Hitachi: Malaysian bank keen to adopt biometric reader technology (Astro AWANI)
A Malaysian bank is keen to adopt Hitachi Asia Ltd’s finger vein authentication technology solution.
Its senior vice-president/general manager ICT Solutions Business Regional, Mitsuhisa Kajiyoshi, said the new solution would enable the customers to easily access their online bank accounts and authorise payments within seconds, without the need for personal identification numbers, passwords or authentication codes.
Fujitsu Looks To Secure Card Payments With Biometric Data (Tech Week Europe)
Fujitsu says its new PalmSecure ID Match device will make identity verification and card payments more secure by combining a chip and PIN system with its palm-vein scanning technology for multi-factor authentication.
The unit is similar to current point of sale systems and comprises a multi-card reader, its PalmSecure sensor, a touchscreen and a processor board powered by an ARM chip.
It really does seem that Japanese tech firms dominate in hand-vein biometrics.
Biometric security: giving cyber criminals the finger (Finextra)
If biometric systems prove to be as effective at preventing fraud as Barclays promises, finger vein scanners are likely to be a big step in the evolution of digital banking security. Our recent research reveals that 79% of Brits are eager to ditch their passwords in favour of biometric security measures like finger vein technology.
Barclays and Hitachi unveil biometric security vein scanner (V3 co uk)
Barclays and Hitachi have announced a biometric reader, which scans the unique vein patterns in a finger as part of an effort to fight fraud with a more secure take on fingerprint scanning.
The Barclays Biometric Reader consists of a SIM card that holds the unique vein structure information of a single user, and a small infra-red scanner. By using Hitachi’s VeinID technology the reader captures the image of the vein pattern in a user’s finger, which, like a fingerprint, is unique to individuals.
Biometric ATM technology proves to be a hit in Eastern Europe (Companies and Markets)
Polish bank BPS was the first in Europe to install biometric ATM technology. The technology, developed by Hitachi, allows a user to gain access to their account without a card or pin number. It is an example of so-called “finger vein” biometrics, which involves recognising a unique pattern of micro-veins beneath the surface that is then referenced with a pre-registered profile.
Finger veins sure have been a hot topic in biometrics this summer.
Finger vein authentication uses leading-edge light transmission technology developed by Hitachi to undergo pattern-matching and authentication. Near-infrared light is transmitted through the finger and partially absorbed by hemoglobin in the veins to capture a unique finger vein pattern profile, which is then matched with a pre-registered profile to verify individual identity.
Partnership Focuses On Vein-Recognition Biometrics (Business Solutions)
In an interview with Find Biometrics, mofiria CEO Satoshi Amagai and Jintaro Nozawa, Fujisoft explained that, because of its accuracy and reliability, FVA technology is particularly valuable for industries that require high-security standards such as government, finance, critical infrastructure, medical, cloud computing, and education. Mofira’s patented device layout can be easily incorporated into a broad range of products and services including: gateway security systems, financial transaction devices, or mobile devices. For example, mofiria’s FVA solution has been embedded in ATM terminals in China for Banks that wish to differentiate themselves with more secure customer services. The growing demand for transaction safety and security will lead to increased adoption of biometric authentication technology in the banking industry.
Swiss researchers found a way to spoof finger veins (idiap)
It’s pretty convoluted and involves some feedback from the sensor that would likely be unavailable in a real-world deployment, but it worked.
‘Finger vein recognition system’ promises security (Times of India)
[…C]opying and hacking fingerprints to breach security can be stopped by mapping people’s veins to verify their identity. This model can be used to make up for errors and loopholes in the biometric system, where finger prints can be copied easily.
“Using the blueprint of our veins, areas like credit card security and other time attendance systems can be strengthened.
Even shorter answer: there’s no latency.