Internet of Things (IoT) defines as internetworks of physical smart devices embedded with electronic software, sensors, actuators, and network connectivity. Due to an increase in the number of smart devices, objects, and appliances, the existing addressing schemes and security protocols cannot guaranty to perform well in all situations. The main requirement includes a unique secure unique addressing scheme that ensures data privacy and reliable communication in the IoT system. In this article, a secure session key unique addressing and identification scheme proposed by modifying the standard IPv6 protocol. The proposed scheme provides a unique way of assigning the addressing for smart devices/appliances and uniquely authenticates them at the destination end. In addition, this scheme also establishes a secure session and mutual authentication by using the Diffie‐Hellman key exchange protocol. The network simulation of the proposed scheme simulates network throughput and end‐to‐end delay. Moreover, the informal security verification and formal security analysis with the help of the ROR model carried out in this work. This analysis proves that the proposed scheme is safe against various possible attacks, for example, device impersonation, password guessing, man‐in‐the‐middle, attacks replay, masquerade attacks, maintain anonymity, and secure end to end mutual authentication.

中文翻译：

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利用独特的寻址和识别方案的智能家居物联网网络安全会话密钥设计

物联网（IoT）定义为嵌入了电子软件，传感器，执行器和网络连接的物理智能设备的互联网络。由于智能设备，对象和设备的数量增加，现有的寻址方案和安全协议无法保证在所有情况下都能正常运行。主要要求包括独特的安全独特的寻址方案，以确保IoT系统中的数据保密性和可靠的通信。在本文中，通过修改标准IPv6协议提出了一种安全的会话密钥唯一寻址和标识方案。所提出的方案提供了一种为智能设备/设备分配地址并在目的地端对其进行唯一身份验证的独特方法。此外，该方案还通过使用Diffie-Hellman密钥交换协议来建立安全会话和相互认证。拟议方案的网络仿真可仿真网络吞吐量和端到端延迟。此外，在这项工作中借助ROR模型进行了非正式安全验证和正式安全分析。该分析证明，该方案可抵御各种可能的攻击，例如设备模拟，密码猜测，中间人，攻击重放，伪装攻击，保持匿名性以及端到端的相互身份验证。在这项工作中借助ROR模型进行了非正式安全验证和正式安全分析。该分析证明，该方案可抵御各种可能的攻击，例如设备模拟，密码猜测，中间人，攻击重放，伪装攻击，保持匿名性以及端到端的相互身份验证。在这项工作中借助ROR模型进行了非正式安全验证和正式安全分析。该分析证明，该方案可抵御各种可能的攻击，例如设备模拟，密码猜测，中间人，攻击重放，伪装攻击，保持匿名性以及端到端的相互身份验证。