Overview
Some questions don’t fit a standard survey. We build the method around the problem, combining sensors and analysis that are rarely used together.
Solution
Special Projects
Archaeology, caves, tunnels, ground movement and problems without a standard method, from ancient copper slag to GPS-denied underground spaces.
The challenge
Buried structures, underground voids, unstable slopes and restricted sites are hidden, inaccessible or GPS-denied, and conventional discovery is slow, invasive or unsafe.
Our approach
Aerial and handheld LiDAR, thermal and multispectral imaging, GPR and repeat surveys, selected around the research or engineering question and tested in the field before scaling up.
The intelligence
Raster analysis, smart segmentation and cross-section comparison reveal buried features, connect surface and underground spaces, and measure ground movement over time.
The value
Researchers and engineers get a permanent digital record, better-targeted excavation or intervention, and safer decisions in fragile or hazardous places.
Structured outputs
Typical deliverables
- Subsurface anomaly map
- 3D model of surface and underground spaces
- Ground-movement comparison
- Targeted investigation plan
Connected technology
The systems behind this solution
Related work
Project evidence
Mitzpe Shivta: Surface-to-Underground Mapping of an Ancient Desert Site
Integrated aerial and underground mapping of a Nabataean–Byzantine site for the University of Haifa research team led by Dr. Sina Lehnig and Prof. Gil Gambash.
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Automated Detection of Ancient Copper Slag, Arava Valley
Machine-learning detection of ancient copper-smelting slag from drone and national orthophoto imagery, with Prof. Adi Eliyahu Behar (Ariel University), Prof. Naama Yahalom-Mack (The Hebrew University of Jerusalem), Dr Uzi Avner (Arava Institute) and the Geological Survey of Israel.
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Legio Archaeological Site Survey
Non-invasive surface and subsurface mapping of archaeological features.
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Jerusalem Reservoir Mobile LiDAR Survey
High-resolution 3D documentation of reservoir geometry in a GPS-denied environment.
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Landslide & Ground-Movement Monitoring
Repeat high-resolution terrain acquisition and cross-section comparison.
View project →Consultation
Discuss this environment with us
We will help frame the acquisition, analysis, and decision-support workflow around your site.
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