Continuous respiratory monitoring through wearable flexible electronics, MEMS sensors, wireless connectivity and AI-powered analytics.
A wearable nasal monitoring platform combining flexible electronics, MEMS sensors, wireless communication and AI-powered analytics for continuous respiratory assessment.
Continuous monitoring of breathing patterns and respiratory health.
Learn MoreAAVISHKAR WIFLEN is a pioneering Electronics Embedded IOT startup dedicated to development of smart, wearable innovation. Our flagship product, WIFLEN, is an advanced, market-ready wearable device engineered to deliver continuous, real-time analysis of breathing patterns and respiratory vitals in a compact, wireless, and user-friendly form. Avishkar WIFLEN is a innovative market ready smart wearable used to analyze the breathing patterns of an individual and extract respiratory vitals.The device is a compact, battery-operated, wireless flexible electronic device with a modular sensor system.It is user-friendly and practical, as it is with wireless data transmission and real-time monitoring.The compact design of WIFLEN ensures high mobility and users can carry out their daily activities with ease while the device monitors respiratory parameters in the background.WIFLEN incorporates a flexible printed circuit board (FPCB) that accommodates nano-material / MEMS sensors, that enhances sensitivity and precision. WIFLEN is equipped with multiparameter sensors capable of simultaneously measuring temperature, pressure, and humidity. This enhances the device's capability to contextualize respiratory measurements, offering a holistic view of the user's breathing conditions.The mobile application associated with WIFLEN offers advanced features, including in-depth respiration pattern recognition using machine learning algorithms to analyze respiratory data. Most importantly automated clinical markers provide a valuable tool for healthcare professionals, streamlining the interpretation of respiratory data.
Learn More
Powered by flexible electronics, MEMS sensors, wireless connectivity and AI-driven respiratory analytics.
Advanced respiratory intelligence for healthcare, sports, wellness, occupational safety and remote care.
A multidisciplinary team of researchers, engineers and innovators working to transform respiratory healthcare through wearable intelligence.