A professional and versatile software offering, LiDAR360 is an industrial-grade LiDAR point cloud processing platform with functionality useful to a number of industry verticals.
Intended for massive point cloud data, the LiDAR360 platform employs over ten different types of international leading point cloud algorithms, artificial intelligence, and machine learning to promote the use of LiDAR across various industries while unlocking the full potential of users' point cloud data.
The software can analyse and process massive point cloud data, adapts to multiple platforms and devices, and provides more than 400 functions for efficient support of multi-industry applications. Up to now, the number of downloads has exceeded 100,000 worldwide, and the LiDAR360 is used actively in more than 130 countries and regions, receiving an array of praise from clients, contractors, governments as well as tertiary and research institutions.
*Please contact one of our knowledgeable LiDAR advisors to discuss your specific use-case in detail.
LiDAR has unique advantages in forestry surveys. LiDAR360 can automatically extract forest parameters such as canopy density and clearance rate, as well as single tree attributes such as tree height, diameter at breast height, crown width, and trunk volume based on LiDAR point cloud data and conduct intelligent statistical analysis to help sample plot surveys, carbon sink detection, and other applications, providing unparalleled support for forest resource surveys.
LiDAR360 can automate the processing of terrain observation data, accurately acquire terrain and landscape feature information, produce various data results and high precision models required for industrial applications, and provide a wealth of analysis tools to help increase the quality and efficiency of terrain mapping.
LiDAR360 enables the automatic classification of power line and pylon point clouds, real-time analysis of power line conditions, and the establishment of a sample library of machine learning classification algorithms to accurately and effectively reproduce the topography, geomorphology, and geological conditions within the transmission line corridor.
LiDAR360 can accurately extract ground points from LiDAR point clouds and obtain parameters such as slope and slope direction for section and terrain change analysis, providing support for environmental surveys, disaster monitoring, and mining surveys.
Based on the 3D point cloud data obtained from multiple platforms such as airborne and backpack systems, LiDAR360 mining module enables slope line extraction, stockpile volume measurement, and multi-period change analysis of open pit mines, as well as roadway modelling, section analysis, and point cloud classification to meet the needs of applications such as transport step laying and stockpile change monitoring.
LiDAR360 identifies ground, vegetation, buildings, and other feature targets from massive point cloud data, and employs intelligent algorithms for terrain and feature scene separation, vegetation, and building target monolithic segmentation and modelling to achieve city-level geographic scene and physical replica restoration, helping real-world 3D construction.
