LAS VEGAS (Dec.26, 2022) – At CES® 2023 (Jan. 5-8) and ShowStoppers® (Jan. 5), “AI SILK, a Japanese wearable-tech startup, will unveil its new haptic metaverse glove, with no mechanical parts attached, that doubles as sensors and an AR/VR/XR controller. Made of the company’s proprietary conductive fiber, LEAD SKIN®, “Haptic Metaverse Glove powered by LEAD SKIN®” features built-in finger-bending sensors, as well as control buttons on the back of the wearer’s hand, all of which are also made of that fiber. Providing wearers tactile feedback when they “touch” metaverse objects, the ultra-lightweight glove enables users to enjoy a truly immersive metaverse experience without having to hold a bulky remote control.
“Our ‘Haptic Metaverse Glove powered by LEAD SKIN®’ is a game-changer for metaverse exploration because it enables players to move around and manipulate AR objects freely and intuitively, just as you would in the physical world,” said AI SILK CEO Hideo Okano. “What makes this possible is LEAD SKIN®, our proprietary and patented conductive fiber that has potential for a wide range of uses beyond AR games. We are very excited to launch our new product and introduce this innovative technology at CES 2023.”
In addition to CES 2023, the company will also exhibit the product at ShowStoppers® on Jan. 5.

‘Haptic Metaverse Globe powered by LEAD SKIN®’:
A tactile metaverse glove doubling as a controller with built-in finger bending sensors. Weighing only 380g, the ultralight glove is also more cost-effective compared to conventional products. “LEAD SKIN®” enables the sensors to measure the current impedance from the expansion/contraction of the fabric. We used deep machine learning to build an algorithm that understands the intended actions from glove wearers’ physical finger movements (sensor data). This enables wearers to manipulate metaverse objects as intended, making their metaverse experiences feel all the more “real.” The glove can also transmit electrical pulses via fabric to provide haptic responses to touches on the palm and fingers. (*This product is based on result obtain from a project subsidized by the New Energy and Industrial Technology Development Organization, NEDO).
LEAD SKIN®:
LEAD SKIN, our patented synthetic conductive fiber, has the following characteristics: 1) high and homogenous electrical conductivity that makes it feel comfortable on the skin; 2) safe, clean and durable; 3) antibacterial and antiviral. LEAD SKIN is produced using an aqueous solution without producing any toxic gas. Our proprietary technology used to process the fabric turns all the wastewater into freshwater, ensuring sustainable manufacturing that meets our ESG standards.
About AI SILK:
AI SILK is a Tohoku University spinoff that develops various wearable products using their proprietary and patented technology to produce smooth conductive fiber, turning them into electrodes. The company has developed wearable sensors that can measure vitals (heartbeat, etc.). The company released electrical muscle stimulation (EMS) apparel products in 2020, using its mass production technology for coating conductive polymers on synthetic fibers and non-woven fabrics. For additional info, visit: http://www.leadskin.jp/en/
About ‘Japan (J-Startup) Pavilion @Eureka Park’:
Presented by the Japan External Trade Organization (JETRO), the “Japan (J-Startup) Pavilion @Eureka Park” brings together the country’s innovative startups with proprietary leading-edge technologies. At CES 2023, the pavilion will feature 36 companies in industries ranging from AI to robotics, space to mobility, among others. For additional info about JETRO: https://www.jetro.go.jp/en/
About CES®
CES® is one of the world’s largest technology trade shows held annually in Las Vegas. Bringing together 2,279 exhibitors and 84,500 attendees between Las Vegas and online venues at CES 2022, the event is billed as the “the proving ground for breakthrough technologies and global innovators.” At CES 2020 held prior to the COVID-19 pandemic, 4,600 companies showcased 20,000 products and services.