Abstract: Systems and methods that mitigate network congestion on blockchain networks by supporting blockchain operations through off-chain interactions. For example, as communications to initiate off-chain events and/or blockchain operations are received, the system may determine various characteristics about the addresses involved. In particular, the system may determine whether the addresses correspond to cryptography-based, storage applications sharing a common platform service.

Abstract: Systems and methods that mitigate network congestion on blockchain networks by supporting blockchain operations through off-chain interactions. For example, as communications to initiate off-chain events and/or blockchain operations are received, the system may determine various characteristics about the addresses involved. In particular, the system may determine whether the addresses correspond to cryptography-based, storage applications sharing a common platform service.

Abstract: Methods, systems, and devices for data management are described. A self-executing program of a blockchain distributed data store may receive a first message that includes indications of a sender address and a first amount of a first crypto token type to be received by a recipient address. The self-executing program may verify based at least in part on execution of the self-executing program, that the first message is validly signed by an operator associated with the self-executing program. The operator may be associated with a custodial token platform that verifies information and signs messages. The self-executing program may broadcast, after verifying that the first message is validly signed, one or more second messages that are configured to transfer the first amount of the first crypto token type to the recipient address.

Abstract: Methods, systems, and devices for data management are described. A self-executing program of a blockchain distributed data store may receive a first message that includes indications of a sender address and a first amount of a first crypto token type to be received by a recipient address. The self-executing program may verify based at least in part on execution of the self-executing program, that the first message is validly signed by an operator associated with the self-executing program. The operator may be associated with a custodial token platform that verifies information and signs messages. The self-executing program may broadcast, after verifying that the first message is validly signed, one or more second messages that are configured to transfer the first amount of the first crypto token type to the recipient address.

Abstract: Aspects of the disclosure relate to event processing. A computing platform may prefetch, prior to receipt of a purchase request, a plurality of pay to addresses (associated with an omnibus account, used to route funds from the omnibus account to a merchant account, and not associated with a particular merchant account when prefetched). The computing platform may receive, from a client, a request to make a purchase from a merchant, and may associate the client and the merchant with one of the prefetched pay to addresses/notify the client of the prefetched pay to address. The computing platform may monitor the prefetched pay to address for receipt of a predefined amount of cryptocurrency associated with the purchase. Upon detecting receipt of the predefined amount of cryptocurrency, the computing platform may transfer funds corresponding to the purchase from the omnibus account to an account for the merchant.

Abstract: Aspects of the disclosure relate to event processing. A computing platform may prefetch, prior to receipt of a purchase request, a plurality of pay to addresses (associated with an omnibus account, used to route funds from the omnibus account to a merchant account, and not associated with a particular merchant account when prefetched). The computing platform may receive, from a client, a request to make a purchase from a merchant, and may associate the client and the merchant with one of the prefetched pay to addresses/notify the client of the prefetched pay to address. The computing platform may monitor the prefetched pay to address for receipt of a predefined amount of cryptocurrency associated with the purchase. Upon detecting receipt of the predefined amount of cryptocurrency, the computing platform may transfer funds corresponding to the purchase from the omnibus account to an account for the merchant.

Abstract: Systems and methods that mitigate network congestion on blockchain networks by supporting blockchain operations through off-chain interactions. For example, as communications to initiate off-chain events and/or blockchain operations are received, the system may determine various characteristics about the addresses involved. In particular, the system may determine whether the addresses correspond to cryptography-based, storage applications sharing a common platform service.

Abstract: Aspects of the disclosure relate to event processing. A computing platform may prefetch, prior to receipt of a purchase request, a plurality of pay to addresses (associated with an omnibus account, used to route funds from the omnibus account to a merchant account, and not associated with a particular merchant account when prefetched). The computing platform may receive, from a client, a request to make a purchase from a merchant, and may associate the client and the merchant with one of the prefetched pay to addresses/notify the client of the prefetched pay to address. The computing platform may monitor the prefetched pay to address for receipt of a predefined amount of cryptocurrency associated with the purchase. Upon detecting receipt of the predefined amount of cryptocurrency, the computing platform may transfer funds corresponding to the purchase from the omnibus account to an account for the merchant.