Systems and methods for region-specific sub-tokenization in cryptographic transaction processing

A computer-implemented method performed by a processing system operating within a distributed computing system for processing cryptographic transactions using region-specific sub-tokenization, the method comprising:

• receiving a transaction request that includes transaction data, the transaction data including a source location, a destination location, and a transaction amount;
• identifying a region associated with the source location and the destination location based on geolocation data corresponding to the transaction data;
• generating a region-specific sub-token associated with the identified region, wherein:
• the region-specific sub-token is generated using a cryptographic hash function configured to embed geolocation data and transaction data into the sub-token, and
• the region-specific sub-token comprises metadata indicative of the transaction data, the metadata including at least a transaction identifier;
• routing the transaction request to a set of distributed nodes associated with the identified region, wherein the set of distributed nodes is configured to process the transaction request locally within the identified region to:
• validate the transaction using a consensus mechanism;
• and
• update a region-specific ledger associated with the identified region;
• and
• synchronizing the region-specific ledger with a global ledger stored across the distributed ledger network.

A non-transitory processor-readable storage medium having stored thereon processor-executable instructions configured to cause a processing system in a computing device to perform operations for processing cryptographic transactions using region-specific sub-tokenization, the operations comprising:

• receiving a transaction request that includes transaction data, the transaction data including a source location, a destination location, and a transaction amount;
• identifying a region associated with the source location and the destination location based on geolocation data corresponding to the transaction data;
• generating a region-specific sub-token associated with the identified region, wherein:
• the region-specific sub-token is generated using a cryptographic hash function configured to embed geolocation data and transaction data into the sub-token, and
• the region-specific sub-token comprises metadata indicative of the transaction data, the metadata including at least a transaction identifier;
• routing the transaction request to a set of distributed nodes associated with the identified region, wherein the set of distributed nodes is configured to process the transaction request locally within the identified region to:
• validate the transaction using a consensus mechanism;
• and
• update a region-specific ledger associated with the identified region;
• and
• synchronizing the region-specific ledger with a global ledger stored across the distributed ledger network.