Smart Wearable Technology
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Paintable Skin Electrode That Tracks Your Body Researchers from the Pennsylvania State University have developed a paintable on-skin dry electrode that sticks comfortably to the skin and reads biological signals with impressive stability. Because the sensor starts as a liquid paint, it flows into the microscopic lines, wrinkles, and pores of your skin before it dries. This creates a perfect, seamless bond that… |
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AI-Enhanced Child Safety Wearable and Smart Home System By Udhaibalaji The AI-Enhanced Child Safety Wearable and Smart Home System is an integrated IoT-based solution designed to improve the safety, health monitoring, and home automation support for children especially physically challenged children and modern children who spend time alone at home. With increasing nuclear families and working parents, ensuring continuous supervision and… |
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Smart Ward Assistant: Low-Cost Patient Monitoring System By Sumit Shingane Rural Primary Health Centers (PHCs) often face staff shortages, making continuous patient monitoring difficult, especially during night shifts. Critical changes in patient vitals such as Heart Rate (HR) and Oxygen Saturation (SpO2) can go unnoticed, leading to delayed medical intervention. … |
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USC's Battery-Free Implant Aims to Provide Non-Addictive Pain Relief Reports say chronic pain affects 51.6 million Americans, and the effects are considered “high-impact” for about 17 million of them, influencing their life or work. Traditional methods of pain relief, such as opioid medications, carry the risk of addiction among other side effects. Current spinal cord stimulators are alternatives, but are expensive and require invasive surgery with a need for… |
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ESP32 Air Mouse using Bluetooth and MPU6050 Gesture control is one of the coolest ways to interact with technology—no buttons, no touchscreens, just simple hand movements. It almost feels like magic when you can control devices with a wave of your hand! This technology has a wide range of real-world applications, from flying drones and controlling robots to managing smart home… |
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Tiny Brain Sensor that Fits Between Hair Strands and Lets You Use Tech Hands-Free Researchers at Georgia Tech have come up with a small and flexible brain sensor that can sit just under the skin, between our hair follicles. It is designed to be comfortable enough to wear all day and does not need any wires or gel to work. These sensors are part of what’s called Brain-Computer Interface (BCI) technology. This new sensor uses tiny microneedles to get a better reading… |
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Starfish-Inspired AI Heart Monitor Tracks Your Heart with 90% Accuracy Researchers at the University of Missouri have created a new heart monitor that sticks to the body with five arms, just like how a starfish holds onto things with its legs. The team, led by Sicheng Chen and Zheng Yan, designed this wearable heart monitor that is shaped like a starfish. Each of the five arms of the device has built-in sensors that pick up both the electrical and… |
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Proxgy Introduces Advanced Bands to Convert Industrial Helmets into AC and Smart Helmets Proxgy, a Gurgaon-based company has introduced two innovative products - Hat+ Band and ProHat Band that convert regular industrial helmets into air-conditioned and smart helmets. These products are designed to enhance workplace safety and comfort for industrial workers, particularly those working in harsh conditions. Backed by prominent investors such as Ajinkya… |
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Looktech AI Glasses: Merging Advanced Artificial Intelligence Technologies
Wearable tech reaches a new frontier with Looktech AI Glasses, combining artificial intelligence, media capture, and seamless connectivity into a lightweight, stylish design. These AI Glasses seamlessly combine advanced technology… |
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TheAssitBot : Wearable AI Assistant for the Deaf and Mute The Wearable Communication Assistant is designed as a portable, AI-driven solution that leverages machine learning models for real-time sign language recognition and speech-to-text translation. Our goal is to enable this functionality on a lightweight embedded device, ensuring accessibility and ease of use. The project uses a development board with a camera for… |
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Stress Monitoring Device Stress is a significant contributor to various health issues such as heart disease, high blood pressure, diabetes, and mental health conditions. This project aims to develop a real-time wearable stress monitoring device that uses sensors to track physiological parameters such as heart rate, skin conductivity (GSR), and body temperature. The device leverages an… |
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3 Innovative Wearable Device Types That Are Improving Consumer Health As consumers consider lifestyle changes following the COVID-19 outbreak, they have prioritized monitoring and augmenting their health to pursue a healthier lifestyle. As a result, the wearable healthcare devices market is growing significantly, from an expected USD 27.29 billion by 2022 to an anticipated USD 324.65 billion by 20321. Improved reliability and speed of… |
