Distributed cryptographic consensus-based architecture for state synchronization using redundant verification and deterministic validators

A system comprising:

• one or more computer processors;
• and
• a non-transitory computer-readable storage medium storing computer instructions, which when executed by the one or more computer processors cause the system to:
• receive a request to exchange at least one digital security position stored in a first digital instrument container for at least one digital fiat instrument stored in a second digital instrument container;
• verify the request using a plurality of worker programs and supervisor programs each running on one of a plurality of nodes associated with a primary ledger of a hierarchical ledger structure;
• perform an atomic transfer by:
• irrevocably transferring the at least one digital security position from the first digital instrument container to the second digital instrument container, and
• irrevocably transferring the at least one digital fiat instrument from the second digital instrument container to the first digital instrument container synchronously with the transfer of the at least one digital security position;
• append a data block recording the atomic transfer to the primary ledger while avoiding a proof of work computation;
• and
• propagate the data block to a secondary ledger of the hierarchical ledger structure.

A non-transitory computer-readable storage medium storing computer instructions, which when executed by one or more computer processors cause the one or more computer processors to:

• receive a request to exchange at least one digital security position stored in a first digital instrument container for at least one digital fiat instrument stored in a second digital instrument container;
• verify the request using a plurality of worker programs and supervisor programs each running on one of a plurality of nodes associated with a primary ledger of a hierarchical ledger structure;
• perform an atomic transfer by:
• irrevocably transferring the at least one digital security position from the first digital instrument container to the second digital instrument container, and
• irrevocably transferring the at least one digital fiat instrument from the second digital instrument container to the first digital instrument container synchronously with the transfer of the at least one digital security position;
• append a data block recording the atomic transfer to the primary ledger while avoiding a proof of work computation;
• and
• propagate the data block to a secondary ledger of the hierarchical ledger structure.