation format
Let’s Discuss Your Project
Tell us about your asset, your available source data, and the outcome you need — from a point cloud or BIM model to a digital twin with monitoring and integrated data.
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