Optic-ID

Optic-ID provides secure identification solutions for face-to-face and online interactions, enhancing economic and social activities for states, businesses, and citizens.

Our key technologies enables 3D marking verification for holograms

This technology is crucial for online identification, e-signatures, online payments, and access control. This technology requires two image captures from different viewpoints or lighting conditions, comparing at least one to a reference image. This ensures the presented document isn't a photographic copy.

We've successfully tested and improved our methods to:

Eliminate ambient light interference
Allow verification from any angle
Verify security features on flexible materials (e.g., banknotes, textiles)

These advancements are also patent-protected.

Our technology addresses a multi-billion dollar market with no apparent competition, offering licensed companies a potential monopoly. Several large international corporations and startups are in discussions for strategic partnerships to leverage our identification and authentication solutions across various industries.

Let's make it simple

Authentication of a hologram requires:

acquiring at least two images, either from two different locations or under two different lighting conditions,

verifying that each of them is different from the other, to check that the marking is a hologram and not a photographic reproduction,

and comparing at least one of these images with a reference corresponding to a similar point of view, to check it is the original hologram and not any other one.

The reference may also be replaced by a combination of two or more references shot from neighbouring places.

Our main patent, which is granted in the USA as US9058535 and in Europe as EP2695147 protects this method when comprising the determination of the position of the smartphone in relation to the hologram by using the visual aspect of the hologram (e.g. distortion due to perspective).

The advantage is important as it enables the verification without any mechanical accessory.