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Advanced verification system using a smart card for smart city users

机译：使用智能卡的智能城市用户高级验证系统

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摘要

In this rapidly growing IoT (Internet of Things) environment, people avail various facilities for different intentions with the help of the Internet generally. There are many application systems, in which both (server and user) are located at separate locations. Normally, a user requests for availing diverse facilities and a server is available to provide legal services precisely. But, a server cannot grant a right of entry to any user without verifying genuinely else an adversary has many opportunities to exploit the system or users. Hence, there is a need of well-established mutual authentication framework, which can permit legal customers to access provisions and the system can be protected against multiple security attacks. In this paper, we identified that a scheme suggested by Madhusudhan et al. cannot withstand against session key disclosure, smart card lost, and includes a security flaw regarding password update. Therefore, we suggest a new authentication protocol, which can resist upon numerous security vulnerabilities and can perform the verification process within a less time period. Furthermore, the proposed protocol performs effectively in communication, storage, and energy consumption rather than other relevant authentications mechanisms.
机译：在这种快速增长的物联网（IoT）环境中，人们通常在互联网的帮助下利用各种设施实现不同的目的。有许多应用程序系统，其中（服务器和用户）都位于不同的位置。通常，用户要求使用各种设施，并且服务器可用于精确地提供法律服务。但是，服务器无法在没有真正验证的情况下将访问权授予任何用户，否则对手将有很多机会利用该系统或用户。因此，需要建立良好的相互认证框架，该框架可以允许合法客户访问规定，并且可以保护系统免受多种安全攻击。在本文中，我们确定了Madhusudhan等人提出的方案。无法承受会话密钥泄露，智能卡丢失以及包括有关密码更新的安全漏洞。因此，我们建议一种新的身份验证协议，该协议可以抵御众多安全漏洞，并可以在较短的时间内执行验证过程。此外，所提出的协议在通信，存储和能量消耗方面有效地执行，而不是其他相关的认证机制。

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