Features
Platform Features
- Preprocessing. Solving calibration error, trajectory error and laser sensor error to correcting layered point cloud. Providing hybrid adjustment for multi-source data. Supporting correction by control points and quality inspection.
- UAV Processing. One-click operation for UAV point cloud&image process, fully improve ALS data quality.
- Classification. Auto-Classification for various features by deep learning. Support AI training for point cloud calssification.
- Editor. Provide efficient editor tools for point cloud, model, vector and raster, link multi-source data for identification.
- Vectorization. Rich semi-automatic editing tools for 2D/3D vectorization by multi-source data, seamless CAD and GIS data aggregation.
Forestry Surveying
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.
- Segment each tree in the point cloud data, extract Individual tree attributes such as Height, DBH, Crown Area
- Calculate forestry metrics such as Canopy Cover, Gap Fraction and LAI, inversion forestry metrics by regression analysis
- Rich Tools such as Stem Extraction, Tree Species Marker, Biomass Calculation, Individual Tree Report, etc.
- Generate real size models for each tree (supports different tree species).
Topographic Mapping
LiDAR technology can penetrate parts of the ground and quickly acquire a wide range of high-precision terrain point cloud data in a short period of time, enabling fast, low-cost, and
large-area ground measurements.
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.
- Rich topographic results. Produce high-precision DEM, DSM, DOM, contour lines, and other standard terrain products based on LiDAR point clouds, analyze terrain slope, slope direction, and mountain shading, and perform quality checks on data results to meet the needs of terrain mapping results and provide support for multi-industry applications.
- Engineering Surveying. It can quickly analyze over- and under-excavation of earth volume and obtain measurement sections in real time using 3D point cloud data collected in the field. It can be widely used in applications such as highway engineering, railway surveying, urban renovation, and water conservancy engineering.
Powerline Inspection and Analysis
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. The LiDAR360 software enables unified data management and analysis of transmission line cross-overs, tree barriers, and geology within the transmission line corridor in accordance with relevant transmission line operating regulations, completing a 3D visualization of the transmission line corridor, and enabling rapid and efficient power line hazard detection and identification in the power grid system.
- Highly accurate and precise 3D modeling, identification, and extraction of towers, conductors, tooling components, and underline features.
- Analysis of abnormal conditions within the line channel, such as tree barriers and cross spans; rapid detection of dangerous trees, line, and road cross spans beyond the transmission line’s safe distance; accurate calculation of the number of hidden hazards and dangerous distances within the channel environment; and other situations.
- Supports single-tree segmentation of trees in transmission channels, quickly detects the number, location, height, and crown width of hidden tree hazards, and accurately calculates the felling volume of hidden tree hazards, providing guidance for field work on hazard identification in the power grid industry.
- Rapid response. Fast and accurate acquisition of microtopographic features of addressed hazards, such as landslides.
- Parametric multiplicity. The extraction of parameters such as surface roughness, slope, and slope direction.
- Precise extraction. Precise sensing of subtle changes in terrain features over multiperiod data for section analysis and structural surface extraction.
- Early warning. A disaster warning analysis can be carried out based on the data results.
- Surface hydrology. Flow accumulation and depression filling analysis can be carried out.
Geological Analysis
LiDAR is one of the few remote sensing technologies that can penetrate vegetation to obtain ground DEMs. 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.
Mine Surveying
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 modeling, section analysis, and point cloud classification to meet the needs of applications such as transport step laying, stockpile change monitoring, and construction acceptance, efficiently supporting mining production.
- Production safety analysis, earthwork calculation and volume change analysis for open-pit Mine to Increase productivity.
- Rapid moddeling, section analysis and volume calculation for tunnel to help construction.
- Rapid Modeling: Rapidly automatic modeling for buildings as 10000+ models in 24 minutes by point cloud and building footprint.
- Attributes Management: Each building model will inhertit the attributes of vector data for urban management and analysis.
- Automatic Texture Mapping: Precisely match point clouds and oblique images, and automatically attach textures to building models.
- Model/Texture Editor: Inspection and editing functions for models and textures.
- Attributes Calculate: Automatically calculating building attributes auch as base height, building height, floor area etc.
3D Real Scene
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 modeling to achieve city-level geographic scene and physical replica restoration, helping real-world 3D construction.
