Child Support & Centralized Distribution Network

Abstract

Child/family support payments are made on a multilayered consortium ledger network using blockchain, IoT, and other technologies to expedite the process and disbursement of child/family support payments. The multilayered consortium ledger network may cater to local and/or global child support agencies and/or local and global Parties/Parents/family members who elect to send child/family support payments to their family(ies) outside the traditional child support agencies/district attorney offices. The plurality of technologies used support payments made/received using, but not limited to, domestic/foreign fiat, cryptocurrency, tokens, an/or native tokens.

The invention claimed is: 
     
         1 . A method for using a multilayered consortium ledger network and blockchain cloud technologies for entering, sending, receiving, storing, retrieving, disbursing a plurality of family support data, payments, and transactions, the method comprising:
 deploying a computing system that communicatively links a blockchain cloud network to a computing device associated with a plurality of user-types, wherein user-types comprise one of: a plurality of first users, a plurality of second users, wherein the first users and second users comprise one of: a plurality of individuals, a plurality of businesses, a plurality of agencies, a plurality of third parties, wherein third parties comprise at least one of: a parties on behalf of the plurality of first users, a parties on behalf of the plurality of second users, a parties on behalf of the plurality of businesses, a parties on behalf of the plurality of agencies;   wherein the blockchain cloud network comprises a plurality of network nodes wherein each blockchain cloud node of the blockchain cloud network comprises at least one memory device;   wherein at least one blockchain cloud node of the blockchain cloud network is in communication with a plurality of computing devices associated with the plurality of user-types;   wherein the processor of the blockchain cloud network prompts completion of a multifactor verification process associated with at least one user-type;   verifying, by the processor of the blockchain cloud network, through the multifactor verification process, at least one user-type;   prompting, by the processor of the blockchain cloud network, completion of an application displayed on the computing device of at least one user-type, wherein at least one user-type is at least one first user, wherein the application requests entry of at least one: a plurality of identifiers, a plurality of data, a plurality of payment types, a plurality of transactions, a plurality of variable platform usage fee payments;   entering, by the computing device of at least one first user, the requested information wherein the information entered code a self executing contract;   signing, by the computing device of at least one first user, confirmation of the information entered and terms of agreement of blockchain cloud network usage by a plurality of signature types;   submitting, by the computing device of at least one first user-type, the signed self executing contract to the processor of the blockchain cloud network;   receiving, by the processor of the blockchain cloud network, the signed self executing contract submitted by at least one first user;   creating, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account, wherein the blockchain cloud services contract code account comprises: a plurality of code;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account and the computing device of at least one first user;   receiving, by the at least one blockchain cloud services contract code account, the signed self-executing contract;   submitting, by the at least one blockchain cloud services contract code account, the signed self-executing contract to the computing device associated with at least one second user;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account with the computing device associated with at least one second user;   receiving, by the at least one blockchain cloud services contract code account, the self-executing contract to the computing device associated with the at least one second user for verification;   determining, by the computing device associated with the at least one second user, a verification of the signed self-executing contract;   confirming, by the computing device associated with the at least one second user, the verification of the signed self-executing contract;   broadcasting, by the blockchain cloud network, in response to the verification by the computing device associated with the at least one second user, the signed self-executing contract to the blockchain cloud network;   storing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a plurality of contents of the signed self-executing contract to the blockchain cloud network nodes per a code, wherein the signed self executing contract contents are stored in a plurality of smaller chunks;   triggering, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a release of signed self executing contract contents per code;   disbursing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, the release of signed self executing contract contents per code; and   disbursing, by the blockchain cloud network nodes of the blockchain cloud network, the plurality of variable platform usage fee payments to a plurality of network nodes as payment for network node services.   
     
