Multi-modal versatility
Annotate camera, LiDAR, and radar together, in 2D and 3D, to reconstruct the full scene around the vehicle.
Build perception systems that read the road.
A professional platform for annotating sensor, LiDAR, and video data into precise, ML-ready training datasets.
Detect driver fatigue, distraction, or unconsciousness from annotated facial and posture data, with stable tracking even in low cabin light.
Annotate camera, LiDAR, and radar together, in 2D and 3D, to reconstruct the full scene around the vehicle.
Pre-label vehicles, pedestrians, and signs, then interpolate boxes and tracks across long driving sequences.
Validation and multi-level review catch missed road users and tracking drift before data reaches training.
Assign frames and sequences across the team, with roles for annotators, reviewers, and leads on fleet-scale datasets.
Add custom classes and attributes for your operational design domain, and connect to your perception stack through the API.
Protect pre-release sensor data with strict confidentiality and on-premise deployment when required.
Rectangular boxes that locate and classify vehicles, pedestrians, and road signs in 2D.
Rotated rectangles that capture the size and heading of angled vehicles.
Flexible shapes that outline roadway boundaries, work zones, and irregular objects.
Single points that track a driver's gaze or distant roadside objects.
Trace road markings, lane boundaries, curbs, and barriers.
Connected keypoints that model pedestrian or passenger poses to predict actions.
3D boxes that capture an object's dimensions to calculate distance in 3D space.
Spatial labeling of LiDAR data to build accurate point clouds around the vehicle.
Pixel-level classification of the whole scene into road, pavement, vegetation, and sky.
Pixel-wise separation of each object within a class.
Raster masks that isolate complex structures like fences or tree branches.
Polygonal meshes that build 3D road models and digital twins of urban environments.
A mix of annotation methods built around your specific ADAS or autonomy task.
Book a demo and we'll scope your perception dataset with you.
Custom solution? hello@keylabs.ai