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Our services are being used in a wide range of market sectors like Engineering, Infrastructure, Transportation, Transmission line and Hydrography etc. The range of our customers is reflected by their geographical locations, specifications, needs, problems and the magnitude of the projects. We aim at establishing long-term partnerships with our customers, focusing on project success.
- We having rich domain expertise in the Lidar Technolgy which makes us to provdie to quality service in this area.
- We are providing accurate service in Mapping, Visualizing and Analysing the Lidar Data.
- We having good experince in the VG4D tools like VG4D Lidar Explorer,VG4D Lidar Viewer,VG4D Reprojecter and VG4D Virtual Navigator etc.
IT Solutions from Customer Perspective by using latest technologies like ASP.NET with C#,ASP.NET5 MVC6 with C# and SQL Server 2014
Infrastructure - Using Mobile LiDAR based Line Feature Extraction methodology we extracting lane lines, curbs, building corners, fences etc. and providing the mobile data.
Railway & Transportation-GPS Location such as lampposts, traffic signals, traffic signs, billboards etc. are derived using high density mobile LiDAR data.
Power Line Digitization- Digitization of power lines and towers using medium density corridor LiDAR data. Accurate location of utility towers can also be obtained.
Hydrology-Using Airborne LiDAR based break-line extraction method hydrology break-lines and bare earth extraction related data derived.
Understanding LiDAR
LiDAR, which stands for Light Detection and Ranging, is a remote sensing method that uses light in the form of a pulsed laser to measure ranges (variable distances) to the Earth. LiDAR typically uses a low-power, eye-safe pulsing laser working in conjunction with a camera. The laser illuminates a target and associated software calculates the time it takes for the laser to reflect back from the target. In some applications, specifically-tuned lasers may be used to excite and detect elements or compounds.
Different Type LiDAR
The basic two types of LiDAR Technology are airborne and terrestrial.
Airborne
With airborne LiDAR, the system is installed in either a fixed-wing aircraft or helicopter. The infrared laser light is emitted toward the ground and returned to the moving airborne LiDAR sensor. There are two types of airborne sensors are topographic and bathymetric. The bathymetric sensor used to locate objects on the ocean floor where topographic sensors used in Solid surfaces.
Terrestrial
There are two main types of terrestrial LiDAR: mobile and static. In the case of mobile acquisition, the LiDAR system is mounted on a moving vehicle. In the case of static acquisition, the LiDAR system is typically mounted on a tripod or stationary device. Both LiDAR sensors consist of eye-safe lasers.
Terrestrial LiDAR collects very dense and highly accurate points, which allows precise identification of objects. These dense point clouds can be used to manage facilities, conduct highway and rail surveys, and even create 3D city models for exterior and interior spaces, to name a few examples.
DotNET Technologies
- ASP.NET With C#
- AJax Control Kit
- SQL Server -2005/2008/2012
- Web Services
- WCF Using C#
- VB.NET
KC as he is called is a veteran of the IT industry with over 40 years’ experience. He has worked with companies like TCS, HCL, Transys and Cognizant in various capacities and has helped set up GESA with a vision to make it a force to reckon with in the LiDAR services industry.
C.Nagarajan(Nagi)
Nagi Passed out of College of Engineering Guindy and did a short term management course at Harvard Business School. His penchant for new technology drove him to set up GESA and create interesting employment opportunities in India. His focus has been on putting the right people together to get the best possible results and provide value to the clients.
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