Configuration method and control method of intelligent lock, intelligent lock, equipment and storage medium

Abstract

The invention provides a configuration method and a control method of an intelligent lock, the intelligent lock, equipment and a storage medium. The method comprises the following steps: generating afirst private key and a corresponding first public key, wherein the first private key cannot be exported; storing the corresponding relationship between the first public key and the current intelligent lock into an intelligent lock contract on the blockchain; storing an authorization relationship between the current intelligent lock and a second public key of an administrator into the intelligentlock contract such that a terminal of the administrator generates an authorized transaction including a third public key of a first user and intelligent lock information according to a second privatekey signature corresponding to the second public key and sends the authorized transaction to a blockchain node, so operating through the intelligent lock contract, and storing the authorization relationship between the current intelligent lock and the first user in the intelligent lock contract and after the identity of the administrator is successfully verified, wherein the corresponding relationship and the authorization relationship are used for verifying whether a user requesting to unlock the current intelligent lock is authorized or not. According to the invention, a decentralized intelligent lock scheme without additionally deploying computer equipment is realized.

Description

technical field [0001] The present application relates to the technical field of smart devices, in particular to a configuration method and a control method of a smart lock, a smart lock, a device, and a storage medium. Background technique [0002] The current unlocking principle of the smart lock is usually configured to send an unlock command to the device after the centralized server is verified. When the centralized server fails, or the network connection between the user and the centralized server is interrupted, it will result in failure to unlock. [0003] In addition, some published patent applications have proposed some smart lock solutions combined with blockchain. However, the unlocking principles of these solutions are usually in the following two categories: [0004] 1. Configure a computer device for controlling the smart lock outside the smart lock, and control the smart lock after interacting with the blockchain network through the computer device; [0005]...

AI Technical Summary

Problems solved by technology

[0006] The disadvantage of the above-mentioned first type of solution is that additional computer equipment needs to be deployed in addition to the configuration of the smart lock, which is inconvenient in many scenarios;

[0007] The problem with the above-mentioned second type of scheme is that there is a principle error. In the general sense, the blockchain cannot actively send specific information to a single device. It can only record the information on the blockchain, and the device can synchronize the data by itself and perform local queries. , or, the device queries the blockchain node configured with the query interface

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