Sophrosyne Technologies is committed to advance the semiconductor ecosystem with its relentless focus on research and innovation. Our expertise lies in developing cutting-edge devices for industries such as healthcare, leveraging IoT (Internet of Things) enabled chips, edge computing, and artificial intelligence. We are currently building a remote patient monitoring solution to address the escalating crisis of lifestyle diseases in India. For this ambitious project, we are partnering with distinguished doctors and professors from the country's esteemed institutions.
Sophrosyne Technologies is currently developing a portfolio of product modules that will be integrated to build our first commercial solution, targeted towards continuous remote monitoring of key health vitals.
Our cutting-edge Bluetooth and 5G-enabled chips will deliver real-time vital body data to mobile devices and hospital IT systems, ensuring seamless in-hospital patient monitoring. Designed with ultra-low power consumption, these chips are ideal for long-term monitoring, providing continuous and accurate tracking of vital signs.
Our cutting-edge AI-powered chips are engineered to execute sophisticated data modeling techniques, including CNNs. These advanced chips are specifically tailored to minimize latency, ensuring rapid processing and real-time decision-making, which is crucial in medical emergency situations.
Our wearable device integrates our proprietary core chips and sensors with industry-leading modules, including processors and battery units. Designed to be lightweight and compact for maximum comfort and convenience, this device offers highly accurate monitoring of vital signs, making it ideal for continuous wear and reliable health tracking.
Our cloud-based Remote Patient Monitoring software offers real-time health insights to medical practitioners and family members, eliminating the need for physical supervision. Advanced AI models detect anomalies for timely, accurate diagnosis. User-based access control and consent requirements ensure data privacy and security.
