Computer-based platforms and systems for asynchronous parallel network instruction architecture and methods of use thereof

1 . A system comprising:

at least one processor of a distributed common entity platform, wherein the at least one processor is configured to perform steps to:

receive an electronic transfer instruction associated with an electronic transfer of a quantity of an asset across a first network from a sending entity platform to a receiving entity platform;

wherein the sending entity platform comprises a first plurality of accounts associated with a first plurality of users;

wherein the receiving entity platform comprises a second plurality of accounts associated with a second plurality of users;

wherein the electronic transfer instruction comprises electronic transfer parameters comprising:

a sending network address on the first network associated with a sender of the quantity of the asset on the sending entity platform, the sender comprising at least one of the first plurality of users,

a receiving network address on the first network associated with a receiver of the quantity of the asset on the receiving entity platform, the receiver comprising at least one of the second plurality of users,

an asset identifier identifying the asset,

a quantity value representing the quantity of the asset, and

a first function identifier identifying a first function to be performed;

execute a transfer manager self-executing programming object (SEPO) in response to the first function identifier to execute transfer management operations on a distributed crypto-ledger of a second network, managed by the distributed common entity platform;

wherein the transfer management operations comprise:

generating a second electronic instruction comprising second electronic instruction parameters;

wherein the second electronic instruction parameters comprise:

 the sending network address,

 the receiving network address, and

 a second function identifier identifying a second function to be performed;

execute an address SEPO in response to the second function identifier of the second electronic instruction to execute network address verification operations on the distributed crypto-ledger;

wherein the network address verification operations comprise:

accessing an address log associated with the distributed crypto-ledger on the second network,

verifying the sending network address and the receiving network address based at least in part on the address log, and

returning second network address data associated with the distributed crypto-ledger, the address data comprising:

 a sending wallet network address associated with the sending address and

 a receiving wallet network address associated with the receiving address;

wherein the transfer manager SEPO is further configured to execute transfer management operations on the second network via the distributed crypto-ledger, comprising:

generating a third electronic instruction to a network token SEPO in response to the address data;

wherein the third instruction comprises:

 a third function identifier identifying a third function to be performed;

 the sending wallet network address;

 the receiving wallet network address;

 the asset identifier, and

 the quantity value;

execute the network token SEPO in response to the third function identifier of the third electronic instruction to execute network token operations on the distributed crypto-ledger; wherein the network token operations comprise:

automatically minting at least one token in a sending wallet associated with the sending wallet network address, wherein the at least one token comprises a tokenized version of the quantity of the asset based at least in part on the asset identifier and the quantity value, and

performing at least one first distributed crypto-ledger transfer of the at least one token from the sending wallet to a receiving wallet associated with the receiving wallet network address;

aggregate the at least one first distributed crypto-ledger transfer with at least one additional distributed crypto-ledger transfer between sending entity platform and the receiving entity platform across the second network for at least one first period of time; and

automatically trigger, upon the at least one first period of time elapsing and detection of the at least one token being transferred across the second network via the distributed crypto-ledger to the receiving wallet network address, to asynchronously perform an electronic transfer of a net electronic transfer across the first network, the net electronic transfer comprising the quantity of the asset from the sending entity platform to the receiving entity platform across the first network aggregated with at least one other quantity of at least one asset associated with the at least one additional distributed crypto-ledger transfer to complete the first function independently of the distributed crypto-ledger.

2 . The system of claim 1 , wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising generating a fourth instruction to a settlement manager SEPO;

wherein the fourth instruction comprises:

a fourth function identifier identifying a fourth function to be performed, the sending wallet address,

the receiving wallet address,

the asset identifier, and the quantity value.

