At a Glance
Enhanced Model Tracking
Take advantage of VisionLib’s model tracking, which enables highly accurate 3D object tracking in dynamic sceneries and illuminations.
AR tracking in seconds
The model tracking is easy to set up, without prior registering targets or surroundings: simply use 3D or CAD data to create trackers. Extend model tracking with feature tracking to enhance robustness.
Open for Integration
VisionLib’s core API is light and slim to easily fit into your software infrastructure – the tracking can be deployed non-tethered as native component on your devices, or run as web service on your cloud.
Augmented Reality at Industrial Scale with Model-Tracking
VisionLib’s Enhanced Model Tracking belongs to industry’s leading tracking technology for enterprise AR – enabling to detect and track physical 3D objects at industrial scale.
Model Tracking is industry’s lead tracking technology for enterprise augmented reality. Because it enables to detect and track objects, but without the complaints of SLAM feature-maps that don’t work well.
VisionLib’s enhanced model tracking enables you to use 3D models & CAD data to set up trackers, as they are perfect references for your physical 3D objects.
This tackles not only typical AP problems, like bad light conditions, dynamic scenes, low-textured or moving objects – it also makes the set up of tracking configurations much simpler, because no prior preparation or pre-registration steps are needed.
More Control – with AR-enhanced Quality Control
By putting CAD & Machine Vision together, VisionLib combines the strengths of real-time object localization, live comparison against CAD data and augmented reality – for inspections and virtual measurements.
Camera-assisted real time measurements of physical objects based on their digital 3D data. Be it angles, points or lines – up to submilimeter accuracy.
Inline Variance Control
By combining CAD and computer vision, VisionLib enables multi-object tracking with mono- or multi-camera setups for variance analysis at automated Inline Production or Assembling.
Digital Twin &
Mobile, handheld inspections with Augmented Reality: control and check desired and actual construction states for inconsistencies, missing or wrongly installed parts – already within the prototyping phase.