We conduct studies on any type of surface (natural or anthropogenic) and process (earthmoving with machinery, erosion, or cracks in vertical walls) to quantitatively monitor the progress of the work undertaken or anticipate cases that might lead to landslides and severe erosion processes.


We conduct studies on any type of surface (natural or anthropogenic) and process (earthmoving with machinery, erosion, or cracks in vertical walls) to quantitatively monitor the progress of the work undertaken or anticipate cases that might lead to landslides and severe erosion processes.
To obtain topographies, we perform photogrammetry using photos taken with drones equipped with RTK and processed with Agisoft software. Depending on the context, we also work with LiDAR sensor data and other equipment such as differential GPS or total stations.
We collaborate with two key partners with extensive experience in the mining sector, DGDRONE and DDM, to offer a high-quality service.
We perform various analyses to obtain data such as: volume of waste/mineral moved/extracted, volume of eroded/deposited earth, or number and characteristics of cracks likely to develop into instabilities.
To obtain topographies, we perform photogrammetry using photos taken with drones equipped with RTK and processed with Agisoft software. Depending on the context, we also work with LiDAR sensor data and other equipment such as differential GPS or total stations.

We collaborate with two key partners with extensive experience in the mining sector, DGDRONE and DDM, to offer a high-quality service.
We perform various analyses to obtain data such as: volume of waste/mineral moved/extracted, volume of eroded/deposited earth, or number and characteristics of cracks likely to develop into instabilities.
The quality of our work is based on the use of the latest scientific advances, both from our research and from the scientific community. Two of our methodologies have been published in prestigious international journals such as Remote Sensing and Engineering Geology and have contributed to improving traditional surveying procedures in mining areas, increasing resolution and reducing errors to 9 mm, and improving crack detection mining highwalls by 93.5%.