3 . The system of claim 2 wherein the transfer manager SEPO is further configured to execute the settlement manager SEPO in response to the fourth function identifier of the fourth instruction to execute settlement operations on the distributed crypto-ledger;

wherein the settlement operations comprise:

logging a pending settlement representing an awaited transfer of the quantity of the asset matching the at least one token transferred from the sending wallet to the receiving wallet,

receiving at least one settlement instruction from at least one settlement system, wherein the at least one settlement instruction instructs the settlement manager SEPO to return the pending settlement; and

transmitting the pending settlement to the at least one settlement system to initiate at least one settlement of the at least one token.

4 . The system of claim 1 wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising:

receiving a transfer confirmation from the receiving entity platform, wherein the transfer confirmation confirms the transfer of the quantity of the asset from the sending address to the receiving address; and

generating a fifth instruction to the network token SEPO based on the transfer confirmation;

wherein the fifth instruction comprises:

a fifth function identifier identifying a fifth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

5 . The system of claim 4 , further configured to execute the network token SEPO in response to the fifth function identifier of the fifth instruction to further execute the network token operations on the distributed crypto-ledger;

wherein the network token operations further comprise:

burning the at least one token from the receiving wallet address in response to the transfer confirmation.

6 . A method comprising:

receiving, by at least one processor of a distributed common entity platform, an electronic transfer instruction associated with an electronic transfer of a quantity of an asset across a first network from a sending entity platform to a receiving entity platform;

wherein the sending entity platform comprises a first plurality of accounts associated with a first plurality of users;

wherein the receiving entity platform comprises a second plurality of accounts associated with a second plurality of users;

wherein the electronic transfer instruction comprises electronic transfer parameters comprising:

a sending network address on the first network associated with a sender of the quantity of the asset on the sending entity platform, the sender comprising at least one of the first plurality of users;

a receiving network address on the first network associated with a receiver of the quantity of the asset on the receiving entity platform, the receiver comprising at least one of the second plurality of users;

an asset identifier identifying the asset;

a quantity value representing the quantity of the asset, and

a first function identifier identifying a first function to be performed;

executing, by the at least one processor, a transfer manager self-executing programming object (SEPO) in response to the first function identifier to execute transfer management operations on a distributed crypto-ledger of a second network, managed by the distributed common entity platform, wherein the transfer management operations comprise:

generating a second electronic instruction comprising second electronic instruction parameters, wherein the second electronic instruction parameters comprise:

the sending network address,

the receiving network address, and

a second function identifier identifying a second function to be performed;

executing, by the at least one processor, an address SEPO in response to the second function identifier of the second electronic instruction to execute network address verification operations on the distributed crypto-ledger, wherein the address verification operations comprise:

accessing an address log associated with the distributed crypto-ledger on the second network,

verifying the sending network address and the receiving network address based at least in part on the address log, and

returning second network address data associated with the distributed crypto-ledger, the address data comprising:

a sending wallet network address associated with the sending address and

a receiving wallet network address associated with the receiving address;

wherein the transfer manager SEPO is further configured to execute transfer management operations on the second network via the distributed crypto-ledger, comprising:

generating a third electronic instruction to a network token SEPO in response to the address data, wherein the third instruction comprises:

a third function identifier identifying a third function to be performed,

the sending wallet network address,

the receiving wallet network address,

the asset identifier, and

the quantity value;

executing, by the at least one processor, the network token SEPO in response to the third function identifier of the third electronic instruction to execute network token operations on the distributed crypto-ledger; wherein the network token operations comprise:

automatically minting at least one token in a sending wallet associated with the sending wallet network address, wherein the at least one token comprises a tokenized version of the quantity of the asset based at least in part on the asset identifier and the quantity value, and

performing at least one first distributed crypto-ledger transfer of the at least one token from the sending wallet to a receiving wallet associated with the receiving wallet network address;

aggregating, by the at least one processor, the at least one first distributed crypto-ledger transfer with at least one additional distributed crypto-ledger transfer between sending entity platform and the receiving entity platform across the second network for at least one first period of time; and

automatically triggering, by the at least one processor, upon the at least one first period of time elapsing and detection of the at least one token being transferred across the second network via the distributed crypto-ledger to the receiving wallet network address, to asynchronously perform an electronic transfer of a net electronic transfer across the first network, the net electronic transfer comprising the quantity of the asset from the sending entity platform to the receiving entity platform across the first network aggregated with at least one other quantity of at least one asset associated with the at least one additional distributed crypto-ledger transfer to complete the first function independently of the distributed crypto-ledger.

