An innovative engineer has developed an affordable sign language glove that converts hand movements into spoken language. Leveraging existi...

China’s richest woman, Zhou Qunfei, once worked factory shifts after leaving school at 15. Today, her billion-dollar tech company supplies ...

South Korean researchers have developed a wearable neckband that translates silent mouth movements into speech using the user's own voice. ...

South Korean AI startup RLWRLD is creating a vast library of human expertise by capturing skilled workers' actions, like hotel staff foldin...

Scientists in Japan have created a revolutionary wearable device powered by human sweat. This innovative technology uses special enzyme ink...

Google has launched the new Fitbit Air, a lightweight screenless fitness tracker with AI health coaching features. The wearable supports An...

A study conducted during a badminton match tested three devices — the Eternal founder’s startup Temple's head-mounted heart rate (HR) track...

Japan has done it. Your sweat can now generate electricity. Engineers at the Tokyo University of Science built a wearable device that turns...

Flexible and wearable electronics play a pivotal role in augmenting human capabilities, serving functions like artificial skin and prosthet...

The researchers showed that the sensors could be incorporated into not only face masks but also clothing such as lab coats, potentially off...

The skin sensors provide real-time updates on health issues like dehydration or fatigue.

Tannins can firmly absorb the material on the surface of the fibre.

New York, Jan 4 (IANS) Researchers have developed a tiny graphene sensor that can be taped to plants to measure the time they take to move ...

Playing with a combination of advanced fitness wearables, and an Artificial Intelligence (AI) Health Coach, the products represent a 'conne...

Researchers conducted 5,000 key-entry tests on three key-based security systems, including an ATM, with 20 adults wearing a variety of tech...

Researchers said these ultra-sensitive sensors would help robot developers in making their machines, more human-like.

Researchers are developing new cheap, flexible sensors that could be worn easily to accurately measure blood-oxygen levels.