Tokenization of real-world objects and monetization thereof

A method comprising:

• controlling one or more laser-based three-dimensional (3D) scanning devices to project at least one laser line onto a surface of a first physical object, capture reflections of the at least one laser line with one or more sensors, and generate a point cloud of the surface of the first physical object based on trigonometric triangulation;
• generating a first geometric mesh of the first physical object based on the generated point cloud, wherein the first geometric mesh indicates a 3D structure of the first physical object;
• controlling one or more image capture sensors to capture additional details data for the first physical object, wherein the additional details data for the first physical object includes a first image of the first physical object, and wherein the first image includes surface texture information associated with the first physical object;
• superimposing the additional details data on the generated first geometric mesh to generate a first 3D model of the first physical object;
• storing, in a memory, a digital asset as a named record, the named record comprising the generated first 3D model, dimensional data associated with one or more dimensions of the first physical object, the additional details data, and metadata comprising an identifier associated with the first physical object, wherein physical properties of the first physical object are mapped to the named record for secure tokenization on a blockchain;
• encrypting the named record to generate a first cryptographic asset associated with the first physical object;
• and
• outputting the generated first cryptographic asset.

A non-transitory computer-readable medium having stored instructions thereon, computer-executable instructions that when executed by a system, causes the system to execute operations, the operations comprising:

• controlling one or more laser-based three-dimensional (3D) scanning devices to project at least one laser line onto a surface of a first physical object, capture reflections of the at least one laser line with one or more sensors, and generate a point cloud of the surface of the first physical object based on trigonometric triangulation;
• generating a first geometric mesh of the first physical object based on the generated point cloud, wherein the first geometric mesh indicates a 3D structure of the first physical object;
• controlling one or more image capture sensors to capture additional details data for the first physical object, wherein the additional details data for the first physical object includes a first image of the first physical object, and wherein the first image includes surface texture information associated with the first physical object;
• superimposing the additional details data on the generated first geometric mesh to generate a first 3D model of the first physical object;
• storing, in a memory, a digital asset as a named record, the named record comprising the generated first 3D model, dimensional data associated with one or more dimensions of the first physical object, the additional details data, and metadata comprising an identifier associated with the first physical object, wherein physical properties of the first physical object are mapped to the named record for secure tokenization on a blockchain;
• encrypting the named record to generate a first cryptographic asset associated with the first physical object;
• and
• outputting the generated first cryptographic asset.