7 . The method of claim 6 wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising:

generating a fourth instruction to a settlement manager SEPO;

wherein the fourth instruction comprises:

a fourth function identifier identifying a fourth function to be performed, the sending wallet address,

the receiving wallet address, the asset identifier, and

the quantity value.

8 . The method of claim 7 comprising executing, by the at least one processor, the settlement manager SEPO in response to the fourth function identifier of the fourth instruction to:

execute settlement operations on the distributed crypto-ledger;

wherein the settlement operations comprise:

logging a pending settlement representing an awaited transfer of the quantity of the asset matching the at least one token transferred from the sending wallet to the receiving wallet,

receiving at least one settlement instruction from at least one settlement system, wherein the at least one settlement instruction instructs the settlement manager SEPO to return the pending settlement; and

transmitting the pending settlement to the at least one settlement system to initiate at least one settlement of the at least one token.

9 . The method of claim 8 , wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising:

receiving a transfer confirmation from the receiving entity platform, wherein the transfer confirmation confirms the transfer of the quantity of the asset from the sending address to the receiving address;

generating a fifth instruction to the network token SEPO based on the transfer confirmation;

wherein the fifth instruction comprises:

a fifth function identifier identifying a fifth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

10 . The method of claim 9 , further comprising executing, by the at least one processor, the network token SEPO in response to the fifth function identifier of the fifth instruction to further execute the network token operations on the distributed crypto-ledger;

wherein the network token operations further comprise:

burning the at least one token from the receiving wallet address in response to the transfer confirmation.

11 . A multi-blockchain system to perform at least one operation between a first user, associated with a sending entity platform of a first entity, and a second user, associated with a receiving entity platform of a second entity, wherein the first entity is different from the second entity, the system comprising:

a distributed common entity platform on a first network;

a distributed crypto-ledger on a second network managed by the distributed common entity platform; and a processor configured to perform steps to:

receive an electronic transfer instruction associated with a transfer of a quantity of an asset across the first network from the sending entity platform to the receiving entity platform;

wherein the sending entity platform comprises a first plurality of accounts associated with a first plurality of users;

wherein the receiving entity platform comprises a second plurality of accounts associated with a second plurality of users;

wherein the electronic transfer instruction comprises electronic transfer parameters comprising:

a sending network address on the first network associated with a sender of the quantity of the asset on the sending entity platform, the sender comprising at least one of the first plurality of users,

a receiving network address on the first network associated with a receiver of the quantity of the asset on the receiving entity platform, the receiver comprising at least one of the second plurality of users,

an asset identifier identifying the asset,

a quantity value representing the quantity of the asset, and

a first function identifier identifying a first function to be performed;

execute a transfer manager self-executing programming object (SEPO) in response to the first function identifier to execute transfer management operations on the distributed crypto-ledger on the second network, wherein the transfer management operations comprise:

generating a second electronic instruction to a network token SEPO in response to address data;

wherein the second electronic instruction comprises:

 a second function identifier identifying a second function to be performed;

 a sending wallet network address associated with the sending network address;

 a receiving wallet network address associated with the receiving network address;

 the asset identifier, and

 the quantity value;

execute the network token SEPO in response to the second function identifier of the second instruction to execute network token operations on the distributed crypto-ledger;

wherein the network token operations comprise:

automatically minting at least one token in a sending wallet associated with the sending wallet network address, wherein the at least one token comprises a tokenized version of the quantity of the asset based at least in part on the asset identifier and the quantity value, and

performing at least one first distributed crypto-ledger transfer of the at least one token from the sending wallet to a receiving wallet associated with the receiving wallet network address;

