Processing data interactions performed by an internet of things (IoT) device

A method for processing data interactions, comprising:

• detecting that a first data interaction has been initiated by a smart home appliance associated with a first user, wherein the smart home appliance is configured to perform data interactions associated with the first user without intervention from the first user;
• determining whether the first data interaction is associated with a first computing network or a blockchain network, wherein:
• when the first data interaction is associated with the first computing network, the first data interaction comprises transferring real-world data objects from a first real-world account associated with the first user that is stored in the first computing network;
• and
• when the first data interaction is associated with the blockchain network, the first data interaction comprises transferring virtual data objects from a first crypto wallet associated with the first user that is stored in the blockchain network;
• in response to determining that the first data interaction is associated with the first computing network, processing the first data interaction in the first computing network by transferring the real-world data objects from the first real-world account associated with the first user to a second real-world account;
• in response to determining that the first data interaction is associated with the blockchain network, determining that the virtual data objects that are transferred during processing of the first data interaction are of a first type or a second type, wherein the virtual data objects are a first amount of virtual data objects;
• determining that when using the virtual data objects of the first type during processing of the first data interaction, a first supplementary amount of virtual data objects of the first type are transferred to a first processing server in the blockchain network to process the first data interaction in the blockchain network, wherein the first supplementary amount of virtual data objects is in addition to the first amount of virtual data objects that are transferred during processing of the first data interaction;
• processing the first data interaction in the blockchain network by transferring the first amount of virtual data objects from the first crypto wallet associated with the first user to a second crypto wallet;
• transferring the first supplementary amount of virtual data objects of the first type to the first processing server;
• after processing the first data interaction, obtaining an interaction log associated with the first data interaction, wherein the interaction log comprises information related to the first data interaction, the information comprising one or more of:
• a data interaction ID associated with the first data interaction;
• a first user ID associated with the first user;
• a first device ID associated with the smart home appliance;
• and
• an identity associated with the first real-world account or the first crypto wallet;
• extracting the information related to the first data interaction from the interaction log;
• transmitting the information associated with the first data interaction to a non-fungible token (NFT) blockchain network for recording in a first NFT associated with the smart home appliance;
• detecting that a second data interaction has been initiated by the smart home appliance in the first computing network;
• determining when using the virtual data objects of the first type during processing of the first data interaction in the blockchain network, a first time period associated with processing the first data interaction with the first supplementary amount of virtual data objects;
• assigning a higher priority to the first data interaction and assigning a lower priority to the second data interaction based on the first time period associated with processing the first data interaction;
• and
• in response to assigning the higher priority to the first data interaction and assigning the lower priority to the second data interaction, determining to process the first data interaction before processing the second data interaction.

A non-transitory computer-readable medium for performing data interactions, wherein the non-transitory computer-readable medium stores instructions which when executed by a hardware processor cause the hardware processor to:

• detect that a first data interaction has been initiated by a smart home appliance associated with a first user, wherein the smart home appliance is configured to perform data interactions associated with the first user without intervention from the first user;
• determine whether the first data interaction is associated with a first computing network or a blockchain network, wherein:
• when the first data interaction is associated with the first computing network, the first data interaction comprises transferring real-world data objects from a first real-world account associated with the first user that is stored in the first computing network;
• and
• when the first data interaction is associated with the blockchain network, the first data interaction comprises transferring virtual data objects from a first crypto wallet associated with the first user that is stored in the blockchain network;
• in response to determining that the first data interaction is associated with the first computing network, process the first data interaction in the first computing network by transferring the real-world data objects from the first real-world account associated with the first user to a second real-world account;
• in response to determining that the first data interaction is associated with the blockchain network, determine that the virtual data objects that are transferred during processing of the first data interaction are of a first type or a second type, wherein the virtual data objects are a first amount of virtual data objects;
• determine that when using the virtual data objects of the first type during processing of the first data interaction, a first supplementary amount of virtual data objects of the first type are transferred to a first processing server in the blockchain network to process the first data interaction in the blockchain network, wherein the first supplementary amount of virtual data objects is in addition to the first amount of virtual data objects that are transferred during processing of the first data interaction;
• process the first data interaction in the blockchain network by transferring the first amount of virtual data objects from the first crypto wallet associated with the first user to a second crypto wallet;
• transfer the first supplementary amount of virtual data objects of the first type to the first processing server;
• after processing the first data interaction, obtain an interaction log associated with the first data interaction, wherein the interaction log comprises information related to the first data interaction, the information comprising one or more of:
• a data interaction ID associated with the first data interaction;
• a first user ID associated with the first user;
• a first device ID associated with the smart home appliance;
• and
• an identity associated with the first real-world account or the first crypto wallet;
• extract the information related to the first data interaction from the interaction log;
• transmit the information associated with the first data interaction to a non-fungible token (NFT) blockchain network for recording in a first NFT associated with the smart home appliance;
• detect that a second data interaction has been initiated by the smart home appliance in the first computing network;
• determine when using the virtual data objects of the first type during processing of the first data interaction in the blockchain network, a first time period associated with processing the first data interaction with the first supplementary amount of virtual data objects;
• assign a higher priority to the first data interaction and assign a lower priority to the second data interaction based on the first time period associated with processing the first data interaction;
• and
• in response to assigning the higher priority to the first data interaction and assigning the lower priority to the second data interaction, determine to process the first data interaction before processing the second data interaction.