The Internet of Vehicles enables vehicles to exchange information with each other through wireless communication technology, or transmit driving information to a server for integrated utilization and provision of comprehensive services. It is an emerging field in the development of the vehicle industry. With the advancement of wireless communication technology, the rate of data transmission is getting faster and faster, and the feasibility of the Internet of Vehicles is also getting higher and higher. Therefore, this article refers to the architecture and related standards of the Internet of Vehicles. Propose a lightweight and fast security authentication protocol. At the same time, combined with the hardware security of the Internet of Vehicles, it provides a low-cost computing method. Protect your vehicle's hardware with Physically Unclonable Function. Use symmetric encryption and network handover technology to achieve fast authentication. The authentication equation in this article has two stages. The first stage is the initial authentication, the so-called joining phase. The second phase is to update the authentication, the so-called handover phase. The contribution of this mechanism solves the problem that each certification must be re-certified in the Internet of Vehicles. A truly secure and lightweight authentication method.

The Internet of Vehicles enables vehicles to exchange information with each other through wireless communication technology, or transmit driving information to a server for integrated utilization and provision of comprehensive services. It is an emerging field in the development of the vehicle industry. With the advancement of wireless communication technology, the rate of data transmission is getting faster and faster, and the feasibility of the Internet of Vehicles is also getting higher and higher. Therefore, this article refers to the architecture and related standards of the Internet of Vehicles. Propose a lightweight and fast security authentication protocol. At the same time, combined with the hardware security of the Internet of Vehicles, it provides a low-cost computing method. Protect your vehicle's hardware with Physically Unclonable Function. Use symmetric encryption and network handover technology to achieve fast authentication. The authentication equation in this article has two stages. The first stage is the initial authentication, the so-called joining phase. The second phase is to update the authentication, the so-called handover phase. The contribution of this mechanism solves the problem that each certification must be re-certified in the Internet of Vehicles. A truly secure and lightweight authentication method.

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