Soon we may be using more secure payment cards thanks to Samsung

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Samsung has announced the S3B512C security chip, its new fingerprint security chip developed in partnership with Mastercard, designed primarily for payment cards. According to the company, the chip is the ‘industry’s first all-in-one security chip solution’ and would be able to provide faster and safer interactions while making purchases. Because Samsung’s chip uses biometric authentication, the chip would also remove the need to enter your PIN code on a keypad.
The S3B512C chip has a fingerprint sensor as well as a tamper-proof secure element (SE) that meets international security requirements, and a secure processor. The chip captures the user’s biometric data via its fingerprint sensor. Then, using the SE, it stores and authenticates the received information. After that, the chip analyzes the data by using its secure processor.
With its biometric authentication, Samsung’s security chip may prevent fraudulent transactions which could otherwise be made with lost or stolen traditional cards. Because it has securely saved the owner’s fingerprint, a card using Samsung’s chip will check if the person performing the transaction is indeed the rightful owner. The chip also utilizes anti-spoofing technology, which prevents unauthorized users from fooling the security system using tactics such as artificial fingerprints.
According to Samsung, although the S3B512C chip is primarily designed for payment cards, it could also be used in cards intended for highly secure authentication, such as student or employee access cards. In addition, by utilizing a fingerprint sensor, a tamper-proof secure element, and a secure processor, the S3B512C may assist card makers in reducing the number of required chips in manufacturing biometric payment cards and might help optimize card design processes.
Although Samsung’s new security chip sounds very promising, currently, there is no information on when Mastercard will implement Samsung’s new chip.
Currently, Mastercard offers fingerprint-authenticated payment cards, but they are not as secure as the new Samsung chip and don’t use anti-spoofing technology.
Questions & Answers
Q.What is the primary purpose of Samsung's new S3B512C security chip?
What is the primary purpose of Samsung's new S3B512C security chip?
The chip is primarily designed for payment cards. It aims to provide faster, safer interactions and remove the need for PIN codes through biometric authentication. The chip could also be used for highly secure authentication cards.
Q.How does the S3B512C chip authenticate a user's identity?
How does the S3B512C chip authenticate a user's identity?
It captures the user's biometric data via a fingerprint sensor. This information is then stored and authenticated using a secure element, before being analysed by a secure processor to verify the user.
Q.What security features does the S3B512C chip include beyond fingerprint authentication?
What security features does the S3B512C chip include beyond fingerprint authentication?
The chip has a tamper-proof secure element, a secure processor, and anti-spoofing technology. This technology prevents unauthorized users from fooling the system, for example, with artificial fingerprints.
Q.How might this new chip benefit card manufacturers?
How might this new chip benefit card manufacturers?
By integrating a fingerprint sensor, secure element, and secure processor, the S3B512C may help card makers reduce the number of chips needed in biometric payment cards. This could also optimise card design processes.
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