Managing digital ledgers via digital tokens, systems, methods, and apparatus

1 . A computer-based ledger interfacing system, comprising:

at least one non-transitory computer readable memory storing a primary notarized ledger and software instructions;

at least one processor coupled with the at least one memory and that performs the following operations upon execution of the software instructions:

receive a request to instantiate a software stack comprising a layered architecture;

instantiate a plurality of software layers in the at least one memory;

generate at least one digital token on the primary notarized ledger representing at least one software layer in the plurality of software layers, wherein:

the at least one digital token includes an address bit field having a first portion representing an owner of the digital token and a second portion representing a state of the at least one software layer in the plurality of software layers; and

the plurality of software layers comprise a ledger interface layer configured to enable communications among the plurality of software layers, the ledger interface layer comprising one or more caches storing data received during the communications;

instantiate a target ledger associated with the at least one software layer and with the at least one digital token;

instantiate at least one smart contract associated the target ledger and representing the at least one software layer; and

instantiate at least one data monitoring agent associated with the ledger interface layer;

enable recording transactions associated with the at least one software layer via the at least one data monitoring agent invoking the at least one smart contract; and

responsive to a change in the state of the at least one software layer, update the second portion of the address bit field of the at least one digital token.

2 . The computer-based ledger interfacing system of claim 1 , wherein the at least one software layer comprises a regulatory layer.

3 . The computer-based ledger interfacing system of claim 2 , wherein the regulatory layer comprises at least one of the following regulatory standards: FIPS, HIPAA, HL7, GDPR, FINRA, FCC, SOX, or GAAP.

4 . The computer-based ledger interfacing system of claim 1 , wherein the ledger interface layer comprises a message bus enabling routing messages among layers in the plurality of software layers.

5 . The computer-based ledger interfacing system of claim 4 , wherein the message bus processes and records messages as the transactions and includes fields comprising at least one of the following: a message type, a format, a version, a priority, or a content.

6 . The computer-based ledger interfacing system of claim 1 , wherein the data monitoring agent comprises a registered data object listener that monitors events.

7 . The computer-based ledger interfacing system of claim 6 , wherein the registered data object listener monitors healthcare-related events.

8 . The computer-based ledger interfacing system of claim 1 , wherein at least one software layer includes at least one application layer.

9 . The computer-based ledger interfacing system of claim 8 , wherein each application associated with the at least one application layer has an associated digital token representing permitted operations.

10 . The computer-based ledger interfacing system of claim 1 , wherein the one or more caches each comprises a pre-cache of data based on requirements of the at least one software layer.

11 . The computer-based ledger interfacing system of claim 1 , wherein the at least one software layer implements write-once-read-many storage functionality with respect to the target ledger.

12 . The computer-based ledger interfacing system of claim 1 , wherein the at least one data monitoring agent comprises multiple data monitoring agents each monitoring different types of events.

13 . The computer-based ledger interfacing system of claim 1 , wherein the at least one digital token comprises at least one non-fungible token (NFT).

14 . The computer-based ledger interfacing system of claim 1 , wherein the at least one digital token comprises at least one of the following types of tokens implemented on the primary notarized ledger: a composable token, a set token, or a sub-token.

15 . The computer-based ledger interfacing system of claim 1 , wherein the plurality of software layers are included in an operating system stack.

16 . The computer-based ledger interfacing system of claim 1 , wherein the plurality of software layers are included in at least one of the following software stacks: an application stack, a computing stack, a game stack, a financial system stack, a file system stack, or a communication stack.

17 . The computer-based ledger interfacing system of claim 1 , wherein the address bit field of the at least one digital token comprises a third portion representing at least one of the following: an record identifier, an address, a health object identifier (HOI), a suffix, a prefix, a patient specific record, a ledger state, a URL, a pointer, a patient identifier, a hospital identifier, or a file system address.

18 . The computer-based ledger interfacing system of claim 1 , wherein the primary notarized ledger or the target ledger comprises at least one of the following types of ledgers: a blockchain, public ledger, a distributed ledger, a custom ledger, a hash graph, a direct acyclic graph, a centralized ledger, a torrent ledger, or a permissioned ledger.

19 . The computer-based ledger interfacing system of claim 1 , wherein the primary notarized ledger or the target ledger comprises a torrent stored in the at least one memory.

20 . A computer-based ledger interfacing system, comprising:

at least one non-transitory computer readable memory storing a primary notarized ledger and software instructions;

at least one processor coupled with the at least one memory and that performs the following operations upon execution of the software instructions:

receive a request to instantiate a software stack comprising a layered architecture;

instantiate a plurality of software layers in the at least one memory;

generate at least one digital token on the primary notarized ledger representing at least one software layer in the plurality of software layers, wherein:

the at least one digital token includes an address bit field having a first portion representing an owner of the digital token and a second portion representing a state of the at least one software layer in the plurality of software layers; and

the plurality of software layers comprise a ledger interface layer configured to enable communications among the plurality of software layers, the ledger interface layer comprising one or more caches storing data received during the communications;

instantiate a target ledger associated with the at least one software layer and with the at least one digital token, wherein the ledger interface layer comprises a notarized ledger abstraction layer (NLAL) configured to facilitate generation of digital tokens on the primary notarized ledger and on the target ledger;

instantiate at least one smart contract associated the target ledger and representing the at least one software layer; and

instantiate at least one data monitoring agent associated with the ledger interface layer; and

enable recording transactions associated with the at least one software layer via the at least one data monitoring agent invoking the at least one smart contract.

21 . The computer-based ledger interfacing system of claim 20 , wherein the at least one data monitoring agent is configured to send data from the target ledger to an upper layer in the plurality of software layers responsive to satisfying a triggering criteria upon data being written to the target ledger.