Motion Gestures breakthrough AI software for Elmos ultra-low resolution TOF imager supports hand tracking using 21 joints skeleton

Motion Gestures breakthrough AI software for Elmos ultra-low resolution TOF imager supports wide variety of static gestures

Motion Gestures breakthrough AI software for Elmos ultra-low resolution TOF imager supports Chinese Counting gestures

Motion Gestures breakthrough AI software for Elmos ultra-low resolution TOF imager supports wide variety of dynamic gestures

Motion Gestures launches 9th generation SDK for camera-based hand tracking and gesture recognition. Software supports any type of camera (e.g. RGB, NIR, Depth) in any position (e.g. front-facing, ego-centric) and utilizes advanced proprietary AI algorithms.

AI-based joints skeleton hand tracking with 3rd party high resolution depth cameras of any type (e.g. Time of Flight, Structured Light, Stereo Vision).

AI-based dynamic gesture recognition with 3rd party high resolution depth cameras of any type (e.g. Time of Flight, Structured Light, Stereo Vision).

AI-based static gesture recognition with 3rd party high resolution depth cameras of any type (e.g. Time of Flight, Structured Light, Stereo Vision).

AI-based continuous gesture recognition with 3rd party high resolution depth cameras of any type (e.g. Time of Flight, Structured Light, Stereo Vision).

Motion Gestures closes USD 2 million in pre-A financing led by CCAA, bringing total capital raised since startup launch to USD 10 million prnewswire.com/news-releases/…

Instantaneous joints-skeleton based tracking of overlapped hands using AI camera software

Continuous gestures recognition AI software for Elmos ultra-low resolution TOF imager

Executives of Ontario Centre of Innovation and Ontario Vehicle Innovation Network (OVIN) visited us to see demos of breakthrough AI hand tracking and gesture recognition software for ultra-low resolution imagers

Motion Gestures launches 10th gen SDK for AI camera-based hand tracking and gesture recognition. Infers depth from ordinary (2D) cameras, detects hand joints hidden from camera view, and allows users to point anywhere without moving their arm.

AI-based detection of occluded (i.e. hidden) joints in hand skeleton with ordinary webcam cameras

AI-based depth (i.e. z coordination) inference with ordinary 2D webcam cameras

AI-based ability to point anywhere on a screen without moving one's arm using ordinary RGB webcam camera

Real world scenarios of AI joints-skeleton based body tracking with palm center using ordinary RGB webcam camera.