At its third plenary session in July 2024,the 20th Central Committee of the Communist Party of China(CPC)stated,“We will promote faster application of next-generation information technology at all stages and in all dimensions,develop the Industrial Internet,and build digital indus-try clusters with international competitive-ness.”
As Internet of Vehicles(IoV)technology continues to advance,edge computing has become an important tool for assisting vehicles in handling complex tasks.However,the process of offloading tasks to edge servers may expose vehicles to malicious external attacks,resulting in information loss or even tampering,thereby creating serious security vulnerabilities.Blockchain technology can maintain a shared ledger among servers.In the Raft consensus mechanism,as long as more than half of the nodes remain operational,the system will not collapse,effectively maintaining the system’s robustness and security.To protect vehicle information,we propose a security framework that integrates the Raft consensus mechanism from blockchain technology with edge computing.To address the additional latency introduced by blockchain,we derived a theoretical formula for system delay and proposed a convex optimization solution to minimize the system latency,ensuring that the system meets the requirements for low latency and high reliability.Simulation results demonstrate that the optimized data extraction rate significantly reduces systemdelay,with relatively stable variations in latency.Moreover,the proposed optimization solution based on this model can provide valuable insights for enhancing security and efficiency in future network environments,such as 5G and next-generation smart city systems.
Remember the metaverse?It was just a couple of lyears ago when it seemed as if every technology,media and entertainment company was scrambling to adapt to a future in which regular people would live parallel digital lives online,walking around as virtual reality avatars in 3D computerized worlds.
