Post-Processing Software

Powerful post-processing software for any application. Our software enables users to generate meaningful spatial products with ease. From LiDAR to photogrammetry, GVI software continues to innovate within a myriad of industries. 

LiDAR360 2.1

LiMapper 2.2

Free Trial

What’s New?

LiDAR360 2.0.1 Major New Features & Updates
ALS Module
Generate segmentation seed layer based on CHM/Point Cloud Segmentation and Layer Stacking.
Seed layer editing.
Batch-processed segmentation based on input Seed layer.
TLS Module
Ground Classification using TLS data.
Generate and edit segmentation Seed layer.
Batch-processed segmentation based on input Seed layer.
Classification for key feature points. By identify the key surface points, this allows the down-sampling of relatively flat areas thus improving processing efficiency without sacrificing quality. More user input parameters and options. Improved point cloud filters.

Power Line Module
Create vector output for power line and tower classifications.
Real-time measurement of the distances from any given point to the closest power line and tower.

Other Updates
Improved TIN display.
Setting point cloud display point size for individual layers.
Automatically identify point cloud center point and set it as rotation center.
Display shapefile layer attribute table.
Identify and locate the corresponding individual tree in the viewer by double-clicking a row in the segmentation result list table.
General performance improvements.
Minor bug fixes.

  • Enhanced CUDA acceleration, increasing processing by 5~10 times.
  • Support for non-CUDA graphics cards.
  • Support for images without POS data. (Can only produce DSM. Does not generate DEM.)
  • Control DEM/DSM/DOM/TDOM production area by adjusting bounding Box.
  • Support for concurrent instances.
  • Import Roll, Pitch, and Yaw data.
  • Export DEM/DSM/DOM/TDOM, Stitching Lines, and individual Ortho Photo.
  • Auto UI language selection by system.
  • Display mouse point elevation in DSM view (right-click).
  • Option to disable Hillshade effect.
  • Improved speed and stability for Aerotriangulation.
  • Improved Sparse Cloud – Fast algorithm with reduced noses.
  • Enhanced Dense Cloud – Accurate algorithm.
  • Improved 3D visualization and user interaction.
  • Improved Stitching Lines editing.
  • Improved software UI.
  • Fixed a bug that could cause crash when using Dense Cloud – Accurate option.
  • Fixed a bug that could cause coordinate system information loss when loading new images after removing all images previously loaded in the project.
  • Other minor bug fixes.

LiDAR360 2.1

Comprehensive Point Cloud Post-Processing

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Free Visualizer


100% free point cloud visualizer & data management


Statistics, automatic strip adjustment, classification, vector editor & more


Surface modeling, contouring & full suite of GIS tools

ALS/TLS Forestry

Calculate aerial & terrestrial forestry metrics including: LAI, DBH, tree height, crown diameter, etc.

Power Line

Powerline/tower classification, danger point detection, machine learning & simulation

LiMapper 2.2

Comprehensive Photogrammetry Post-Processing

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Mosiac Aerial Imagery

Orthomosiacing, stitching, etc.

Surface Modeling

Hillshade effects

Handle Large Data

Process datasets (>10,000)


  • Terrestrial and aerial images (orthophotos, oblique and multispectral images)
  • Supports compact, SLR, Rededge, Sequoia, Tetracam, large-frame, etc.
  • Editing and import/export of ground control points
  • Local and arbitrary coordinate systems
  • Import external DSM/DEM


  • Generate quality reports quickly
  • Detect and match feature of targets
  • Camera self-calibration
  • Automatic aerial triangulation and bundle adjustment
  • Point cloud classification
  • Automatic filtering
  • Automatic DSM/DEM extraction


  • Area editing
  • Regional mosaic


  • Project visualization
  • Edit manual connection points
  • Zoom the visual cone of the camera and thumbnail
  • Re-optimize project
  • Modify DEM/DSM color bar
  • 3D view EDL render


  • 2D results
  • 2.5D results
  • Vector data
  • 3D results
  • Camera calibration model
  • Camera internal parameter model