01How do we capture massive terrain efficiently?
Aircraft Mapping
Use Saudi-based aircraft capability to acquire consistent wide-area data across regions, major corridors and large development programs.
Typical decision outputs

A connected acquisition network
Aircraft and autonomous DJI Dock operations are not standalone survey services. They are repeatable sources of evidence connected directly to processing, GEO AI analysis, expert review and decision platforms.

The intelligence stack
01How do we capture massive terrain efficiently?
Use Saudi-based aircraft capability to acquire consistent wide-area data across regions, major corridors and large development programs.
Typical decision outputs
02How do we turn repeat capture into continuous intelligence?
Operate scheduled and event-driven autonomous missions that feed repeatable evidence into inspection, monitoring and GEO AI workflows.
Typical decision outputs
03What changed, where and when?
Establish regional context, monitor development and screen large areas before focused fieldwork.
Typical decision outputs
04What is happening on site now?
Capture current, high-resolution evidence for mapping, progress, quantities, inspection and planning.
Typical decision outputs
05What exists at asset level?
Document structures, streets, facilities and interiors with terrestrial and mobile reality capture.
Typical decision outputs
06What lies below the surface?
Bring buried assets, anomalies and ground conditions into the same planning picture.
Typical decision outputs
07What deserves attention first?
Detect features, classify change, document confidence and focus expert review across imagery, missions and spatial datasets.
Typical decision outputs
08How do teams act on one shared picture?
Connect maps, 3D context, evidence and recommendations in an accessible decision environment.
Typical decision outputs
Your project
We will identify the spatial evidence required to support it.