Vehicle protection method and device and computer readable storage medium

Abstract

The embodiment of the invention discloses a vehicle protection method and device and a medium. The method comprises the steps of collecting safety index data of a system kernel; judging whether the security index data is matched with the acquired blacklist strategy; if the security index data is not matched with the acquired blacklist strategy, analyzing the security index data based on a set analysis rule to generate a new blacklist strategy, and matching the security index data according to the new blacklist strategy to execute a corresponding processing action; and if the safety index data is matched with the acquired blacklist strategy, executing a corresponding treatment action based on the matched information, thereby ensuring that factors influencing the vehicle safety are blocked or ended in time. According to the technical scheme, the processing device of the vehicle can analyze the safety index data based on the obtained blacklist strategy, and timely discover factors which threaten the vehicle safety, so that the processing action is adopted, and the terminal vehicle can effectively block behaviors which influence the vehicle safety.

Description

technical field [0001] The present application relates to the technical field of networked vehicle security, in particular to a vehicle protection method, device and computer-readable storage medium. Background technique [0002] The 5G era has endowed network connections with higher communication rates and accuracy, but in the absence of network security, this efficiency improvement will become passive water. Imagine a camera, if its content has been tampered with, there will be no artificial intelligence applications behind it. The same is true for networked vehicles. If the car's instructions are tampered with, it will be more dangerous; and if important production equipment is subjected to serious cyber attacks, the consequences will be unimaginable. [0003] Compared with other single-function IoT devices, smart cars have stronger computing power and richer functions, and more potential safety hazards. Compared with the terminal, the cloud has stronger analysis capabi...

AI Technical Summary

Problems solved by technology

[0002] The 5G era endows network connections with higher communication rates and accuracy, but in the absence of network security, this efficiency improvement will become passive water

[0003] Compared with other single-function IoT devices, smart cars have stronger computing power and richer functions, and more potential safety hazards

Compared with the terminal, the cloud has stronger analysis capabilities and wider data dimensions. The terminal of the existing technology only undertakes the basic function requirements of the Internet of Things for information collection and information reporting. The analysis is completely placed in the cloud, and the terminal vehicle is not responsible for analysis and safe disposal. , in the case of non-network, the terminal vehicle cannot perform security analysis and security disposal, resulting in the inability to block behaviors that affect vehicle safety

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