aggregate the at least one first distributed crypto-ledger transfer with at least one additional distributed crypto-ledger transfer between sending entity platform and the receiving entity platform across the second network for at least one first period of time; and

automatically trigger, upon the at least one first period of time elapsing and detection of the at least one token being transferred across the second network via the distributed crypto-ledger to the receiving wallet network address, to asynchronously perform an electronic transfer of a net electronic transfer across the first network, the net electronic transfer comprising the quantity of the asset from the sending entity platform to the receiving entity platform across the first network aggregated with at least one other quantity of at least one asset associated with the at least one additional distributed crypto-ledger transfer to complete the first function independently of the distributed crypto-ledger.

12 . The multi-blockchain system of claim 11 , wherein the processor is further configured to: execute the transfer manager SEPO to execute transfer management operations comprising:

generating a third instruction comprising third instruction parameters; wherein the third instruction parameters comprise:

the sending address,

the receiving address, and

a third function identifier identifying a third function to be performed;

execute an address SEPO in response to the third function identifier of the third instruction to execute address verification operations on the distributed crypto-ledger; wherein the address verification operations comprise:

accessing an address log associated with the distributed crypto-ledger,

verifying the sending address and the receiving address based at least in part on the address log, and returning address data associated with the distributed crypto-ledger, the address data comprising:

the sending wallet address associated with the sending address and

the receiving wallet address associated with the receiving address.

13 . The multi-blockchain system of claim 11 , wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto- ledger, comprising generating a fourth instruction to a settlement manager SEPO;

wherein the fourth instruction comprises:

a fourth function identifier identifying a fourth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

14 . The multi-blockchain system of claim 13 , wherein the transfer manager SEPO is further configured to execute the settlement manager SEPO in response to the fourth function identifier of the fourth instruction to execute settlement operations on the distributed crypto-ledger;

wherein the settlement operations comprise:

logging a pending settlement representing an awaited transfer of the quantity of the asset matching the at least one token transferred from the sending wallet to the receiving wallet,

receiving at least one settlement instruction from at least one settlement system, wherein the at least one settlement instruction instructs the settlement manager SEPO to return the pending settlement; and

transmitting the pending settlement to the at least one settlement system to initiate at least one settlement of the at least one token.

15 . The multi-blockchain system of claim 14 , wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto- ledger, comprising:

receiving a transfer confirmation from the receiving entity platform, wherein the transfer confirmation confirms the transfer of the quantity of the asset from the sending address to the receiving address; and

generating a fifth instruction to the network token SEPO based on the transfer confirmation;

wherein the fifth instruction comprises:

a fifth function identifier identifying a fifth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

16 . The multi-blockchain system of claim 15 , further configured to execute the network token SEPO in response to the fifth function identifier of the fifth instruction to further execute the network token operations on the distributed crypto-ledger;

wherein the network token operations further comprise:

burning the at least one token from the receiving wallet address in response to the transfer confirmation.

17 . A method comprising:

receiving, by at least one processor of a distributed common entity platform, an electronic transfer instruction associated with a transfer of a quantity of an asset across a first network from a sending entity platform to a receiving entity platform;

wherein the sending entity platform comprises a first plurality of accounts associated with a first plurality of users;

wherein the receiving entity platform comprises a second plurality of accounts associated with a second plurality of users;

wherein the electronic transfer instruction comprises electronic transfer parameters comprising:

a sending network address on the first network associated with a sender of the quantity of the asset on the sending entity platform, the sender comprising at least one of the first plurality of users,

a receiving network address on the first network associated with a receiver of the quantity of the asset on the receiving entity platform, the receiver comprising at least one of the second plurality of users,

an asset identifier identifying the asset;

a quantity value representing the quantity of the asset, and

a first function identifier identifying a first function to be performed;

executing, by the at least one processor, a transfer manager self-executing programming object (SEPO) in response to the first function identifier to execute transfer management operations on a distributed crypto-ledger on a second network, managed by the distributed common entity platform, wherein the transfer management operations comprise:

