Capture to reconstruction, one pipeline
Usable today. Early access — some pieces run behind a feature flag and APIs may shift between releases.
How it works
Plan, fly, capture, reconstruct, export
The pipeline runs from a planned flight through on-device capture into reconstruction, with export at the end so you are never locked in.
Capture
On-device capture intelligence
Four behaviors watch the survey as it happens, so you land with a dataset you can actually reconstruct.
Every image is scored for blur, exposure, overlap, and GPS accuracy on a 0 to 100 scale as it is taken.
A live grid shows the surveyed area and flags gaps mid-flight so you can re-fly before you land.
Ground sample distance is computed continuously from altitude, so you always know the resolution you are getting.
GPS accuracy and attitude stability are validated before the trigger fires. All checks are CPU-only and run on any board.
Precision
Survey-grade accuracy
RTK corrections and standard metadata mean the captures drop straight into common photogrammetry tools.
- RTK corrections
- Built-in NTRIP client
- GPS accuracy
- Centimeter-level with a base station
- Ground control
- GCP import and detection
- Post-processing
- PPK RINEX export
- Metadata
- Standard EXIF and XMP namespaces
Export
18 formats, every tool covered
Datasets package for WebODM, COLMAP, and nerfstudio, or plain GPS CSV for anything else. Capture with ADOS, process with anything.
Reconstruction
See it in 3D with Atlas
Reconstruction is heavy, so it runs on a compute node in ADOS Atlas, not on the drone.
ADOS Atlas turns a survey into a gaussian splat, point cloud, mesh, or occupancy grid on a compute node. Mission Control views the world model live during the flight and after landing, and the result is shared data that any plugin can read.
Build your first world model
Capture with the agent, reconstruct in Atlas, and export to whatever processor your workflow needs.
See Atlas