Vehicle remote control method, electronic device and vehicle

Abstract

The application provides a vehicle remote control method, an electronic device and a vehicle. Through the decentralization and non-tamperable characteristics of the blockchain, the centralized server single-point failure and data tampering risks are completely eliminated, and the overall security of the remote control process is significantly improved. All operation records are chained to form non-tamperable audit logs, facilitating subsequent tracing and responsibility identification. By using the smart contract of the blockchain, each real-world vehicle use permission scenario is converted into a digital rule that can be automatically executed and cannot be tampered with, the current authorized scenario is automatically determined, and the allowed remote control is realized under the current authorized scenario, thereby converting the rigid permission switch management into an intelligent permission management process. The security verification of the request behavior is realized based on the abnormality detection of the historical control request. Through the combination of the dynamic authorized scenario determination and the abnormal request behavior detection, the safe and convenient remote control service can be intelligently provided without reducing the security.

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