by Marsya Karlinda | Sep 30, 2026 | GeoLidar
Roads and rail corridors often need to remain operational while civil and geotechnical teams monitor changing ground conditions around them. This creates a challenging environment for deformation monitoring. Live traffic, restricted site access, unstable slopes and... by Marsya Karlinda | Sep 17, 2026 | GeoLidar, Nanoradar
Slope monitoring plays an important role in managing geotechnical risk across mines, roads, rail corridors, embankments and other infrastructure. Changes in ground movement, groundwater conditions and slope geometry can provide engineers with valuable information... 
by lachie.campbell | Aug 14, 2023 | GeoLidar
What is subsidence? Subsidence is vertical movement of the earth downwards in the direction of the gravity vector. This movement can have a variety of geotechnical causes. It can occur in any geo-material, including soil, rock, sand, as well as human-made structures... 
by lachie.campbell | Jul 10, 2023 | GeoLidar
Underground Lidar Underground lidar is a technology that allows for survey-grade mapping to generate high density point clouds in underground mines, stopes and civil tunnels. The data can be used by survey, mine planning, and geotechnical engineers. It uses lasers to... 
by lachie.campbell | Jul 4, 2023 | GeoLidar
Case Study: Preserving Reliable Access to a World-Heritage National Park Client: Department of Transport and Main Roads Location: Springbrook Road, Gold Coast, Queensland, Australia " Read More Executive Summary Geobotica worked with Queensland’s Department of... by lachie.campbell | Jul 4, 2023 | GeoLidar
Case Study: Keeping Communities Safe and Connected Client: Department of Transport and Main Roads Location: Queensland, Australia " Read More Executive Summary Geobotica worked with Queensland’s Department of Transport and Main Roads (TMR) RoadTek Branch to...
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