A method for storing and verifying wild breeding location information

Abstract

The invention relates to a field culturing position information storing and verifying method. The technical solution of the method is characterized in that a position information acquisition device based on blockchain automatically acquires position information and uploads the position information to cloud for storage, thereby realizing high convenience in use, low data recording cost, no requirement for third-party intervention, low cost, easy management, effective central attack resistance and no user information leakage; field cultured livestock is strictly bound with blockchain data so that field cultured livestock position information which is recorded has strict verifiability and no-tampering property; and for long-time use of a device, a solar-and-kinetic hybrid power generating mode is utilized, thereby realizing advantages of long-acting and environment-friendly performance. According to the method of the invention, related technology of blockchain realizes an online digital asset attribute of the cultured animals, thereby facilitating development of multiple novel business modes.

Description

technical field [0001] The invention belongs to the technical field of wild breeding, and relates to a method for storing and verifying location information of wild breeding. Background technique [0002] Generally, the food safety, taste and nutritional value of wild livestock are better than those of captive feed livestock, such as pigs, cattle, sheep, etc. Therefore, the price of pasture livestock products is higher than that of captive livestock products. The existing technology is costly, difficult, long-term detection, and difficult for remote detection and live detection when identifying free-range livestock and captive livestock. This makes some illegal traders use captive livestock to pretend to be free-range livestock and violate the rights and interests of consumers. Free-range livestock needs to be proved that they are raised in the wild. Existing solutions mostly establish an RFID-based livestock traceability system, and determine whether the livestock is a free...

AI Technical Summary

Problems solved by technology

However, how to ensure the one-to-one correspondence between RFID and the corresponding data and the livestock to be detected, to ensure the authenticity and validity of the data and to ensure that the data cannot be tampered with, and to make users have enough trust in the data provided by small and scattered farmers. It has not been effectively solved, and the existing location information collection devices for livestock raised in the wild are mostly tied to the legs or tails of livestock, which affects the normal development of livestock. The power supply system mostly uses disposable batteries or solar rechargeable batteries, and the power conversion efficiency is low, facing power distress. question

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