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首页> 外文期刊>International journal of information security and privacy >Securing Communication 2FA Using Post-Quantic Cryptosystem: Case of QC-MDPC- Mceliece Cryptosystem
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Securing Communication 2FA Using Post-Quantic Cryptosystem: Case of QC-MDPC- Mceliece Cryptosystem

机译:使用后量化密码系统保护通信2FA:QC-MDPC-Mceliece密码系统的案例

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摘要

Many financial institutions interact with their customers via short message services (SMS), which is today one of the fastest and most powerful means of communicating information around the world. This information can sometimes be an access code such as the unique password (OTP) for two-factor authentication (2FA) or banking information and personal identities. All this data is confidential, and it is a major disadvantage to send them since an SMS service does not provide data encryption during network transmission and on mobile. Recently, OTPs via SMS have suffered from strong attacks that intercept messages. In order to avoid attacks and offer effective content security to 2FA credentials sent via SMS, the authors propose an SMS encryption mechanism using a post quantic cryptosystem quasi-cyclic MDPC and an electronic signature of the OTPs. Finally, this article performs an implementation and a security analysis of the proposal.
机译:许多金融机构通过短消息服务(SMS)与客户进行交互,而短消息服务是当今世界上最快,最强大的信息交流方式之一。该信息有时可以是访问代码,例如用于两因素身份验证(2FA)的唯一密码(OTP)或银行信息和个人身份。所有这些数据都是机密的,并且由于SMS服务在网络传输过程中和在移动设备上不提供数据加密,因此发送它们是一个主要的缺点。最近,通过SMS进行的OTP遭受了拦截消息的强大攻击。为了避免攻击并为通过SMS发送的2FA凭据提供有效的内容安全性,作者提出了使用后量子密码系统准循环MDPC和OTP的电子签名的SMS加密机制。最后,本文对提案进行了实施和安全性分析。

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