Ground Control Point Alignment (GCP)
Align point clouds accurately with ground control points. Advanced algorithms help deliver high-precision results for professional applications.
Ground Control Point Alignment
Point Cloud Georeferencing
Transform point clouds from local or arbitrary coordinate systems into accurate geospatial reference frames with professional precision.
Features
Professional Georeferencing Tools
Everything you need to transform point clouds with precision and confidence.
Scale Correction During Georeferencing
Detect and correct scale errors during the georeferencing process. Ideal for local scans that need to match real-world dimensions.
Local and Arbitrary Systems
Work with any coordinate system, from arbitrary local setups to established national grids. Transform smoothly into your target reference frame.
Cloud Point Cloud Georeferencing
Process point clouds entirely in the cloud. Avoid hardware limits and handle datasets up to 5 GB with enterprise-grade infrastructure.
How Georeferencing Works
A streamlined workflow designed for professional results.
01
Upload the Cloud
Upload your LAS file with local or arbitrary coordinates.
02
Add Ground Control Points
Enter GCPs with known coordinates in the target system.
03
Configure the Transformation
Select the transformation type and scale correction options.
04
Download Results
Get your georeferenced point cloud with a complete accuracy report.
Benefits
Why Choose GeoRef Cloud for Georeferencing?
The platform combines advanced algorithms with cloud computing power to deliver accurate results on every project.
- Sub-centimetre precision with a good GCP distribution
- Automatic detection and removal of outliers
- Support for weighted GCP constraints
- Real-time transformation preview
- Detailed accuracy reports and residuals
- Batch processing for multiple files
Local Coordinates
Georeferenced
→
LAS, LAZ and GCP
Georeference a LAS or LAZ file into an official reference frame
GeoRef Cloud helps turn a local point cloud from a drone, terrestrial scanner or mobile mapping system into production-ready data: Lambert 93, RGF93, UTM, WGS84 or any other EPSG reference system.
The workflow covers practical professional searches: georeference a LAZ file, recompute a LAS point cloud with GCPs, inspect residuals and export a consistent result for GIS, CAD, BIM or topographic control.
- Import LAS/LAZ files and field ground control points.
- Transform from a local frame to a target EPSG system.
- Check accuracy before delivery or production use.
Ready to Georeference Your Point Clouds?
Start processing your data with professional precision and cloud computing power.