Internet-of-things equipment identity recognition method, system, equipment and computer readable medium

Abstract

The invention relates to an Internet-of-things equipment identity recognition method, a system, equipment and a computer readable medium. The method comprises the following steps: acquiring chip ID data in the Internet-of-things equipment in real time; generating a public key, a private key and ciphertext data according to the acquired chip ID data; sending the private key and the ciphertext data back to the Internet-of-things equipment, the Internet-of-things equipment forms a new complete MAC address according to reserved field data configuration, and storing the Internet-of-things equipment ID and the ciphertext data in a chip; and obtaining verification information of the Internet-of-things equipment in real time, querying the Internet-of-things equipment ID and the ciphertext data stored in the corresponding chip according to the verification information of the Internet-of-things equipment, comparing the Internet-of-things equipment ID and the ciphertext data with the received ciphertext, and if the comparison succeeds, judging that the equipment registration succeeds. The method is suitable for users to collect and control the states of various agricultural objects in digital agriculture, is also suitable for equipment suppliers to self-network to form a large database, and provides a data analysis and processing platform for various application software developers or users.

Description

technical field [0001] The present invention relates to the technical field of identification of agricultural Internet of Things equipment, in particular to a method, system, equipment and computer-readable medium for identification of Internet of Things equipment. Background technique [0002] With the rapid development of digital agriculture, various solutions for crop seed storage, real-time monitoring and control of crop growth, and traceability management solutions for agricultural products all use the Internet of Things to integrate different types, regions, and stages through node devices. The information is analyzed and processed centrally. These IoT devices will exchange data with the central server in a wireless manner. [0003] At present, digital agriculture solutions are more and more integrated, and more and more node devices need to be managed at the same time; users hope to connect nodes and LANs in different periods to a unified data center; they also hope ...

AI Technical Summary

Problems solved by technology

As long as the node device obtains the server address from the user, it can exchange information with the data center. This method causes the data center to passively receive invalid data or even illegal data; more seriously, it may even download core data and confidential data from the server in an unauthorized way. , resulting in information security incidents

[0007] 2) The unique management method of node device identity code is complex

In order to ensure the uniqueness of the identity codes of massive node devices in the data center, it is necessary to continuously perform back-end processing through manual maintenance during use, which is inefficient, poor in inheritance, prone to errors and leads to repeated codes, resulting in loss and confusion of data calls

[0008] 3) The physical addresses in the network are not uniformly planned

With the increase of node devices, due to the lack of unified management, it is easy to cause Ethernet MAC address conflicts,

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