Content Types: Industry Insight
A stopped vehicle inside a tunnel, a worker entering an…
Reality capture workflows have changed dramatically over the past decade.…
I built a free browser game called Reality Capture Game,…
3D Gaussian Splatting (3DGS) is one of the most talked-about…
In the United States, NDAA-compliant LiDAR has become an increasingly…
For many people, LiDAR is still strongly associated with autonomous…
Key Takeaways: Artificial intelligence and lidar are transforming forestry from…
Jordan Regenie, a geospatial strategist and advisor, explores how lidar…
Lidar News speaks with Chief Scientist and CEO David Hall…
Researchers compare lidar reflectance data with imaging spectroscopy to improve…
A 35-year career, the completion of 3DEP, and what comes…
Cloud Optimized Point Cloud (COPC) is a file format designed…
Summary Quantum lidar uses entangled photon pairs to push beyond…
Written by the Alluxa Engineering Team An analytical approach to…
Summary The rise of drone LiDAR and laser scanning technology…
Geospatial Data – Who Owns Yours? In the digital era…
Can We Improve Archeological Exploration? Could archeological exploration be more…
Preserving Monuments with 3D Laser Scanning Construction companies need accurate…
Popular Posts
River corridors are among the most challenging environments to survey because no single technology can capture every feature above and below the waterline. This project demonstrates how integrating airborne lidar, mobile mapping, UAV lidar, and multibeam bathymetry can produce a seamless digital terrain model for engineering, navigation, flood analysis, and long-term river management. Redefining River…
A University of Florida research team spent two weeks in June and July 2026 collecting paired field measurements and ground-based lidar data across recently burned landscapes and a range of forest conditions in Fish Lake National Forest, Utah, and North Kaibab National Forest, Arizona. The campaign combined terrestrial and mobile laser scanning with conventional stand…
Point cloud to TIN workflows are essential for transforming lidar data into terrain models used in surveying and civil engineering. Mach9’s latest release brings surface generation, editing, quality assurance, and LandXML export into a single workflow, reducing software handoffs and helping teams move more efficiently from point cloud to engineering-ready deliverables. Surveyors and engineers routinely…
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