Pontosense is proud to announce that the IEEE has selected its Wireless Intelligent Sensing (WISe) solution for its HITC Award for Excellence in Hyper-Intelligence (Industrial Impact Award). This award recognizes the revolutionary innovation in wireless vitals sensing and its contributions to hyper-intelligent systems.
This honor recognizes Pontosense's extraordinary contributions to developing a millimeter wave (mmWave) radar capable of wirelessly monitoring biometric vitals such as heart rate, breathing, and heart rate variability (HRV). This innovation, WISe, uses Artificial Intelligence to understand surrounding individuals, removing unwanted noise and extracting key biometric variables.
Early attempts to use radar systems to sense physiological signs date back decades, including work by J.C. Lin and others. At the time, and until recently, every unwanted movement of the body had a profound impact on reflected signals and resulted in inaccurate data.
Today, thanks to Pontosense co-founder and CTO Professor Yihong Qi and his team, contactless vital sign detection and HRV monitoring is a reality. Biometrics accuracy is comparable to medical-grade devices, even in noisy environments. Pontosense is the first and only in-market mmWave wireless sensor used in the automotive industry for child presence detection and driver monitoring use cases.
For Pontosense's Chief Information Officer (CIO), Muxin Ma, "This revolutionary technology has immediate and future applications: current government regulations stipulate that cars must be able to detect children left behind. WISe will save the lives of hundreds of children every year. In the future, companies will leverage biometrics to identify new opportunities for developing value-added services."
WISe in-cabin Presence Detection
"Autonomous vehicles are just around the corner, and in-cabin sensing is unleashing new revenue stream opportunities for the industry, allowing for personalized, human-centered enhanced in-car experiences," says Yihong.
He adds, "For example, sensors' health metrics can predict emergencies. If the car is autonomous, how will it slow down if the passenger feels sick? The cars of tomorrow need in-cabin biosensing to thrive."
This achievement is the culmination of decades of research and inventions from Professor Qi, including hundreds of patents and breakthroughs in antenna development, radio frequency (RF) and electromagnetic compatibility (EMC) measurement, digital signal processing (DSP) algorithm, and smart data analytics.
This technology saves lives, accelerates the future of mobility, empowers innovations across most industries, and pushes the foundation of human-machine interactions. Due to this invention, the world will become more human-aware and more understanding of health metrics, leading to a safer and more fulfilling future.
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