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Forestry & Environment
Inventory, biomass, vegetation health, fire severity, terrain, and repeatable environmental change.
Explore solution →Technology & capability
Mobile & Handheld LiDAR
Rapid, textured 3D scanning for GPS-denied interiors, tunnels, caves, and complex structural shadows.
The technical edge
How it works
SLAM-based scanning captures high-resolution, georeferenced color point clouds in environments where satellite positioning is unavailable.
Strategic advantage
Why it changes the decision
Connects underground and interior geometry to surface survey control without requiring aerial access.
System profile
Operational characteristics
- Platform
- Handheld and mobile SLAM LiDAR
- Precision
- Centimeter-grade colorized 3D capture
- Data density
- High-resolution point clouds for compact and complex spaces
- Environment
- Tunnels, caves, archaeological chambers, building interiors, and infrastructure shadow zones
- Certification
- Certified Survey-Approved Data
The data gap solved
Where conventional capture stops
Maps spaces that drones, aircraft, and GNSS-dependent systems cannot safely or reliably reach.
Client advantage
What the data enables
Rapid field capture reduces exposure and creates a permanent, measurable record of otherwise inaccessible geometry.
Structured outputs
Output formats
- Colorized point cloud
- 3D digital twin
- Cross-sections
- Surface-to-subsurface model
Applied in
Connected solutions
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Special Projects
Archaeology, caves, tunnels, ground movement and problems without a standard method, from ancient copper slag to GPS-denied underground spaces.
Explore solution →Project evidence
Where this capability is used
Forestry Inventory & Temporal Analysis
Pre-thinning inventory, forest structure, tree condition, and repeat monitoring.
View project →
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.
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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.
View project →