Date: Sep 24, 2025
Category: Health & Technology
Recently, researchers unveiled a groundbreaking method to monitor heart rate by analyzing subtle changes in WiFi signals, a technique now known as 'Pulse-Fi.' Inspired by this innovation, tech enthusiast Nick Bild set out to replicate and expand upon the Pulse-Fi approach using accessible DIY tools. The core concept behind Pulse-Fi is that the human body causes minute disturbances in WiFi signals as the heart beats, which can be detected and analyzed to estimate heart rate. By leveraging standard WiFi hardware and open-source software, Nick demonstrates how hobbyists can build their own non-invasive heart rate monitor at home. Nick’s project involves capturing WiFi signal data, processing it to filter out noise, and applying algorithms to identify the rhythmic patterns corresponding to heartbeats. This approach not only offers a contactless alternative to traditional heart rate sensors but also opens up new possibilities for health monitoring in smart homes and IoT environments. For those interested in experimenting with Pulse-Fi, Nick provides a detailed guide, including hardware requirements, software setup, and step-by-step instructions. The project highlights the potential of wireless technology in health and wellness applications, making advanced biometric monitoring more accessible than ever. Read the source »
Share on:
Researchers have made a groundbreaking discovery, demonstrating how bacteria can trigger itch by stimulating nerve cells in the skin. This revelation holds potential for the development of innovative...
SonoBreasts, the sole clinic in Los Angeles with a SonoCine Automated Whole Breast Ultrasound, is dedicated to making breast health more accessible. Jasmine Khorsandi and SonoBreasts are leveraging...
Recent surveys indicate that consumers are optimistic about AI's potential to revolutionize healthcare, despite some reservations. As AI continues to make headlines, its role in transforming...
A groundbreaking AI model, trained on the life data of over a million individuals, has demonstrated the ability to predict an individual's lifespan with remarkable accuracy. This innovative...
A groundbreaking achievement in medical science, the world's first partial heart transplant has successfully grown valves and arteries after over a year of research. Duke Health's pioneering...
As the one-size-fits-all approach to healthcare evolves, the focus shifts to personalized medicine. This shift promises safer and more effective treatments tailored to individual needs, ultimately...