aUnlock The True
Value Of LiDAR Data
www.greenvalleyintl.com

LiDAR360

Professional
LiDAR Solutions

LiDAR360

SoftwarePlatform Features• Pre-processing
Alignment, segmenting, and de-noising, with single click
operations to improve data quality, and results are
immediately available

I N D U S T R I A L g r a d e l i da r P o i n t c lo u d P r o c e ss i n g P l at fo r m• Coordinate conversion
One-click conversion of common coordinate systems; supportfor custom coordinate systems and multiple conversion
methods

Launched in 2013, LiDAR360 is a professional processing platform for massive point cloud data
developed by GreenValley International. The platform employs over ten different types of international
leading point cloud algorithms, artificial intelligence, and machine learning to promote the use of LiDAR
across the industry and solve users' application problems while unlocking the full potential of their point
cloud data. The software can analyze 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. Upto now, the number of downloads has exceeded 100,000 worldwide, and the LiDAR360 is used actively inmore than 130 countries and regions, receiving an array of praise from clients, contractors, governments aswell as tertiary and research institutions.

• Point cloud classification
Automatic classification of ground, buildings, vegetation, andother feature point clouds with deep learning to meet theneeds of any category• Editing tools
A variety of semi-automatic and manual editing tools andauxiliary editing functions are available to help produce thedesired data results• Massive data processing

Fast loading and processing of terabytes of point cloud data, as well as large-scale and high-density UAV data• Multiple data sources
Support for processing point cloud, vector, raster, and model data in multiple formats and platforms• One-click processing

Provides one-click automated processes for multiple industries to produce industrial-level data products
quickly and efficiently

data

300 GB Of
Massive Data Processing

Customized
Workflows-2-2-second Massive
Data Loading

One-click
Process-based Operations

Highly Interactive
Editing

Comprehensive Industrial
Data Management• Rich editing tools

Display in both 2D and 3D, editing of data from multiple sources, and fine editing of point clouds, models,raster, and vector data

• Multi-industry application services
A variety of analysis and processing tools to solve industry pain points and cover the full life cycle ofengineering surveying, topographic mapping, forestry survey, mining survey, construction modeling,
and power inspection services-3-Forestry Surveying

01

In the forestry module of LiDAR360, the main functions of the ground-based and airborne applications are:·Classification and extraction of vegetation layers: separating the terrain and plants in a forest scene for finesegmentation·Single-tree segmentation: CHM-based, point cloud-based, and seed point-based segmentation for tree
monomerization and parameter extraction·Parameter extraction: automatic extraction of tree monomer parameters, forest community parameters, forest
structure change analysis, etc.; can be used to calculate tree trunk volume, calculate forest carbon sink, store

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.

timber, etc·Forest 3D scene reconstruction: refined 3D restoration of forest scenes, used to build the basic database of the3D management platform·Regression analysis: rapid inversion of biomass, forest stock, forest cover, etc., for use as a basis for scientificresearch and management decisions
9.1Tree Height (m)14.3

DBH (cm)
Crown Diameter (m)LiDAR Data Acquisition

LiDAR Data Processing

Integrated Data
Presentation, Analysis, andAssessment

Crown Diameter E-W (m)Crown Diameter N-S (m)Crown Area (sqm)
Crown Volume (cu.m)
CBH (m)Trunk Volume (m)Helicopter

Tree Species
Slope
Slope Direction

5.2
4.5
4.8

18.3
53.2

4.895
1.536

Balsam fir
15°

221°

UAV

Single Tree Attributes

a full range of forestry 3D
scanning techniques

Terrestrial

Forest Inventory Surveys-4-

Tree ID：178
Location： ****09.8920，****420.2790，***.062

Trunk Extraction

Forest Modeling-5-• 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 realtime 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.

DSM

Topographic Mapping

02

LiDAR technology can penetrate parts of the ground and quickly acquire a wide range ofhigh-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 highprecision models required for industrial applications, and provide a wealth of analysis
tools to help increase the quality and efficiency of terrain mapping.
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TopographicModeling

Ground Points Extraction
And Classification

DEM

DOM

Roughness

Contour-7-

03Powerline Inspection
and Analysis

LiDAR360 enables the automatic classification of power line andpylon point clouds, real-time analysis of power line conditions,and extraction of towers, conductors, tooling components,

and the establishment of a sample library of machine learningand underline features.

classification algorithms to accurately and effectively reproduce the• Analysis of abnormal conditions within the line channel,
such as tree barriers and cross spans; rapid detection of

topography, geomorphology, and geological conditions within thedangerous trees, line, and road cross spans beyond thetransmission line corridor. The LiDAR360 software enables unified

transmission line's safe distance; accurate calculation ofdata management and analysis of transmission line cross-overs,

the number of hidden hazards and dangerous distances
within the channel environment; and other situations.

tree barriers, and geology within the transmission line corridor in• Supports single-tree segmentation of trees in transmission

accordance with relevant transmission line operating regulations,channels, quickly detects the number, location, height,

completing a 3D visualization of the transmission line corridor,-8-• Highly accurate and precise 3D modeling, identification,and crown width of hidden tree hazards, and accurately
calculates the felling volume of hidden tree hazards,

and enabling rapid and efficient power line hazard detection andproviding guidance for field work on hazard identification

identification in the power grid system.

in the power grid industry.

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LiDAR360 is equipped with a wide range of geological analysis tools such as slope direction, fill flow direction,
dip direction, road, geological cross-section, etc. It can generate standard data results, export analysis reports,
and import the results into other design and analysis software in a common format for further processing.

04
Geological Joints• Rapid response
Fast and accurate acquisition of microtopographic featuresof addressed hazards, such as landslides.
• Parametric multiplicity
The extraction of parameters such as surface roughness,slope, and slope direction.
• Precise extraction

Cross-sectional Analysis

GeologicalAnalysis
LiDAR is one of the few remote sensing technologies• Early warning
A disaster warning analysis can be carriedout based on the data results.
• Surface hydrology
Flow accumulation and depression filling
analysis can be carried out.

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.

Precise sensing of subtle changes in terrain features over multi-period data for section analysis andstructural surface extraction.

- 10 -- 11 -

Based on the platform's real-time 3D point cloud data, LiDAR360 enables the detection ofmining path transformations in open pit mines, quantitative analysis of mining operations, and05

assisted decision-making in mining planning. LiDAR360 can also be used for regular inspection
and analysis of underground mine tunnels to assist in early warning and decision-making.

MineSurveying
Based on the 3D point cloud data obtained from multiple
platforms such as airborne and backpack systems, LiDAR360

Corridor and tunnel modelingand volume estimation

Corridor and tunnel
point cloud classification

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, andpoint cloud classification to meet the needs of applications
such as transport step laying, stockpile change monitoring,

Stockpile volume measurement- 12 -

Multi-phase volume change analysis- 13 -

The LOD building modeling function can be based on point cloud data and building outline
vector data. The software provides semi-automatic extraction of building outlines and supports
the loading of multiple sources of data in multiple windows for linked display and height filtering
to assist in building outlines and model editing to produce the right results.

3D Real Scene

06

LiDAR360 identifies ground, vegetation, buildings, and other featuretargets 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•

Generation of terrain models based on groundpoint clouds•

Tree modeling based on the results of single tree
segmentation from vegetation point clouds•

Automatic extraction of building contour lines
based on building point clouds and generationof LOD2-level building models- 14 -

scene and physical replica restoration, helping real-world 3D construction.

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2120 University Ave. Berkeley, California USA 94704- 16 -