Wi-Fi Doppler Imaging
Celeno’s Wi-Fi Doppler Imaging is a breakthrough technology in object detection and event recognition. The specialized Wi-Fi silicon chip seamlessly double-functions, providing both state-of-the-art Wi-Fi 6 connectivity and full duplex doppler imaging operation. Wi-Fi Doppler Imaging accurately identifies, tracks and classifies the location and movement of people, pets and objects across homes, office spaces and public facilities - without requiring line-of-sight. It collects doppler and micro-doppler signatures of moving objects in fine resolution and uses advanced signal processing and machine learning algorithms to accurately classify human postures and gestures, enabling myriad determinations and timely analytics, including: the classification of body postures, motions, gait and gestures; fall and breathing detection; people counting; and differentiation between adults, children, pets and objects.
Based on standard Wi-Fi packets and RF characteristics, Wi-Fi Doppler Imaging operates in the 5GHz Wi-Fi spectrum (and in the future 6GHz spectrum). Unlike other costly radar solutions, the Wi-Fi -based technology enables solution providers to deliver differentiated, “see-through-walls” event recognition services to their customers - without requiring the deployment of additional dedicated infrastructure or intrusive cameras.