Ingest that survives the field
- True byte-level resumable upload
- S3-compatible object storage, multipart transfer
- Integrity verified on every part and on completion
- Catalogue, retention and capacity planning
Drone LiDAR swath
01 — Capability
Aerial Survey & LiDAR Data Platform
Tens of gigabytes of imagery and point cloud a day, from the riverbank into managed central storage — over links that drop.
Discuss a programme> 30 pts/m²Bare-earth point density
0.5 mDTM, hydrologically enforced
0.25 mOrthophoto, for 3D texturing
≤ 10 cmRMSEz on open surfaces
Bathymetry that meets the LiDAR
- Cross-sections every 1–2 km and at control points
- Bank, through the thalweg, to the opposite bank
- ASCII XYZ and CAD profiles
- River stage correction applied
Ground control
Targets set and observed by our own crews
How we work
Six checks before a single flight line
The same pre-survey sequence on every site — that is what keeps accuracy comparable between them.
3D twin · scenario view
02 — Capability
Digital Twin Platform
Decision makers see the flood extent instead of reading it off a table.
- 3D terrain, imagery and assets in the browser
- Flood scenarios switched and compared on demand
- Built on an enterprise GIS mapping SDK
- No specialist client software to install
Together
One programme feeds the other
The survey platform captures it. The twin is what people actually look at.
- 01CaptureDrone LiDAR, imagery, bathymetry
- 02ProcessClassify, model, mosaic, publish
- 03DecideScenarios compared in the browser
Have a programme like this?
Tell us the area, the accuracy and the deadline.