NFT enforcement control system

A computer-based system for enforcing encoded conditions of digital assets, the computer-based system comprising:

• a first blockchain network including multiple nodes and having a first digital wallet implemented thereon;
• and
• a second blockchain network including multiple nodes and having a second digital wallet implemented thereon as an offline entity, the second blockchain network being separate and disparate from the first blockchain network,
• at least one of the multiple nodes of the first blockchain network comprising a secure cryptoprocessor with a secure execution environment, the secure cryptoprocessor configured to execute a cross-chain enforcement control system, cause the secure cryptoprocessor to:
• implement a decoder within the secure execution environment, the decoder configured to decode an encoded condition of a digital asset, the digital asset configured as a non-fungible token (NFT), the encoded condition associated with the first blockchain network;
• configure the decoded condition with a threshold value of the digital asset, the threshold value configured to prevent fluctuations in value of the digital asset;
• generate a zero-knowledge proof based on the encoded condition of the digital asset, the zero-knowledge proof object being verifiable by the second blockchain network without disclosure of the encoded condition;
• transmit a cross-chain transaction message and the zero-knowledge proof to the second blockchain network;
• at least one of the multiple nodes of the second blockchain network configured to:
• receive the cross-chain transaction message and the zero-knowledge proof from the first blockchain network;
• validate the cross-chain transaction message within the second blockchain network based on verification of the zero-knowledge proof, without disclosure of the encoded condition, wherein the cross-chain transaction is relayed within the second blockchain network only upon successful validation by the blockchain node in the second blockchain network and is rejected when validation fails;
• responsive to successful verification of the zero-knowledge proof, validate an offline transfer of the digital asset from the first digital wallet on the first blockchain network to the second digital wallet of the offline entity on the second blockchain network;
• configure the validated offline transfer to be as transparently viewable from within the second blockchain network;
• and
• responsive to unsuccessful verification of the zero-knowledge proof, rejecting the cross-chain transaction within the second blockchain network and disapproving the transfer of the digital asset to the offline entity.