#gesture-control

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#augmented-reality #smart-glasses #neural-band #wearables #wearable-ai #meta-ray-ban #wearable-mouse
Wearables
fromdesignboom | architecture & design magazine
2 weeks ago

ring with trackpad uses finger as mouse to control computers, smartphones and TVs

Prolo Ring is a wearable Bluetooth trackpad that provides full cursor control, customizable gestures, and cross-platform compatibility with computers, smartphones, tablets, and smart TVs.
Gadgets
fromGSMArena.com
2 weeks ago

Huawei might be working on AR/VR glasses with a detachable smart ring strap

Huawei's patent describes AR/VR glasses with a removable strap that converts into a finger ring for gesture-based UI control and automatic headset charging.
Wearables
fromgizmodo.com
2 weeks ago

Meta Ray-Ban Display Review: Is This the Future We Really Want?

Meta's $800 Ray-Ban Display adds a bright full-color screen and Neural Band gesture controls, creating an immersive, spy-like augmented-reality experience.
#smart-glasses
fromZDNET
2 months ago
Gadgets

I tried Meta Ray-Ban Display glasses, and they offer 2 breakthroughs to take us beyond smartphones

fromZDNET
2 months ago
Gadgets

I tried Meta Ray-Ban Display glasses, and they offer 2 breakthroughs to take us beyond smartphones

more#smart-glasses
Wearables
fromTelecompetitor
2 months ago

Intuitive, Touch-Free Wearables Gain Traction: Report

AI-enabled, touch-free gesture wearables are driving rapid growth toward neural interfaces and cross-platform interaction in the global wearables market.
Gadgets
fromwww.theguardian.com
2 months ago

Meta announces first Ray-Ban smart glasses with in-built augmented reality display

Meta introduced Ray-Ban Display AR smart glasses with a built-in heads-up display, camera, audio, touch and Neural Band gesture controls pairing via Bluetooth with phones.
Gadgets
fromstupidDOPE | Est. 2008
3 months ago

Meta's AI Wristband Reimagines Human-Computer Interaction Without the Keyboard | stupidDOPE | Est. 2008

Meta's new wearable device aims to replace traditional input devices with muscle signal interpretation for seamless digital interaction.
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