System and methods for generating dynamic non-fungible tokens and for using the same

A computer program product comprising one or more tangible, non-transitory computer-readable media storing computer-readable instructions that when executed by one or more processors of a computing system, cause the computing system to:

• receive a user selection of a first dynamic non-fungible token, the first dynamic non-fungible token including first metadata representing a first set of video game character properties, features, and statistics, and a first identifier indicating an owner of the first dynamic non-fungible token;
• receive a user selection of a second dynamic non-fungible token, the second dynamic non-fungible token including second metadata representing a second set of video game character properties, features, and statistics, and a second identifier indicating an owner of the second dynamic non-fungible token;
• receive a user selection of preferred properties and features to be included in a third dynamic non-fungible token that includes third metadata representing a third set of video game character properties, features, and statistics;
• extract the first metadata from the first dynamic non-fungible token;
• extract the second metadata from the second dynamic non-fungible token;
• integrate a subset of the first metadata, a subset of the second metadata, and user selection of preferred properties and features into the third metadata representing the third set of video game character properties and statistics;
• generate the third dynamic non-fungible token that includes the third metadata and a third identifier indicating the owner of the third dynamic non-fungible token;
• record the third dynamic non-fungible token on a blockchain.

A method for generating digital assets, the method comprising:

• receiving a user selection of a first dynamic non-fungible token, the first dynamic non-fungible token including first metadata representing a first set of properties, features, and statistics, and a first identifier indicating an owner of the first dynamic non-fungible token;
• receiving a user selection of a second dynamic non-fungible token, the second dynamic non-fungible token including second metadata representing a second set of properties, features, and statistics, and a second identifier indicating an owner of the second dynamic non-fungible token;
• receiving a user selection of preferred properties and features to be included in a third dynamic non-fungible token that includes third metadata representing a third set of properties, features, and statistics;
• extracting the first metadata from the first dynamic non-fungible token;
• extracting the second metadata from the second dynamic non-fungible token;
• integrating a subset of the first metadata, a subset of the second metadata, and user selection of preferred properties and features into the third metadata representing the third set of properties and statistics;
• generating the third dynamic non-fungible token that includes the third metadata and a third identifier indicating the owner of the third dynamic non-fungible token;
• destroying the first dynamic non-fungible token and the second dynamic non-fungible token;
• recording the third dynamic non-fungible token on a blockchain;
• wherein the first identifier, second identifier, and third identifier are the same.