基于嵌入式的双身份ATM卡安全系统设计

Priyanka Hemant Kale, K. Jajulwar
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引用次数: 5

摘要

截至2018年9月,已有900多起案件与自动柜员机(ATM)卡欺诈有关,印度银行损失了约109.75亿卢比。本文旨在防止与ATM卡欺诈和安全交易有关的犯罪。在本文中,包括两个选项,如一次性密码(OTP)和指纹检测成功的交易。用户可以使用上述两种选项中的任何一种进行ATM交易。我们知道OTP仅对一个事务和特定持续时间有效。因此,全球移动系统(GSM)用于生成OTP,并且该OTP被发送到与银行账户相关联的移动号码。如果用户没有与银行账户相连的手机,或者手机关机或网络出现问题,则可以使用指纹认证的第二种选择。用户的指纹必须与银行账户相关联,这样才能利用指纹的独特模式进行成功的交易。因此,该项目将通过使用生物医学认证即指纹模式检测来增加安全性和隐私性。因此,这一附加功能有助于减少与ATM卡有关的犯罪。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Embedded Based Dual Identification ATM Card Security System
Over 900 cases have been registered related Automated Teller Machine (ATM) card frauds till Sept-2018 where Indian banks lost around Rs. 109.75 Cr. This paper aims to prevent the crime related to ATM card frauds and secure transaction. In this paper, two options are included like One Time Password (OTP) and Fingerprint detection for a successful transaction. The user can use any of the two options mentioned above for ATM transactions. We know that the OTP is valid for only one transaction and a specific duration. Thus, the Global System for Mobile (GSM) is used for the generation of OTP and that OTP is sent to the mobile number to which the bank account is linked. In case, if the user does not have the mobile to which the bank account is linked or else the mobile is switched off or network problem the second option of fingerprint authentication can be used. The fingerprint of the user must be linked with the bank account so that the unique pattern of the fingerprint can be used to make a successful transaction. Hence this project will increase security and add privacy by making use of biomedical authentication that is fingerprint pattern detection. Therefore this added feature helps to reduce the crimes related to ATM cards.
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