CPC G16H 10/60 (2018.01) [G06Q 20/363 (2013.01); G06Q 20/3674 (2013.01); G16H 15/00 (2018.01); H04L 9/50 (2022.05)] | 16 Claims |
1. A system for creating and claiming a non-fungible token (NFT) of a patient's medical data, the system comprising:
a medical device configured to create medical data in the form of internal imagery of a first patient's body wherein the internal imagery is selected from the group of a still image, audio, video, and combinations thereof, and record the medical data;
a secure cryptocurrency wallet comprising a private key of the first patient, wherein the secure cryptocurrency wallet comprises a unique address within a first blockchain and further wherein the secure cryptocurrency wallet records and stores NFTs and one or more smart contracts associated with the NFTs and wherein the first patient's private key is used to authorize transactions of the stored NFTs via the one or more smart contracts; and
a processor comprising a communication module and a memory controlled by the processor, the memory including instructions that when executed by the processor cause the processor to perform the steps of:
opening a communication with the secure cryptocurrency wallet of the first patient;
receiving the recorded medical data of the first patient's body;
compiling additional information with the medical data of the first patient forming compiled information, wherein the compiled information comprises first medical condition data of the first patient, wherein the first patient has a first medical condition and the first medical condition data relates to the first medical condition;
digitizing the compiled information and forming a digital medical asset with the compiled information;
uploading and storing the digital medical asset within a cloud storage system, wherein the uploaded and stored digital medical asset comprises a URL address within the cloud storage system;
generating a smart contract comprising the digital medical asset, wherein the smart contract comprises first patient ownership data of the digital medical asset;
minting an NFT comprising the URL address of the digital medical asset on the cloud storage system via the smart contract by loading the digital medical asset and the URL address of the digital medical asset onto the first or a second blockchain forming a transaction and generating a public key and a private key for the NFT, wherein the transaction is authorized by the first patient's private key;
confirming the transaction on a blockchain node of the first or the second blockchain;
recording the NFT of the digital medical asset and storing the smart contract within the secure cryptocurrency wallet of the first patient based on the first patient ownership data in the smart contract;
staking the NFT of the digital medical asset into a staking pool thereby locking the NFT in the staking pool to receive yield thereby if selected by a user, wherein authorization to stake the NFT is provided by the first patient using the first patient's private key;
staking at least one other NFT into the staking pool thereby locking the at least one other NFT in the staking pool to receive yield thereby if selected by the user, wherein the at least one other NFT comprises second medical condition data of a second patient, wherein the second medical condition data of the second patient relates to the first medical condition;
sorting the NFT and the at least one other NFT by the first medical condition and grouping the NFT and the at least one other NFT within the staking pool based on the first medical condition prior to offering the staking pool to users for selection of the staking pool and payment thereof;
labelling the staking pool with the first medical condition;
presenting to a user via a graphic user interface an option to select and claim the staking pool labelled with the first medical condition;
transferring the first and second medical condition data of the NFT and the at least one other NFT in the staking pool labeled with the medical condition to the user when the staking pool is selected and claimed by the user and upon payment by the user to the staking pool; and
transferring yield to the secure cryptocurrency wallet of the first patient and to a secure cryptocurrency wallet of the second patient based on the payment by the user to the staking pool when the first and second medical condition data of the first medical condition is transferred to the user.
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