Cultivation monitoring method for planting crop based on block chain

Abstract

The invention provides a cultivation monitoring method for a planting crop based on a block chain. The method comprises the steps of obtaining corresponding historical cultivation data by reading identification information of a designated planting crop, generating prediction data of a current block according to the historical cultivation data and receiving current actual cultivation data to generate new cultivation data, obtaining a latest cultivation data of the planting crop corresponding to the identification information according to the identification information and calculating a hash value of the data, and creating a current block and storing the current block into the block chain with the identification information, the new cultivation data and the hash value as source data. According to the method, the monitoring of the growth environment of an individual planting crop is realized by using the block chain technology, the problem of repeated drug spraying and fertilization during the growth process of the crop is solved, the accuracy of a record is guaranteed through the block chain technology and the record can not be tampered, so the security of data and the work efficiency are improved, and thus the healthy growth of the crop is ensured.

Description

technical field [0001] The invention relates to the field of environmental monitoring, in particular to a method and device for cultivating and monitoring planted crops based on blockchain. Background technique [0002] With the improvement of people's income level and the change of consumption concept, the quality and safety of crops are more and more concerned by consumers, and the growth environment of crops and the cultivation status of crops can directly affect their quality, thus affecting people's health and life safety . Therefore, how to monitor the growing environment of crops has become a technical problem that people need to solve at present. [0003] The existing crop growth environment monitoring system is based on ARM, ZigBee, Arduino and other technologies, and collects data such as temperature and humidity in the crop growth environment through wireless sensors to monitor the growth environment of a batch of crops. However, these systems monitor the crops ...

AI Technical Summary

Problems solved by technology

[0004] Therefore, in the existing technical solutions, the growth process of crops is not convenient for control and management, which affects work efficiency.

In addition, some cultivation records of crops cannot be guaranteed not to be tampered with, and the accuracy of the records is not high, and it cannot be guaranteed that crops are cultivated under safe conditions

Images