The 'WAGII' smart glasses are a stylish technology accessory built with photographers and videographers alike in mind to help them easily capture content at their leisure.
The eyewear comes in a variety of finish options and are crafted from premium Italian acetate to ensure it can withstand daily use without worry. Each pair are outfitted with a POV camera that can capture high-quality content directly from the viewpoint of the wearer.
The 'WAGII' smart glasses have a built-in rechargeable battery pack that will offer up to 200 uses per charge and can be fully recharged in 45 minutes. WiFi and Bluetooth connectivity allow users to seamlessly transfer content to their smartphone for sharing on social media and beyond.
POV Camera-Equipped Eyewear
The 'WAGII' Smart Glasses Capture Photos, Video and More
Trend Themes
1. POV Camera-equipped Eyewear - The trend of wearable technology with built-in cameras that capture high-quality content, such as the 'WAGII' smart glasses, is disrupting the photography and videography industries.
2. Seamless Content Transfer - The trend of WiFi and Bluetooth-enabled wearable technology, like the 'WAGII' smart glasses, that allows for seamless content transfer to smartphones is disrupting the content creation and sharing industries.
3. Premium Materials for Wearable Tech - The trend of using premium materials, like Italian acetate, in wearable technology, as seen in the 'WAGII' smart glasses, is disrupting the fashion and technology industries.
Industry Implications
1. Photography - The 'WAGII' smart glasses are disrupting the traditional ways of capturing high-quality content by integrating a POV camera into wearable technology.
2. Videography - The POV camera-equipped 'WAGII' smart glasses are disrupting the videography industry by offering a new way to capture content from the viewpoint of the wearer.
3. Wearable Technology - The 'WAGII' smart glasses are disrupting the wearable technology industry by using premium materials, integrating a camera, and facilitating seamless content transfer to smartphones.