LiDAR Processing

High-precision 3D data capture and processing for accurate modeling, analysis, and visualization of complex environments.

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Why LiDAR Technology?

Traditional measurement techniques struggle with complex environments, vegetation penetration, and rapid data capture. LiDAR technology overcomes these limitations with millimeter-accurate 3D data collection regardless of lighting conditions.

The Limitation

Traditional methods can't efficiently capture complex 3D environments

Our Solution

LiDAR captures millions of precise 3D points rapidly and accurately

Millimeter Accuracy

Capture precise 3D measurements with centimeter to millimeter accuracy.

Rapid Capture

Collect millions of data points per second from air, vehicle, or tripod.

Vegetation Penetration

See through foliage to capture ground topography under vegetation.

Day or Night Operation

Active sensing technology works regardless of lighting conditions.

Key Benefits

99.5%
Classification Accuracy
10+
Feature Classes
100M+
Points Processed Daily
24hr
Turnaround Time

Simultaneous land & water survey

The YellowScan Bathymetric system is designed for conducting bathymetric measurements in shallow waters and is rapidly deployable on a UAV. This full waveform LiDAR system ensures continuity between underwater points and the surrounding terrain.

Navigator bathymetric lidar land and water survey schema

Diverse water environments

Intended for aerial use on drones, the system covers various water areas such as shorelines, rivers, lakes, estuaries, ponds and gravel pits. Navigator is user-friendly and adaptable for a wide range of applications, from hydrographic surveys to underwater resource management.

Navigator bathymetric lidar diverse water environment schema new

Building Classification in Urban Areas

In complex urban environments, Atlasgeotech advanced classification handles dense clusters of buildings with precision. It efficiently separates individual structures from overlapping elements such as roads, vegetation, and adjacent buildings. The automated process eliminates the need for parameter fine-tuning, ensuring consistent and detailed building identification in intricate urban landscapes.

Atlasgeotech - Urban Segmentation
Atlasgeotech - Building Segmentation

Building Classification in Rural Areas

Atlasgeotech excels at classifying buildings in rural areas, where structures are often sparse and surrounded by natural terrain. The algorithms accurately distinguish buildings from features like vegetation and ground, even in large and uneven landscapes.

Optimizing Electrical Corridor Monitoring

Enhancing electrical corridor monitoring with Atlasgeotech to accurately classify wires and transmission towers.

Atlasgeotech - Wire and Transmission Tower
Atlasgeotech - Wire and Transmission Tower Segmentation

Classify Wires and Transmission Towers

Quickly and accurately classify complex structures like wires and transmission towers without the need for manual adjustments or parameter tuning.

Automated water classification

Optimize your bathymetric capabilities using YellowScan CloudStation software, which includes automatic water classification. This functionality streamlines the categorization of water bodies, enhancing the efficiency and precision of bathymetric mapping.

LiDAR vs Other Technologies

Photogrammetry

  • ✓ Good for visual models
  • ✓ Lower equipment cost
  • ✗ Requires good lighting
  • ✗ Struggles with vegetation
  • ✗ Less accurate measurements

LiDAR

  • ✓ Highest accuracy
  • ✓ Works day or night
  • ✓ Penetrates vegetation
  • ✓ Direct 3D measurements
  • ✓ Rapid data collection

Traditional Survey

  • ✓ High point accuracy
  • ✓ Established methods
  • ✗ Very slow coverage
  • ✗ Limited point density
  • ✗ Labor intensive

LiDAR Applications

Forestry Management

Canopy height models, biomass estimation, and forest inventory with unparalleled accuracy.

Utility Mapping

Power line corridor mapping, clearance measurements, and infrastructure planning.

Urban Planning

3D city models, flood zone mapping, and infrastructure development planning.

Transportation

Road design, railway corridor mapping, and airport obstruction analysis.

Mining & Quarrying

Volume calculations, slope stability analysis, and operational planning.

Flood Modeling

Watershed delineation, floodplain mapping, and hydraulic modeling.

Technical Specifications

Parameter Airborne LiDAR Mobile LiDAR Terrestrial LiDAR
Pulse Rate 50-2000 kHz 100-2000 kHz 10-1200 kHz
Accuracy 5-20 cm 1-5 cm 1-3 mm
Point Density 1-100 pts/m² 100-5000 pts/m² 100-10,000 pts/m²
Range 100-4000 m 1-300 m 0.5-300 m
Integrated Camera Yes (RGB/NIR) Yes (360°) Yes (HD)
Output Formats LAS, LAZ, XYZ LAS, LAZ, PTS LAS, E57, PTS
Best For Large area mapping Corridor mapping Detailed structures

Unlock the Power of LiDAR Data

Our advanced LiDAR processing solutions deliver accurate 3D data for your most demanding applications.