为南非社会保障局(SASSA)改进的智能卡:基于生命证明的解决方案

Sthembile Mthethwa, Graham Barbour, M. Thinyane
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引用次数: 4

摘要

生物识别技术的快速发展和捕获设备的广泛可及性使得生物识别系统在不同的应用中变得越来越普遍。这导致像日本这样的国家引进了采用生物识别技术的自动取款机,即使用指纹代替密码。而在南非,生物识别技术在金融领域仍然没有受到监管。南非拥有非洲最大的现金转移支付系统之一,每月大约发放1690万笔赠款。SASSA在第三实体的帮助下负责管理和支付补助金,即;现金出纳服务。这些赠款是与贫困作斗争的一种方式,受助人被称为受益人。在证明受益人是否还活着方面,SASSA面临着挑战。假冒案件已经查明,这导致钱被支付给那些没有资格领取这笔钱的人。因此,本文的主要目的是针对这一挑战提出解决方案。因此,提出了一种改进的基于生物识别的智能卡作为解决方案。在智能卡插入机器(POS/ATM)之前,指纹被用来激活智能卡。这种方法允许该卡的所有者是唯一可以使用该卡的人,最后将交易链接到该卡的所有者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Improved Smartcard for the South African Social Security Agency (SASSA): A Proof of Life Based Solution
The rapid growth of biometric technologies and wide accessibility of capturing devices has resulted in biometric systems becoming increasingly common in different applications. This has led to the introduction of ATMs in countries like Japan that have adapted biometrics, whereby fingerprints are used instead of PINs. Whilst in South Africa, biometrics is still not regulated in financial sectors. South Africa has one of the largest cash transfer systems in Africa, whereby approximately 16, 900, 000 grants are paid out monthly. SASSA is responsible for the administration and payments of grants with the help of a third entity, namely; Cash Paymaster Services (CPS). These grants are a way of fighting against poverty and recipients are known as beneficiaries. SASSA has a challenge when it comes to proving whether a beneficiary is still alive. Cases of impersonation have been identified, which led to money being paid out to people who are not eligible to receive it. Thus, the main aim of this paper is to propose a solution for this challenge. Therefore, an improved biometric-based smartcard is presented as a solution. Whereby, fingerprints are used to activate a smartcard before it is inserted into a machine (POS/ATM). This approach allows the owner of the card to be the only one that can use the card, which at the end links the transaction to the card-owner.
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