Why Choose LiDAR360MLS?
AI-Powered Intelligence
Advanced AI automatically classifies, segments and extracts features from LiDAR point clouds, including roads, buildings, poles and other infrastructure.
Multi-Source Data Processing
Process and combine LiDAR and imagery from vehicle-mounted, backpack and handheld mobile mapping systems in a unified workflow.
Powerful 3D Analysis
Perform detailed 3D measurements, road condition assessment, terrain analysis, asset inspection and intelligent modelling directly from point cloud data.
Complete Mapping Workflow
From raw point cloud processing and registration to mapping, asset extraction, floor plans, facade surveys and digital twin-ready outputs—all within one platform.
Key Features of LiDAR360MLS
LiDAR360MLS is an advanced point cloud processing and intelligent feature extraction software designed for LiDAR and image data collected from vehicle-mounted, backpack and handheld mobile mapping systems. It provides a complete workflow from point cloud processing and multi-source registration to GIS mapping, 3D analysis, asset extraction and industry-specific applications.
With powerful AI, intelligent mapping and advanced visualization tools, LiDAR360MLS helps transform massive point cloud datasets into accurate maps, models, inspection results and digital twin-ready deliverables.
Core Capabilities
Multi-Source Data Processing
Process and register LiDAR point clouds and imagery from vehicle-mounted, backpack and handheld mobile mapping systems.
Massive Point Cloud Processing
Efficiently process, visualize and manage large-scale point cloud datasets with optimized workflows and quality control.
Powerful AI Classification
Automatically classify and segment complex point cloud data using AI-powered algorithms for faster and more accurate mapping.
Intelligent Mapping
Transform point clouds into accurate 2D maps, 3D models, vector data and digital twin-ready outputs.
Advanced Features
AI Feature Extraction
Automatically identify and extract 100+ types of map features, including roads, buildings, poles and other infrastructure assets.
Road Condition Analysis
Detect road damage, assess Pavement Condition Index (PCI) and perform clearance, visibility and height-limit analysis.
Floor Plan & Facade Survey
Generate indoor floor plans and perform facade surveys with automatic vectorization, measurements, panoramic imagery and DXF export.
3D Modelling & Industry Analysis
Create detailed 3D road scenes and perform terrain, urban forestry, infrastructure and other specialized analyses.
One-Stop Point Cloud GeoProcessing
Complete Workflow from Point Cloud to Final Deliverables
LiDAR360MLS provides an integrated workflow for processing, registering and analyzing mobile LiDAR data. Users can generate point clouds from LiGrip, LiBackpack and LiMobile, combine multi-source datasets and control each stage of production.
The workflow includes data processing, multi-source registration, control-point correction, accuracy improvement and quality inspection, helping users produce reliable and consistent project outputs.
Floor Plan
AI-Powered Floor Plan Generation
LiDAR360MLS uses built-in AI models to automatically classify indoor point clouds and generate floor plans with minimal manual work.
- Automatic indoor point cloud classification
- Intelligent floor plan vectorisation
- Extensive vector editing tools
- DXF export for CAD workflows
- One-click blueprint generation.
Facade Survey
Efficient Facade Survey & Documentation
LiDAR360MLS combines point cloud data and panoramic imagery to simplify facade surveying and documentation. Users can identify facade elements, create accurate drawings and calculate dimensions directly within the software.
-Multi-mode data collection
-Facade element drawing tools
-Panoramic image-assisted survey
-Accurate length and area calculations
-Export tables and survey results
-DXF and orthophoto export
Road Condition
AI-Based Road Condition Assessment
Analyze road surfaces using LiDAR point clouds and AI-powered pavement analysis. LiDAR360MLS can detect road damage and support Pavement Condition Index (PCI) assessment while providing advanced 3D analysis capabilities.
The software also supports section assessment, clearance evaluation, visibility checks, height-limit verification and vehicle collision simulation, along with terrain modelling and generation of DEM, DSM and other terrain products.
Road Scene
Intelligent 3D Road Scene Modelling
LiDAR360MLS enables one-click intelligent modelling for generating detailed, component-level 3D road models from mobile mapping data.
-Rapid 3D road scene generation
-Component-level modelling
-Flexible texture configuration
-Expandable model library
-Professional editing and optimization tools
Urban Forestry
AI-Powered Urban Forestry Analysis
LiDAR360MLS uses AI to automatically classify tree trunks and canopies, segment individual trees and extract 10+ key parameters from point cloud data.
Generate ecological and thematic maps to support urban tree inventory, landscape planning, vegetation assessment and smarter urban forestry management.
Asset Extraction
AI-Powered Intelligent Asset Extraction
Automatically identify and extract 100+ types of map features, including roads, buildings, poles and other infrastructure elements.
LiDAR360MLS combines AI-based detection with interactive editing, an open attribute table, real-time imagery, field calculation and geometric validation tools. Users can also develop customized models using an extensible symbol library and synthetic training data.
Applications Across Industries
From surveying and mapping to mining, forestry and infrastructure, LiDAR360MLS provides powerful tools to process, analyze and visualize geospatial data for a wide range of professional applications.
LiDAR Data Sources
Seamlessly integrate LiDAR, point clouds, aerial imagery and other geospatial datasets from multiple sources into a unified workflow for processing, analysis and visualization.
Unlock the Full Potential of Your LiDAR Data
Transform complex LiDAR and geospatial data into accurate, actionable insights with LiDAR360MLS’s powerful processing, analysis and visualization capabilities.