Kolmogorov-Arnold Networks: KAN You Make It Work?
Although deep learning is a very new branch of...
Facial identification and verification for consumer and security applications.
Activity recognition and threat detection across camera views.
Spatial computing, gesture recognition, and gaze estimation for headsets.
Millions of identities and clothing options to train best-in-class models.
Simulate driver and occupant behavior captured with multi-modal cameras.
Simulate edge cases and rare events to ensure the robust performance of autonomous vehicles.
Together, we’re building the future of computer vision & machine learning
Facial identification and verification for consumer and security applications.
Activity recognition and threat detection across camera views.
Spatial computing, gesture recognition, and gaze estimation for headsets.
Millions of identities and clothing options to train best-in-class models.
Simulate driver and occupant behavior captured with multi-modal cameras.
Simulate edge cases and rare events to ensure the robust performance of autonomous vehicles.
Together, we’re building the future of computer vision & machine learning
Facial identification and verification for consumer and security applications.
Activity recognition and threat detection across camera views.
Spatial computing, gesture recognition, and gaze estimation for headsets.
Millions of identities and clothing options to train best-in-class models.
Simulate driver and occupant behavior captured with multi-modal cameras.
Simulate edge cases and rare events to ensure the robust performance of autonomous vehicles.
Together, we’re building the future of computer vision & machine learning
Facial identification and verification for consumer and security applications.
Activity recognition and threat detection across camera views.
Spatial computing, gesture recognition, and gaze estimation for headsets.
Millions of identities and clothing options to train best-in-class models.
Simulate driver and occupant behavior captured with multi-modal cameras.
Simulate edge cases and rare events to ensure the robust performance of autonomous vehicles.
Together, we’re building the future of computer vision & machine learning
With the surge in remote work, we are dependent on high quality video conferencing solutions. However, low-bandwidth connections, poor image quality and lighting, and lack of engagement tools significantly degrade the experience. Leading companies are leveraging our synthetic facial data to train new machine learning models to improve the video quality and teleconferencing experience.
See things through their eyes by implementing gaze detection. Understanding gaze lets your application gauge attentiveness levels as well as deduce spatial relationships between important objects in meetings. Gaze correction to adjust for camera offsets also helps meetings feel more natural and connected.
Not being able to see because of atrocious lighting can kill the productivity of any meeting. Lag can stop it in its tracks. With upscaling and re-lighting techniques, attendees will never even know there was a bandwidth hiccup or challenging lighting to begin with.
Ready for a demo or want to learn more? Get in touch.