Georeference Lidar data with OxTS Georeferencer 2.0!

Almost two years since OxTS Georeferencer was launched, and after several updates in between, OxTS Georeferencer 2.0 is now available.

Previous iterations of OxTS Georeferencer saw almost 30 new Lidar sensors integrated, as well as multiple user experience enhancements.

Version 2.0 includes several key improvements, particularly for professional Lidar surveyors. These include:

Global coordinates - OxTS Georeferencer 2.0 users can now process data in a range of coordinate systems. These include local coordinates, ECEF, and LLA (latitude, longitude and altitude).

New processing options - Users of OxTS Georeferencer 2.0 can maximise the usability of their point clouds and minimise data size through a range of processing options. These include:

Filter points by position uncertainty keeping every point within a specified accuracy
Maximise the accuracy of the data while minimising data size with a Voxel sampling algorithm
Filter points by intensity, azimuth and elevation angle of the Lidar
Filter points by speed and range from vehicle

Easier to create map files - OxTS Georeferencer 2.0 can add the direction from which each point is surveyed into the point cloud, allowing mesh surfaces to be easily reconstructed. Furthermore, OxTS Georeferencer 2.0 gives surveyors the ability to add point normal information into the pointcloud and view the vehicle trajectory as a pointcloud.

Processing advances - Users benefit from the best performance yet due to new revisions of the OxTS Georeferencer processing algorithms. Using version 2.0, users can process point clouds faster than ever before and take advantage of improved precision and consistency of the boresight calibration feature which now utilises target dimensions.

OxTS Georeferencer Product Video

Learn more about how OxTS Georeferencer can help you georeference your Lidar data by watching our short product video…