The invention is developed in the technical field. A
system for dynamically authenticating an alcoholic beverage includes a digital
encryption mechanism that allows real-time access to the state of the alcoholic beverage through
blockchain technology. In particular, the
system includes a "Quick Response" (QR) code provided inside the lid (liner) or lid or
cork or dispenser or device for closing the product, and the QR code is displayed only when the product is opened so that it can be authenticated when the user wishes to verify the legality and
traceability of the product. Encrypted assets (rather than
cryptocurrency) are linked to each QR code supported by the
blockchain and its
metadata can be obtained over the network by reading the unique QR code printed on each cover. When the block chain is read for the first time, only the first state of the
bottle which can be consumed safely can be obtained, then the
digital asset always displays the second state of the
bottle which has been opened previously, and the block chain cannot return to the first state in view of non-tampering performance and safety of the block chain. The dynamic digital assets can be associated with dynamic NFT (such as cryptographic assets rather than
cryptocurrency), so that the
system provides a novel and creative
product traceability alternative scheme for manufacturers and users (particularly in the liquor industry), forms a simple and effective confirmation mechanism, and can be used for the field of
wine production. Related information of
alcohol products can be determined in real time so as to guarantee health of users, and meanwhile, the fields of illegal
wine distribution and the like are effectively attacked through regional consumption identifiers always contained in dynamic
digital asset metadata: if a
bottle is only authorized to be sold in a specific region, and a user scans the same bottle in an unauthorized region, a smuggling behavior is technically formed, so that the user experience is improved. Therefore, the problem can be solved in the same way. The system is easy to implement in an alcoholic beverage production enterprise, the
production line efficiency is not reduced, and
consumer behavior data which cannot be realized in the past can be obtained.