generating a second electronic instruction to a network token SEPO in response to address data, wherein the second instruction comprises:

a second function identifier identifying a second function to be performed,

a sending wallet network address associated with the sending network address,

a receiving wallet network address associated with the receiving network address,

the asset identifier, and

the quantity value;

executing, by the at least one processor, the network token SEPO in response to the second function identifier of the second instruction to execute network token operations on the distributed crypto-ledger; wherein the network token operations comprise:

automatically minting at least one token in a sending wallet associated with the sending wallet network address, wherein the at least one token comprises a tokenized version of the quantity of the asset based at least in part on the asset identifier and the quantity value, and

performing at least one first distributed crypto-ledger transfer of the at least one token from the sending wallet to a receiving wallet associated with the receiving wallet network address;

aggregating, by the at least one processor, the at least one first distributed crypto-ledger transfer with at least one additional distributed crypto-ledger transfer between sending entity platform and the receiving entity platform across the second network for at least one first period of time; and

automatically triggering, by the at least one processor, upon the at least one first period of time elapsing and detection of the at least one token being transferred across the second network via the distributed crypto-ledger to the receiving wallet network address, to asynchronously perform an electronic transfer of a net electronic transfer across the first network, the net electronic transfer comprising the quantity of the asset from the sending entity platform to the receiving entity platform across the first network aggregated with at least one other quantity of at least one asset associated with the at least one additional distributed crypto-ledger transfer to complete the first function independently of the distributed crypto- ledger.

18 . The method of claim 17 further comprising:

executing, by the at least one processor, the transfer manager SEPO to execute transfer management operations further comprising:

generating a second instruction comprising second instruction parameters, wherein the second instruction parameters comprise a sending address, a receiving address, and a second function identifier identifying a second function to be performed;

executing, by the at least one processor, an address SEPO in response to second function identifier of the second instruction to execute address verification operations on the distributed crypto-ledger, wherein the address verification operations comprise:

accessing an address log associated with the distributed crypto-ledger,

verifying the sending address and the receiving address based at least in part on the address log, and

returning address data associated with the distributed crypto-ledger, the address data comprising:

the sending wallet address associated with the sending address and

the receiving wallet address associated with the receiving address.

19 . The method of claim 17 wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising:

generating a fourth instruction to a settlement manager SEPO;

wherein the fourth instruction comprises:

a fourth function identifier identifying a fourth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

20 . The method of claim 19 comprising executing, by the at least one processor, the settlement manager SEPO in response to the fourth function identifier of the fourth instruction to:

execute settlement operations on the distributed crypto-ledger; wherein the settlement operations comprise:

logging a pending settlement representing an awaited transfer of the quantity of the asset matching the at least one token transferred from the sending wallet to the receiving wallet,

receiving at least one settlement instruction from at least one settlement system, wherein the at least one settlement instruction instructs the settlement manager SEPO to return the pending settlement; and

transmitting the pending settlement to the at least one settlement system to initiate at least one settlement of the at least one token.

21 . The method of claim 20 wherein the transfer manager SEPO is further configured to execute transfer management operations on the distributed crypto-ledger, comprising:

receiving a transfer confirmation from the receiving entity platform, wherein the transfer confirmation confirms the transfer of the quantity of the asset from the sending address to the receiving address;

generating a fifth instruction to the network token SEPO based on the transfer confirmation;

wherein the fifth instruction comprises:

a fifth function identifier identifying a fifth function to be performed,

the sending wallet address,

the receiving wallet address,

the asset identifier, and

the quantity value.

22 . The method of claim 21 , further comprising executing, by the at least one processor, the network token SEPO in response to the fifth function identifier of the fifth instruction to further execute the network token operations on the distributed crypto-ledger;

wherein the network token operations further comprise:

burning the at least one token from the receiving wallet address in response to the transfer confirmation.