proteanTecs, a global leader of deep data for electronics health and performance monitoring, announced that Vayyar Imaging will use the company’s full lifecycle analytics in their automotive-grade 4D imaging radar-on-chip. By selecting proteanTecs, Vayyar is empowering their multifunctional chip with an in-demand benefit for automotive OEMs—in-use reliability and performance monitoring.
Using proprietary chip telemetry data and machine learning, proteanTecs provides advanced analytics to ensure end-to-end SoC and ECU visibility. The company’s cloud and edge solutions introduce a common data language throughout the automotive ecosystem, enabling predictive and prescriptive maintenance and further advancing vehicle safety.
“Predictive in-chip monitoring is critical to supporting the highest standards of automotive safety,” said Ian Podkamien, Vice President, Head of Automotive at Vayyar Imaging. “proteanTecs enhances our technology with unprecedented visibility, empowering our team to benefit throughout the production process and to deliver in-field monitoring to our customers.”
“We welcome Vayyar to our growing customer list,” said Keith Morton, CRO at proteanTecs. “The company is well on its way to transforming the automotive industry with high-resolution in-cabin monitoring, ADAS and ARAS. By adding proteanTecs, Vayyar is giving their imaging radar platform the ability to report on its own health and to support unwavering reliability at scale.”
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Vayyar, the global leader in 4D imaging radar, supplies the world’s most advanced radar-on-chip platforms to gather life’s essential data, providing solutions for senior care, automotive, security, smart home, robotics, and more, while maintaining privacy at all times. Vayyar’s mission is to deliver the next generation of sensing technology that is miniature, affordable, and versatile enough to impact everyone’s lives, enabling a safer world.
proteanTecs is a leading provider of deep data monitoring solutions for advanced electronics in the Datacenter, Automotive, Communications and Mobile markets. Based on Universal Chip Telemetry™ (UCT), the company provides system health and performance monitoring, from production to the field. By applying machine learning to novel data created by on-chip UCT agents, the company’s analytics platform