Genesys
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LiDAR Engineering

 A pioneer in LiDAR services, Genesys offers a unique advanced mobile mapping system with high-resolution 360° panoramic imageries

Genesys can meet the accuracy standards required for creating maps, applications and solutions for a host of industries like Mining, Utilities and Urban Planning.

Genesys is a pioneer in providing Mobile Mapping Surveys in India and has the country’s largest fleet of mobile mapping units including a sizeable number of High Definition (LiDAR) scanning systems comprising Terrestrial, Backpack, Mobile and Aerial LiDAR scanners. We have developed a partnership with leading flying operators for airborne LiDAR surveys using fixed-wing / Unmanned Aerial Vehicles /helicopters.

lIdar services provide highly accurate data to develop -

  • Topographical Maps

  • 3D Building Model

  • DTM/DSM

  • 3D Flythrough

  • 3D City Maps

Our in-house viewer application provides a ‘Real World’ experience by allowing viewing LiDAR Point Cloud Data augmented with 360-Degree Panoramic Imageries.


How LiDAR works?

  • Active Remote Sensing Technique

  • Collects Dense and Accurate Elevation Values

  • Uses Light Pulses (Laser Beams) instead of Radio Waves

How it works:

  • Laser scanners measure 3D points on the surface of the earth

  • A platform (tripod or vehicle mount) with a laser ranging system is moved around the relevant area

  • Lasers utilized emit millions of pulses per second

  • The travel time of these pulses is timed and recorded

  • The X, Y, and Z measurements are displayed as a "point cloud“

  • Precise elevations are derived from the point cloud data

  • Can be viewed, measured and navigated as a 3D model

  • Provides incredible insight into the project site

  • In the case of terrestrial acquisition, the LiDAR system is typically mounted on a tripod or stationary device. At narrow/difficult places the system is carried on a backpack.

  • For mobile acquisition, the LiDAR system is mounted on a moving vehicle.

  • Airborne LiDAR system is installed in either a fixed-wing aircraft or helicopter. The laser light is emitted toward the ground and returned to the moving airborne LiDAR sensor.

Key Achievements

  • More than 75,000 linear km of road mapping in India

  • More than 3000 km of railroad corridor mapping

  • Over 250,000 linear km, spanning 65 major cities across India, of street-level 360-degree panoramic imagery data acquisition