Every individual is unique, he or she is irreplaceable. But in the digital world, it's easy to pretend to be someone else, to create an identity for yourself, or to usurp someone else's identity. This is at the root of cyberattacks.
It is often essential to authenticate human beings simply and reliably, so that they can prove who they really are. Veintree's technology makes it possible to authenticate an individual by digitizing the venous networks of the hands. However, authentication does not mean identification. Veintree's privacy protection is based on non-nominal authentication.
Venous networks are unique, unalterable, and difficult to copy (unlike fingerprints, which can be reproduced, damaged, erased, etc.). Thanks to this technological breakthrough, Veintree creates digital locks from the hands, to which only those same hands can be the keys, and dissociates the formal authentication of individuals from their personal identification, while anonymizing data (RGPD compliant) with a dynamic encoding capable of resisting potential quantum computer-based attacks.
