Overview
Engineering-grade insight for underwater, surface, and transition environments using the right combination of LiDAR, sonar, hydrometry, imagery, and satellite analysis.
Solution
Reservoirs, Lakes & Coast
Drone bathymetry joined to the shoreline: depth, capacity, sediment and water level, bank to bottom in one continuous model.
The challenge
Water environments are dynamic, operationally difficult, and full of blind spots between the bank, shallow water, and deeper bathymetry.
Our approach
We deploy Green Wave LiDAR, drone-mounted echosounders, remote sampling, water-level control, flow analysis, and satellite monitoring according to depth, access, and water conditions.
The intelligence
Temporal comparison turns bathymetry and imagery into rates of sediment accumulation, erosion, water-volume change, surface flow, and water-quality indicators.
The value
Reliable spatial evidence supports reservoir capacity, dredging, coastal protection, hydrology, water quality, and safe maintenance planning.
Structured outputs
Typical deliverables
- Bathymetric elevation raster
- Sediment-thickness model
- Water-level and flow measurements
- Temporal monitoring layers
Connected technology
The systems behind this solution
Related work
Project evidence
Yarkon River Topo-Bathymetric Mapping
Drone LiDAR and drone-mounted sonar combined into one topo-bathymetric model of a Yarkon River reach for LIA, supporting planning of the river corridor.
View project →Consultation
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