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Point Cloud Feature Intelligent Extraction and Analysis Software
LiDAR 360 MLS
LiDAR360 MLS is a feature intelligent extraction and analysis software. It has a complete processing chain from MLS point cloud data processing to road asset survey,road maintenance, high definition map and other industry results delivery. LiDAR360MLS accelerates information extraction with intelligence and depicts the real world with digitalization.
Universal Platform
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Multi-Industry

Intelligent Mapping

3D Analysis

Powerful AI
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Universal Platform
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Multi-Source Data
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Rendering
Massive Data

Accuracy Improvement
Multi-Platform Support 100
Processing And Editing Tools
LiDAR360 MLS has nearly 100 point cloud processing and editing tools. It supports point cloud and camera images of mainstream mobile mapping systems on the market for processing and mapping. Combination display of multiple attributes, with additional attributes, to meet more application requirements.
One-Stop Point Cloud Preprocessing
![]() Trajectory jumps find and repair | ![]() Global optimization | ![]() Point cloud colorization |
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AI Feature Extraction
Powerful Point Cloud Classification
Efficient Vector Editor
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Vector mapping with multi-source data fusion.
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3D mapping based on point clouds.
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3D mapping based on imagery (panaromic/planar/ortho).
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Over 100 vector mapping, processing, editing tools.
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Multiple output formats, seamless integration with GIS, CAD and simulation platform.


Floor Plan
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Automatic vectorization function for floor plan.
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DXF export for floor plan vectors.
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One-click export for blue print.
Facade Survey
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Provide multi-mode baseline collection method.
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Provide convenient facade element drawing tools.
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Using panoramic images to assist facade survey.
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Provide accurate length and area calculation functions, and support exporting tables in other formats.
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Exporting DXF, orthophoto result data, etc.

Urban Forestry
LiDAR360MLS supports detailed classification of tree trunks and canopies, individual tree segmentation, and calculation of over 10 parameters. It provides seed point extraction and parameter calculation independent of individual tree segmentation. It also supports generating and analyzing thematic maps of ecological landscapes.
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