Engineering
Drone scanning, LiDAR surveying, GIS-based terrain information, and BIM data are integrated into a unified 3D environment covering every stage from surveying and design to construction and maintenance.
By connecting terrain and utility surveys, vegetation classification, design and construction BIM, and facility maintenance data, we support design changes, multidisciplinary clash detection, schedule and quantity management, and field monitoring based on as-built measurements.
After construction, 3D facility models are linked with repeated scanning data to provide Digital Twin-based lifecycle management, including anomaly detection, condition assessment, repair prioritization, and maintenance history management.
1
Terrain Surveying and Utility Investigation LiDAR Based
Drone scanning, LiDAR surveying, GIS-based terrain information, and 3D data are integrated into a unified spatial environment, enabling survey, terrain, and utility information to be viewed in three dimensions.
Complex site conditions are visualized intuitively, providing reliable baseline data for design and construction.
2
Vegetation Classification Information System X-Nature by Invalab
Using CNN-based vegetation classification technology, we classify vegetation across the target area and identify protected trees.
Time-series 3D visualization enables systematic monitoring of vegetation changes and supports protection and restoration management.
3
BIM Design with Parametric Library
Parametric BIM libraries create an efficient and flexible design environment.
They enable rapid responses to changing design requirements while improving design accuracy and usability through multidisciplinary clash detection and coordination.
4
Construction BIM with Material Assembly Parametric Library
Material Assembly Parametric Libraries create an integrated BIM environment connecting materials, components, and assemblies.
The models support construction planning, quantity takeoff, clash detection, progress management, and field monitoring through integration with LiDAR survey data.
5
Maintenance BIM with Digital Twin
3D facility models are integrated with real-time scanning data to continuously monitor and manage current asset conditions.
Our Digital Twin-based maintenance services connect anomaly detection, condition assessment, repair prioritization, maintenance execution, and history management within a unified system.