Generating smart contracts for electronic notarization using synthetically generated invisible fingerprint metadata

A notarization and contract generation process comprising:

• collecting from a user, via an extended reality capable device, one or more documents associated with an electronic notarization, wherein the extended reality capable device is an edge extended reality device configured to provide the user, from a remote location, with an extended immersive environment for an on-premise experience;
• scanning one or more biological fingerprint images from the user via a fingerprint sensor connected to an internet of things (IoT) gateway, wherein the IoT gateway provides a medium for device-to-device communication and stores the one or more scanned biological fingerprint images during a processing period until the fingerprint images are encoded, wherein the one or more scanned biological fingerprint images of the user are encoded with quantum key distribution to enhance data security, and wherein the quantum key distribution encoding enables verification of uniqueness of authentication credentials without compromising security of the authentication credentials;
• receiving, by a computing device in communication with the fingerprint sensor, synthetic fingerprint information, and storing the encoded biological fingerprint information in a smart repository based on predefined indexed categories to allow for faster data extraction, wherein the synthetic fingerprint information resemble actual fingerprints of the user and is generated based on the one or more scanned biological fingerprint images of the user and using a generative artificial intelligence algorithm;
• transmitting the synthetic fingerprint information as data packets to the smart contract generator via an internet of things (IoT) device-to-device (D2D) communication channel, wherein transmitting the synthetic fingerprint information via the IoT D2D communication channel renders the synthetic fingerprints invisible for detection during transmission, thereby enhancing data privacy and security;
• notarizing, by the computing device, the one or more digital documents associated with the electronic notarization;
• receiving, by the computing device, the one or more digital documents associated with the electronic notarization;
• receiving, by the computing device, rule information corresponding to location specific protocols associated with the electronic notarization;
• creating, via the computing device, systematic and iterative rational datasets based on user input data, and identifying an underlying pattern of data to generate a new dataset to ensure verification of the one or more documents associated with the electronic notarization;
• and
• generating, by the computing device and a smart contract generator, a smart contract on a blockchain based on the synthetic fingerprint information, the one or more notarized digital documents, and the rule information, and wherein generating the smart contract comprises embedding the synthetic fingerprint information with the one or more digital documents to create tamperproof metadata, and wherein retrieving the rule information corresponding to location specific protocols further comprises:
• identifying state-specific laws, regulations, and procedural compliance rules from a distributed data source in real time, and
• mapping the rules against the embedded metadata and the one or more digital documents associated with the electronic notarization for validation prior to generating the smart contract, and wherein the smart contract generator is further configured to manage, provide access to, and maintain the generated smart contract.