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Sony FVA-U1 USB Finger Vein Authentication Device

by Sze | Filed under Others

Sony FVA-U1 USB Finger Vein Authentication Device in use

Sony is going to roll out in Japan the FVA-U1, a USB finger vein authentication device based on the company’s mofiria technology. According Sony, the FVA-U1 is the world’s lightest and smallest finger vein authentication device. Thanks to the mofiria technology, the device offers quick response and high accuracy and comes in a compact size for mounting on mobile devices such as netbook, notebook or mobile phones.

Sony FVA-U1 USB Finger Vein Authentication Device

Sony’s “mofiria” uses a CMOS sensor diagonally captures scattered light inside the finger veins, making a plane layout possible. The vein pattern is extracted from the captured finger vein image, and data from the pattern is compressed into the size of one-tenth to store in memory, which makes it possible for the data to be stored on a mobile device.

Sony’s FVA-U1 will be released on 18 December 2009 for about 30,000 Yen.

Compared to the other biometric authentication techniques, vein authentication technology achieves higher accuracy on personal identification and forgery resistance because it uses the veins inside the human body. Finger vein patterns differ from person to person, each finger to finger, and it is said that they do not change over the years.

Sony FVA-U1 USB Finger Vein Authentication Device tech

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2 Responses to “Sony FVA-U1 USB Finger Vein Authentication Device”

  1. ENGR. SHAIKH A. JAWAD says:

    - Can it be used as a standalone unit without needing any USB connection or USB cable.

    We are one of the leading companies in the field of Medical Supplies and the Medical Equipment Supplies and have a potential base of customers in Saudi Arabia.We are interested to be your associate and the Exclusive Representative for this product in Saudi Arabia.

    Thanks and best regards.

    Engr. Shaikh A. Jawad

  2. [...] va a lanzar en Japón el FVA-U1, un dispositivo USB de autenticación mediante las venas del dedo basado en la tecnología mofiria [...]

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