Slidor

The 3D photo of the VR era

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The Slidor app uses a custom AR engine to create full-fledged in-depth photographs. Other AR apps are use augmented reality engines to insert 3D content into your photographs. Slidor, however, renders your photograph in-depth in and of itself.
Slidor gallery image
Slidor gallery image
Slidor gallery image
Slidor gallery image
Slidor gallery image
Launch Team
Framer
Framer
Launch websites with enterprise needs at startup speeds.
Promoted

What do you think? …

Andrey Nyrov
Slidor tracks the position of the user’s device, capturing shots at the necessary moments and then combining the shots into an amazing 3D photograph. This 3D photograph we’ve named the “Slid”. While we view the slid, what our vision does is move around an object, thereby giving it the great depth that it has. Amazingly, you are able to see the depth just with your own eyes, no 3D glasses or other devices necessary. A slid can not only be viewed but also printed in-depth. — Slids in which depth is visible on any screen are called “Digital Slids”. — Meanwhile, slids designed for printing are meanwhile called “Printable Slids”. The depth on printable slids is not visible in the digital preview and can be seen only after they are printed. What Digital Slids are is the modern evolved form of wigglegrams. Thus, in other words, this app allows you to create wigglegrams in a matter of seconds and share them as a video or gif. We can say with full confidence that it is the first app on the market to create such high-quality wigglegrams so easily. And for free. Printable Slids – are an even more interesting phenomenon – a real glasses-free 3D photograph. To create them, we use lenticular printing technology, which were have improved on a lot, by applying the latest technological achievements in the field of data processing, computer vision, and modern printing methods. Although this technology has been around for a while, and you might be familiar with it from old greeting cards or modern promo products, it has still remained impossible to use for large-scale, but individualized, production. We spent several years actively researching in the field of computer vision, processing large amounts of graphic data, optics, and modern printing methods to create this remarkable product and have achieved very high quality.