     
         2 . A multilayered consortium ledger network for entering, sending, receiving, storing, retrieving, disbursing a plurality of family support data, payments, and transactions, the multilayered consortium ledger network comprising:
 a memory storing one or more instructions;   at least one processor that when executing the one or more instructions is configured to perform the following steps:   deploying a computing system that communicatively links a blockchain cloud network to a computing device associated with a plurality of user-types, wherein user-types comprise one of: a plurality of first users, a plurality of second users, wherein the first users and second users comprise one of: a plurality of individuals, a plurality of businesses, a plurality of agencies, a plurality of third parties, wherein third parties comprise at least one of: a parties on behalf of the plurality of first users, a parties on behalf of the plurality of second users, a parties on behalf of the plurality of businesses, a parties on behalf of the plurality of agencies;   wherein the blockchain cloud network comprises a plurality of network nodes wherein each blockchain cloud node of the blockchain cloud network comprises at least one memory device;   wherein at least one blockchain cloud node of the blockchain cloud network is in communication with a plurality of computing devices associated with the plurality of user-types;   wherein the processor of the blockchain cloud network prompts completion of a multifactor verification process associated with at least one user-type;   verifying, by the processor of the blockchain cloud network, through the multifactor verification process, at least one user-type;   prompting, by the processor of the blockchain cloud network, completion of an application displayed on the computing device of at least one user-type, wherein at least one user-type is at least one first user, wherein the application requests entry of at least one: a plurality of identifiers, a plurality of data, a plurality of payment types, a plurality of transactions, a plurality of variable platform usage fee payments;   entering, by the computing device of at least one first user, the requested information wherein the information entered code a self executing contract;   signing, by the computing device of at least one first user, confirmation of the information entered and terms of agreement of blockchain cloud network usage by a plurality of signature types;   submitting, by the computing device of at least one first user-type, the signed self executing contract to the processor of the blockchain cloud network;   receiving, by the processor of the blockchain cloud network, the signed self executing contract submitted by at least one first user;   creating, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account, wherein the blockchain cloud services contract code account comprises: a plurality of code;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account and the computing device of at least one first user;   receiving, by the at least one blockchain cloud services contract code account, the signed self-executing contract;   submitting, by the at least one blockchain cloud services contract code account, the signed self-executing contract to the computing device associated with at least one second user;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account with the computing device associated with at least one second user;   receiving, by the at least one blockchain cloud services contract code account, the self-executing contract to the computing device associated with the at least one second user for verification;   determining, by the computing device associated with the at least one second user, a verification of the signed self-executing contract;   confirming, by the computing device associated with the at least one second user, the verification of the signed self-executing contract;   broadcasting, by the blockchain cloud network, in response to the verification by the computing device associated with the at least one second user, the signed self-executing contract to the blockchain cloud network;   storing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a plurality of contents of the signed self-executing contract to the blockchain cloud network nodes per a code, wherein the signed self executing contract contents are stored in a plurality of smaller chunks;   triggering, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a release of signed self executing contract contents per code;   disbursing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, the release of signed self executing contract contents per code; and   disbursing, by the blockchain cloud network nodes of the blockchain cloud network, the plurality of variable platform usage fee payments to a plurality of network nodes as payment for network node services.   
     
     
         3 . A non-transitory computer readable medium that stores one or more instructions that when executed by a processor of a multilayered consortium ledger network performs the following steps:
 deploying a computing system that communicatively links a blockchain cloud network to a computing device associated with a plurality of user-types, wherein user-types comprise one of: a plurality of first users, a plurality of second users, wherein the first users and second users comprise one of: a plurality of individuals, a plurality of businesses, a plurality of agencies, a plurality of third parties, wherein third parties comprise at least one of: a parties on behalf of the plurality of first users, a parties on behalf of the plurality of second users, a parties on behalf of the plurality of businesses, a parties on behalf of the plurality of agencies;   wherein the blockchain cloud network comprises a plurality of network nodes wherein each blockchain cloud node of the blockchain cloud network comprises at least one memory device;   wherein at least one blockchain cloud node of the blockchain cloud network is in communication with a plurality of computing devices associated with the plurality of user-types;   wherein the processor of the blockchain cloud network prompts completion of a multifactor verification process associated with at least one user-type;   verifying, by the processor of the blockchain cloud network, through the multifactor verification process, at least one user-type;   prompting, by the processor of the blockchain cloud network, completion of an application displayed on the computing device of at least one user-type, wherein at least one user-type is at least one first user, wherein the application requests entry of at least one: a plurality of identifiers, a plurality of data, a plurality of payment types, a plurality of transactions, a plurality of variable platform usage fee payments;   entering, by the computing device of at least one first user, the requested information wherein the information entered code a self executing contract;   signing, by the computing device of at least one first user, confirmation of the information entered and terms of agreement of blockchain cloud network usage by a plurality of signature types;   submitting, by the computing device of at least one first user-type, the signed self executing contract to the processor of the blockchain cloud network;   receiving, by the processor of the blockchain cloud network, the signed self executing contract submitted by at least one first user;   creating, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account, wherein the blockchain cloud services contract code account comprises: a plurality of code;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account and the computing device of at least one first user;   receiving, by the at least one blockchain cloud services contract code account, the signed self-executing contract;   submitting, by the at least one blockchain cloud services contract code account, the signed self-executing contract to the computing device associated with at least one second user;   linking, by the processor of the blockchain cloud network, at least one blockchain cloud services contract code account with the computing device associated with at least one second user;   receiving, by the at least one blockchain cloud services contract code account, the self-executing contract to the computing device associated with the at least one second user for verification;   determining, by the computing device associated with the at least one second user, a verification of the signed self-executing contract;   confirming, by the computing device associated with the at least one second user, the verification of the signed self-executing contract;   broadcasting, by the blockchain cloud network, in response to the verification by the computing device associated with the at least one second user, the signed self-executing contract to the blockchain cloud network;   storing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a plurality of contents of the signed self-executing contract to the blockchain cloud network nodes per a code, wherein the signed self executing contract contents are stored in a plurality of smaller chunks;   triggering, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, a release of signed self executing contract contents per code;   disbursing, by the blockchain cloud network, in response to receiving the broadcast by the computing device associated with the at least one second user, the release of signed self executing contract contents per code; and   disbursing, by the blockchain cloud network nodes of the blockchain cloud network, the plurality of variable platform usage fee payments to a plurality of network nodes as payment for network node services.