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Authentication in Internet of Things Systems via Mobile Communication Technologies

机译:通过移动通信技术在物联网系统中进行身份验证

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The Internet of things (IoT) has become a popular workplace that has been used frequently nowadays. The message queue telemetry transport (MQTT) protocol, which is used in communication of devices with each other without human interactions, is preferred in this study because it is advantageous with its minimum data size and more message transmission with high bandwidth in IoT scenarios. In addition to the username and password authentication features that exist in the MQTT protocol, (one-time password - OTP) has been generated to provide device authentication via the global system for mobile communications (GSM) technology over different communication channel by considering the restriction of devices to operate and avoiding encryption algorithms that require heavy computation. The aim of the scope of this study, security is provided that in case of there is no secure channel between client and server, system is not accessible since OTP is not validated by the user even if username and password are obtained by attacker.
机译:物联网(IoT)已成为当今经常使用的流行工作场所。消息队列遥测传输(MQTT)协议用于设备之间的通信而无需人工干预,因此在本研究中更可取,因为它具有数据量最小和在IoT场景中具有更高带宽的更多消息传输优势。除了MQTT协议中存在的用户名和密码身份验证功能外,还考虑了限制,生成了(一次性密码-OTP)以通过全球移动通信(GSM)技术在不同的通信通道上提供设备身份验证。操作设备并避免需要大量计算的加密算法。本研究范围的目的是提供安全性,以确保在客户端和服务器之间没有安全通道的情况下,即使攻击者获得了用户名和密码,用户也无法验证OTP,因此无法访问系统。

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