At two sites in the mountains of Crognaleto, GGM.EARTH built the surface first with SLAM and drone, then looked beneath it with GPR. Why a buried anomaly only means something when it has an address.

How GGM.EARTH combined UAV photogrammetry, SLAM, 3D GPR and GNSS at Pompeii’s Domus dei Gladiatori, and why the datasets must check each other.

Airborne and ground magnetometry, GPR and electromagnetics on one site: how different physical measurements constrain each other into one interpretation.

GGM.EARTH turns subsurface data into decision-grade intelligence: independent methods that validate each other, two teams in Italy and Zambia, one system.

At the XVII International Training Summer School, young geoscientists learn to design surveys, correlate signals and question anomalies on real sites.

Ground penetrating radar explained step by step: acquisition with a multichannel array and GNSS, processing, time slices, interpretation and 3D models.

Integrated Geophysics Safeguards Sogliano Solar Farm description: GGM.EARTH's integrated geophysical & geotechnical survey stabilized a 7 MW solar farm in Sogliano, Italy, mitigating landslide risks & saving €490k.

Geophysical Survey in a Church in Rome, Italy. A 3D GPR survey in a historic church in Rome reveals subsurface anomalies and identifies hidden crypts through the integration of GPR and SLAM technology. @GGM.EARTH

Project Insight | Railroad Museum : Pietrarsa, Naples - IT

Project Insight | Landslide Risk : Castel di Lama

Driving Sustainable Growth in Collaboration with the University of Lusaka

A Deep Dive into GGM's Technological Edge

Explore the impact of this advanced tool on our projects.

Innovating Landscape Analysis with Cutting-Edge Tech

Delve into GGM's daring explorations in the planet's most extreme settings.