Category: Lidar
Lidar technologies capturing high-precision spatial data, powering reality capture workflows across surveying, mapping, engineering, autonomy, and environmental analysis.
A stopped vehicle inside a tunnel, a worker entering an…
I built a free browser game called Reality Capture Game,…
Blew & Associates completed an airborne LiDAR survey of approximately…
In the United States, NDAA-compliant LiDAR has become an increasingly…
For many people, LiDAR is still strongly associated with autonomous…
Accuracy Isn’t a Setting LiDAR technology has transformed the way…
As consolidation reshapes the industry, the future of lidar and…
This article covers new MIT research that brings non-line-of-sight imaging…
The Utah Geological Survey is employing bathymetric lidar to peel…
Recent research from MIT News exploring advances in optical phased…
Jordan Regenie, a geospatial strategist and advisor, explores how lidar…
Stitch3D is a browser-based platform for sharing and visualizing 3D…
An Antarctic expedition recently uncovered a secret hidden in plain…
Valeriana is estimated to be one of the largest Maya…
Lidar earthquake mapping is helping researchers uncover an ancient fault…
Expectations for geospatial data in the AEC industry have changed…
Cloud Optimized Point Cloud (COPC) is a file format designed…
Summary Quantum lidar uses entangled photon pairs to push beyond…
Popular Posts
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…
A stopped vehicle inside a tunnel, a worker entering an equipment path, debris in a rail corridor, bridge movement after a flood, and slope movement during heavy rainfall all share the same monitoring problem: the information is most valuable when it can be measured, interpreted, and acted on quickly. Real-time LiDAR monitoring uses three-dimensional measurements…
Indian heritage preservation is evolving rapidly as geospatial technologies transform how historical sites are documented, analyzed, and restored. From photogrammetry and lidar to advanced imaging techniques, conservation professionals can now create highly accurate digital records without disturbing fragile structures. These tools not only improve restoration planning but also preserve permanent digital archives of monuments threatened…
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