Construction Engineering · Construction
Comparison of Real-World 3D and BIM
Layer-by-layer comparison between model and site
Capture multi-angle imagery with oblique photography cameras, generate reality-based 3D models using modeling software, overlay with design models to check deviations, and output layered progress comparisons.
Solution Components
What's included in this plan?
Use Cases
Deliverables
- Aerial Survey Plan and Ground Control
- Realistic 3D Model Deliverables
- Model Overlay Report
- Compute and Storage Configuration
Implementation Path
From a single point to an entire area
STEP01
On-site Requirement Confirmation
Confirm point locations, quantities, and existing system status for scenarios including异形 structure construction, existing building renovation, and as-built surveying.
STEP02
Inventory and Configuration
Output a table listing model numbers, quantities, installation locations, and interface mappings to clearly identify add-ons and optional configurations.
STEP03
Implementation and Integration
Complete installation, configuration, and system integration per the "Deliverables" section, retaining all debug logs.
STEP04
Training and Handover
On-site training and daily maintenance, including account handover, configuration documentation, and spare parts list.
Competitor Solutions
Construction EngineeringRest of the industry2package
Site Progress and Safety Inspection
Drones fly fixed routes daily to capture aerial imagery for orthophotos and panoramas. Issues such as missing hard hats, edge protection gaps, and improper material stacking are marked on maps and assigned for rectification.
View plan
Deformation Monitoring and Engineering Surveying
Install monitoring points for foundation pits and high-formwork systems; observe them periodically using RTK and high-precision instruments. Use scanners to capture point clouds of structural surfaces and generate deformation trend curves.
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