Please describe your proposed solution.
Even if advanced encryption technology is added to the data itself, as long as the data itself exists, advanced encryption technology will eventually be broken, so in the future, security guarantees other than encryption technology will be needed. AQR is a data security architect that converts the target data into super-random numbers, destroys the super-randomized data, places one of the destroyed data on the Internet, and replaces the other with the data on the QR code. By using this AQR and storing the QR code only for the person in question, data confidentiality is improved. Since AQR is not an encryption technology, it does not have the key to decrypt it, so there is no concern about the key being leaked. Furthermore, the data cannot be analyzed over the Internet, and even if the data is taken out, it is broken and there is no key that can be used to combine it, so the data itself has no meaning. Rather than competing in encryption processing technology, as has been the case up until now, the security is a combination of "super random number generation x electronic tally theory x AQR code," so we will use this AQR technology to conduct demonstration experiments on NFTs that can be transferred to others.
We create a prototype that uses target data as input data and generates actual data using AQR code after AQR.
After AQR conversion of the data, by converting it into NFT, the confidentiality of the published data is increased, and the login information of the prototype created this time is linked to the blockchain. , it becomes possible to generate real data based on NFT data.
Blockchain ensures data reliability and transparency, and AQR's confidentiality ensures data copying and duplication restrictions.