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Wi-Fi Sensing: Smart Tracking With No Wearables, No Cameras, And No Privacy Worries!
What if tracking movement and actions indoors using just Wi-Fi, without any privacy concern? Channel state information-powered AI has the answer. Smart sensing becomes...
Hole Design Makes Wearable Batteries More Flexible
Engineers have developed a new type of wearable battery that’s more flexible, stretchable, and breathable, thanks to a unique hole pattern.
A team of engineers...
Self-Charging Battery For IoT Devices
What if your IoT device never needed a battery change? Discover a solution that uses light to power your devices—learn more!
Nichicon, a company in...
Wearable Energy Harvester Boosts Efficiency 280 Times
What if your body movements could power your devices? Is it possible with the new wearable energy harvester? Find out more!
A research team from...
Ultra-Thin Film Powers Wearables With Body Heat
A team led by QUT develops a flexible, sustainable energy solution for wearable devices and chip cooling.
A discovery by a QUT-led research team has...
Ultra-Low Power GNSS Chip For Wearables
Features innovative LEAP technology and advanced capabilities like multipath mitigation and open-water swimming mode.
u-blox has launched the UBX-M10150-CC, a GNSS chip designed to power...
Self-Healing Stretchable Lithium-Ion Batteries For Wearables
This could transform the wearable technology landscape, enabling durable, flexible energy solutions for smart textiles and medical devices.
Researchers from China's Jilin University have unveiled...
Compact Tactile Switches For Various Devices
The tactile switches offer space-saving designs, customizable force options, and durability for wearables, medical devices, and IoT systems applications.
Littelfuse, Inc. has announced the expansion...
Can Body Movements Charge Your Devices?
The wearable technology generates electricity from body movements, allowing you to charge devices like laptops and smartphones…
A technology that generates electricity from vibrations or...
Elastomer Enhancing Smart Wearable Performance
Researchers creates a low-loss and high-dielectric elastomers material for smart wearable electronics.
A research team led by Professor Hu Benlin, Ningbo Institute of Materials Technology...