Dividing non-fungible tokens to divide restricted output of content objects

A method to transmit portions of output of a non-fungible token (NFT) to multiple remote devices, the method comprising:

• generating, based on a first content object, a first NFT including a first link with the first content object;
• generating a first smart contract control structure restricting a first output of the first content object to a first remote device of the multiple remote devices, the first remote device being remote from a processor of a system, the first smart contract control structure comprises a first smart contract output controller comprising a first communication channel and a first control structure configured to activate or deactivate the first communication channel, the first communication channel communicatively couples the processor with the first remote device, the first smart contract control structure further comprises a first encapsulation layer, the first encapsulation layer is configured to encrypt the first content object and control output of the first content object by uniformly and concurrently decrypting the first content object;
• receiving a request to modify the first content object;
• in response to receiving the request, dividing the first content object into a second content object and a third content object, the second content object having a first portion of the first content object and the third content object having a second portion of the first content object;
• generating, based on the second content object, a second NFT including a second link with the second content object;
• generating a second smart contract control structure restricting a second output of the second content object to the first remote device the second smart contract control structure comprises a second smart contract output controller comprising a second communication channel and a second control structure configured to activate or deactivate the second communication channel, the second communication channel communicatively couples the processor with the first remote device, the second smart contract control structure further comprises a second encapsulation layer, the second encapsulation layer is configured to encrypt the second content object and control output of the second content object by uniformly and concurrently decrypting the second content object;
• generating, based on the third content object, a third NFT including a third link with the third content object;
• generating a third smart contract control structure restricting a third output of the third content object to a second remote device of the multiple remote devices, the second remote device being remote from the processor, the third smart contract control structure comprises a third smart contract output controller comprising a third communication channel and a third control structure configured to activate or deactivate the third communication channel, the third communication channel communicatively couples the processor with the second remote device, the third smart contract control structure further comprises a third encapsulation layer, the third encapsulation layer is configured to encrypt the third content object and control output of the third content object by uniformly and concurrently decrypting the third content object;
• transmitting, by the second smart contract control structure, the second output to the first remote device;
• and
• transmitting, by the third smart contract control structure, the third output to the second remote device.

A non-transitory computer readable medium including instructions stored thereon and executable by a processor for transmitting portions of output of a non-fungible token (NFT) to multiple remote devices, the instructions comprising:

• generate, by the processor and based on a first content object, a first NFT including a first link with the first content object;
• generate a first smart contract control structure restricting a first output of the first content object to a first remote device of the multiple remote devices, the first remote device being remote from the processor, the first smart contract control structure comprises a first smart contract output controller comprising a first communication channel and a first control structure configured to activate or deactivate the first communication channel, the first communication channel communicatively couples the processor with the first remote device, the first smart contract control structure further comprises a first encapsulation layer, the first encapsulation layer is configured to encrypt the first content object and control output of the first content object by uniformly and concurrently decrypting the first content object;
• receive, by the processor, a request to modify the first content object;
• in response to receiving the request, divide, by the processor, the first content object into a second content object and a third content object, the second content object having a first portion of the first content object and the third content object having a second portion of the first content object;
• generate, by the processor and based on the second content object, a second NFT including a second link with the second content object;
• generate a second smart contract control structure restricting a second output of the second content object to the first remote device, the second smart contract control structure comprises a second smart contract output controller comprising a second communication channel and a second control structure configured to activate or deactivate the second communication channel, the second communication channel communicatively couples the processor with the first remote device, the second smart contract control structure further comprises a second encapsulation layer, the second encapsulation layer is configured to encrypt the second content object and control output of the second content object by uniformly and concurrently decrypting the second content object;
• generate, by the processor and based on the third content object, a third NFT including a third link with the third content object;
• generate a third smart contract control structure restricting a third output of the third content object to a second remote device of the multiple remote devices, the second remote device being remote from the processor, the third smart contract control structure comprises a third smart contract output controller comprising a third communication channel and a third control structure configured to activate or deactivate the third communication channel, the third communication channel communicatively couples the processor with the second remote device, the third smart contract control structure further comprises a third encapsulation layer, the third encapsulation layer is configured to encrypt the third content object and control output of the third content object by uniformly and concurrently decrypting the third content object;
• transmit, by the processor via the second smart contract control structure, the second output to the first remote device;
• and
• transmit, by the processor via the third smart contract control structure, the third output to the second remote device.