In a post-pandemic age, there is a heightened concern about the spread of infectious diseases and other pathogens from traditional biometric enrolment and authentication technologies. As such, much of the industry is moving towards contactless operations for an increasing number of functions. Authentication techniques performed through palmprints are invariant to skin colour, height, changes in facial features, masks or hairstyles, and have the added advantage of being universally unique; even between a twins' hands.
This technology is an Artificial Intelligence (AI) palmprint identification technology that utilises palm features to recognise an individual. Palm features are well-suited for identification purposes as they remain unchanged for life and are therefore ideal replacements for access and identification cards. The technology is backed by palm print and palm vein recognition algorithms, and contactless image acquisition technology that enables easy, hygienic, rapid identity verification and access control in a post-pandemic environment.
The techonology has the following features:
Given that this technology is contactless, it can be used in areas where there is a high volume of human traffic as it is less intrusive as compared to conventional contact methods, while reducing the risk of diseases spreading through touch contact on common surfaces.
Use-cases:
Application areas cover restricted access areas:
The technology is unique in the following ways (but not limited to):