3D Mapping Technology

Hardware, Software, Solutions.

Handheld Hardware

LiBackpack enables users from a myriad of industries to accurately acquire rich 3D point cloud data quickly and efficiently. Integrating LiDAR with SLAM (simultaneous localization & mapping) technology allows for seamless indoor/outdoor data collection capabilities. Visualize the point cloud in real-time and generate high precision geospatial products with minimal data processing. The updated form factor now includes a Handheld mode, for better coverage in areas such as forest canopies, roofs, etc. Highly automated by design, the LiBackpack features a one button operation when connected through any wireless device.

LiDAR360 is a comprehensive point cloud post-processing software suite from GVI. It provides toolsets for advanced point cloud visualization, management, editing, classification and modeling tools. The tools are organized into modules to address specific industry needs such as Terrain, Forestry and Power Line applications. LiDAR360 is completely stand-alone and built from the ground up specially for point cloud post-processing. Its unique data structure and proprietary algorithms enable the user to process very large amount of data (TB-level) on mainstream workstations. Best of all, the data management and visualization functions are completely free.

Follow our case study on using UAV LiDAR and LiDAR post-processing software for  effective automatic classification of power lines, towers, and detection of a range of user defined hazardous points such as vegetation overgrowth and tree fall.

Follow our case study on using UAV LiDAR and LiDAR post-processing software for  effective automatic classification of power lines, towers, and detection of a range of user defined hazardous points such as vegetation overgrowth and tree fall.

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Events & Workshops

Comprehensive ALS/TLS Forestry LiDAR Workshop

Kyoto, Japan (Sep 26 - 28)

Intergeo 2018: Dual-Head LiBackpack Demo

Frankfurt, Germany (Oct 16 - 18)

The state-of-the-art photogrammetry and computer vision algorithms integrated in the software enables users to automatically reconstruct geometric structures by overlapping aerial photos or multispectral images and therefore generating a series of industry-standard photogrammetry products such as dense cloud, DEM/DSM, and TDOM. Furthermore, functions such as bundle block adjustment, camera self-calibration and stitching line editing are also provided for improving workflow productivity and accuracy.

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