Construction
Manage progress, safety, and geometric precision together.
3 items
Security / Progress / Deformation
mm-level
Specified accuracy range of the monitoring instrument
1 sets
Compare Real-World Models with Drawings
The three key requirements for engineering projects are clear: site safety must be visible, progress must be trackable, and structural deformation must be measured with precision. We organize our equipment around a strategy of "aerial monitoring for surfaces, ground-level checks for points, and instrument-based measurements down to the millimeter."
Common Challenges
Each solution links to specific brands and product pages available on the site, allowing flexible combinations based on project scale.
3package
Proposal01
One panoramic image per day, with issue localization.
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.
5{0} product lines ·5Deliverables
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Proposal02
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.
6{0} product lines ·5Deliverables
View Plan Details
Proposal03
Record millimeter-level changes by cycle
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.
5{0} product lines ·5Deliverables
View Plan DetailsShared10A product line consisting entirely of in-stock brands and models available on the site, with configurable options that can be adjusted based on project scale.
10product line
Support & Services
Share your scenario, number of points, and existing equipment details. We'll provide a project-specific selection list including model numbers, quantities, and implementation steps.
Government
Government Service Halls, Urban Operations, and Government Cloud
Healthcare
Telemedicine consultations, campus-wide voice services, and supply delivery
Energy & Power
Transmission lines, substations, and new energy power stations
Education & Research
Smart Classrooms, Training Labs, and Research Computing Power
Transportation
Highway Bridges, Rail Tunnel and Hub Communication
Water Conservancy and Water Resources
River channels, reservoirs, hydrological surveying, and water management scheduling
Forestry Ecology
Forest Fire Prevention, Resource Surveying, and Protected Area Patrols
Smart Manufacturing
Factory Inspection, Edge Computing, and Campus Networking
