Tokenized Structured Data Sharing with Nested NFT Controls

The patent implements nested encryption structures where content objects are encrypted with content keys, then encapsulated in containers encrypted with container keys, and finally packaged in bundles encrypted with bundle keys. This multi-layer nesting ensures that even if one layer is compromised, the inner layers remain protected, thereby maintaining security while enabling efficient data transmission.

The patent introduces smart contracts as intermediary components that mediate between content providers and consumers. These smart contracts verify authorization credentials, manage key distribution, and control access to encrypted content without requiring direct trust between parties. This intermediary layer enables efficient authenticated data transmission while mitigating interception risks through automated authorization verification.

The patent segments the authorization system into distinct modular layers: bundle-level authorization, container-level authorization, and content-level authorization. Each layer operates independently with its own control structure and validation logic. This segmentation allows the system to achieve high security through multiple control layers while managing complexity through clear separation of concerns and modular design.

The patent implements universal smart contract structures that can handle multiple authorization scenarios across different layers. The same smart contract framework is used for bundle authorization, container authorization, and content access control, providing multi-functional capability. This universality reduces overall system complexity by reusing proven authorization patterns across multiple security layers rather than implementing separate custom solutions for each layer.