Content Types: Industry Insight
For decades, lidar has been extraordinarily good at answering one…
Reality capture has traditionally been too expensive and complex for…
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…
Popular Posts
SALT LAKE CITY, UT – USA, September 9, 2026 – Organizers of Geo Week, the premier conference and trade show for geospatial and mapping professionals, have announced their Strategic Partnerships for 2027, comprised of Event Partners, Industry Partners, and Supporting Partners. Each partnership plays a pivotal role in bolstering the event’s success and bringing together…
For decades, lidar has been extraordinarily good at answering one question: where is it in three-dimensional space? A pulse of laser light leaves a sensor, strikes a surface and returns. Measure the time between those events precisely enough and the result is an accurate three-dimensional representation of terrain, vegetation, buildings and infrastructure. But today, researchers…
Sixteen wavelengths in an open excavation Researchers from Aarhus University and Moesgaard Museum have developed a multispectral imaging rig that uncovers hidden stratification directly inside active excavation trenches. The prototype illuminates vertical soil sections using sixteen distinct narrow-band light-emitting diode wavelengths, sweeping sequentially from near-ultraviolet through visible bands to near-infrared. Rather than relying on broadband…
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