In a collaboration between Swarovski Optik and famed designer Marc Newson, we see a unique smart binoculars offering, promising the first of its kind intelligence that can identify items that you’re looking at.

With AI-powered optics, the high-end binoculars are able to quickly and accurately identify over 9,000 species of wildlife with the turn of a dial.

This comes alongside great traditional optics and ergonomics, but it means that a birdwatching exploration or nature excursion can take on a new, more informed take.

In addition, the AX Visio binoculars can capture still images and high definition video while looking through the scopes.

Announced at CES 2024, this cutting-edge technology doesn’t come cheap, with the binoculars starting at €4,600.00.

 

These New Smart Binoculars Can Identify 9,000 Animal Species Automatically

These New Smart Binoculars Can Identify 9,000 Animal Species Automatically

These New Smart Binoculars Can Identify 9,000 Animal Species Automatically
With built in “Swarovision”, the binoculars can tell you exactly what wildlife you’re looking at.
These New Smart Binoculars Can Identify 9,000 Animal Species Automatically
Having designed timepieces, furniture, and even cars, Marc Newson’s involvement adds a designer touch.

These New Smart Binoculars Can Identify 9,000 Animal Species Automatically These New Smart Binoculars Can Identify 9,000 Animal Species Automatically

 


Discover more from Moss and Fog

Subscribe to get the latest posts sent to your email.

Author

Ben VanderVeen is the founder and editor of Moss & Fog, one of the web’s longest-running visual culture destinations. Since 2009, he’s been finding and framing the most beautiful, surprising, and thought-provoking work in art, architecture, design, and nature — reaching over 325,000 readers each month. He lives in Portland, Oregon.

What's your take?

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Discover more from Moss and Fog

Subscribe now to keep reading and get access to the full archive.

Continue reading