You got a point cloud, great! Now what? You need a Point cloud processing software to organize, evaluate and extract survey data into a digital 2D/3D model easily and efficiently. But not all point cloud processing software is equal. Choosing the best point cloud processing software for your business can Read more…
Searching for comprehensive solution to host your data, share its value with customers and expand your business opportunities? A low-cost process to quickly realize the value of geospatial point cloud data where and when it is needed! Don’t pay for expensive third-party services to host “your” data Don’t pay to Read more…
LiDAR, or light detection and ranging, is a technology that uses laser light pulses to collect information from surfaces. LiDAR systems throw out thousands of laser pulses per second, and each one reflects back to the system sensor after hitting a surface — this could be a road surface, building, Read more…
Point cloud density can affect the quality of data collected during laser scanning surveys but what exactly is it? And what do different levels of point cloud density mean for your project? Point cloud data collected during laser scanning surveys are used to create a “digital twin” of surveyed environments, Read more…
Laser scanning equipment gives organizations in the construction industry the ability to collect information from surfaces and structures at the speed of light (literally). Laser scanning systems emit tens of thousands of laser beams per second, each beam collecting an XYZ coordinate fora specific point on a surface. A complete Read more…
We’ve compared some of the most common point cloud formats and their interoperability to help you choose a point cloud file format that suits the purposes of your project. When it comes to LiDAR survey file types, there’s no one point cloud format that all laser scanning systems use — Read more…
Point clouds are datasets collected during laser scanning surveys. These data clouds consist of 3D (XYZ) coordinates that collectively represent scanned surfaces, detailing the lay of the land and the shape, dimensions, and size of topographic features and human-made structures. Surveying teams use point cloud data to create digital models Read more…
Surveyors use laser scanning systems to collect information from landscapes, buildings, and objects. Using point cloud processing software, organizations can transform point cloud data into digital 3D models. With these realistic and detailed models, surveying teams can explore surveyed areas in the safety of the digital world, and analyze structures Read more…
With more and more projects relying on geospatial data, laser scanning has become one of the most popular surveying methods. Laser scanning systems, use light pulses to collect information from surfaces. The systems capture millions of 3D coordinates (also known as points), which together form point clouds. The coordinates in Read more…
Laser scanning is a popular land surveying method that can accurately measure and collect data from objects, surfaces, buildings, and landscapes. Laser scanners collect information in the form of point cloud data, which consists of millions of 3D coordinates (XYZ coordinates). The history of laser scanning dates back to the Read more…