Research And Implementation Of Intelligent Terminal Monitoring Platform For Internet Of Vehicles

In recent years,the Internet of Vehicles technology has entered people’s vision along with the tuyere of smart cars.With the blessing of 5G communication,cloud computing,artificial intelligence and other technologies,the Internet of Vehicles technology has continued to develop in several industrial upgrades,and smart cars have also risen to the national strategic level.In the process of researching the development of the Internet of Vehicles,it is found that the monitoring platform and terminal security of vehicle intelligent terminals are also important topics.The terminal safety of vehicles is related to the safety of vehicles and facilities on the road,and the personal safety of pedestrians and drivers.In recent years,problems such as vehicle hijacking have frequently occurred.The thesis is mainly oriented to the software-level security monitoring of the vehicle terminal,combined with the security analysis model and monitoring function of the cloud,to help the vehicle terminal to drive safely in the case of external attacks,and to protect the safety and personal privacy of the driver.The main work is below:1.Based on the C/S service architecture,design a monitoring platform with a distributed architecture that can meet the high IO environment.Taking into account the interactive form of the terminal,the terminal uses the client to perform data collection and transmission and human-computer interaction response with the cloud monitoring platform.2.Design the terminal application software isolation mechanism to protect the safety of the equipment operating environment.Deploy the application market in the cloud,establish an application submission review and security level certification mechanism,and implement the isolation and real-time monitoring of the running status of the applications installed on the client based on the container isolation technology in the terminal client.3.Design a complete safety inspection mechanism,and regularly conduct preventive safety verification and real-time safety inspections for on-board equipment.Regularly pass virus scanning,abnormal behavior detection,network intrusion detection and vulnerability detection to protect the security of the terminal.4.Design a cloud security engine compatible with large-scale connections,which can identify forged communications and malicious attacks.Establish a security engine on the cloud monitoring platform,intercept and analyze network requests one by one,intercept and blacklist malicious requests,and encrypt data,request distribution and flow limitation in back-end services.5.Establish a stable platform data redundancy backup mechanism and a stable terminal data transmission mechanism.Achieve final data consistency,meet the requirements of distributed BASE,ensure the reliability of storage when a large amount of data is written concurrently,and ensure that the data transmitted by the terminal is not lost in the case of a poor network environment.