A cryptocurrency acceptance network computing device includes a processing module operable to obtain a request to facilitate a cryptocurrency-based payment between a payor computing device and a payee computing device. The payor computing device uses a first cryptocurrency recognized by a first cryptocurrency exchange computing device, and the payee computing device accepts a desired currency recognized by a second cryptocurrency exchange computing device. The processing module is operable to place a hold on an amount of collateral cryptocurrency, determine whether the first cryptocurrency exchange computing device recognizes the desired currency or whether the second cryptocurrency exchange computing device recognizes the first cryptocurrency, and if either is not recognized, the processing module connects to the first cryptocurrency exchange computing device to exchange the first cryptocurrency to a universally accepted cryptocurrency, connects to the second cryptocurrency exchange computing device to exchange the universally accepted cryptocurrency to the desired currency.

Methods and systems are disclosed for enabling the creation of substitute low-value token creation, comprising providing software content to a content delivery network wherein, when transmitted to a user browser, the software content is configured to enable the user browser to create a substitute low-value token if a token service is unavailable, wherein the content delivery network is configured to provide the software content to at least one user browser, and receiving the substitute low-value token from a merchant system, the substitute low-value token having been generated by the user browser in response to the user browser being unable to obtain a low-value token from the token service.

A method includes: determining, by a computing device communicably coupled to a blockchain network, participants in a remittance transaction, in which each participant has a corresponding account in a blockchain ledger of the blockchain network, and in which each account includes one or more assets; assembling the remittance transaction based on one or more to-be-spent assets of the one or more assets in an account corresponding to a real remitter, one or more covered assets of the one or more assets in an account corresponding to a fake remitter, and one or more encrypted transfer amounts; generating a linkable ring signature for the remittance transaction based on a private key held by the real remitter, a public key held by the real remitter, and a public key held by the fake remitter; and submitting the remittance transaction and the linkable ring signature to the blockchain network for completion.

A control method includes: generating first transaction data including latest information acquired by a first time, and transmitting the first transaction data to a first server; checking a block recorded in a distributed ledger of the first server at a second time that happens one or more times after the first time to determine, when second transaction data next to the first transaction data is generated at the second time, whether a first block included when the first transaction data is recorded into the distributed ledger is different from a second block included when the second transaction data is recorded into the distributed ledger; and when it is determined that the first block is different from the second block, generating, at the second time or thereafter, the second transaction data that includes latest information acquired after the first time, and transmitting the second transaction data to the first server.

A method includes initiating, by a payor computing device, a financial transaction to send payment of a particular amount to a payee computing device using a first cryptocurrency. The payee computing device accepts a desired currency. The method further includes placing a hold on an amount of collateral cryptocurrency based on a request to process the financial transaction. The method further includes sending, by the payor computing device, a first amount of the first cryptocurrency equal to the particular amount to the cryptocurrency acceptance network computing device, converting, by a cryptocurrency exchange device, the first amount of the first cryptocurrency to an amount of the desired currency equal to the particular amount, and sending the amount of the desired currency to a payee banking computing device. The method further includes seeking a desired number of confirmations of the first amount of the first cryptocurrency from a consensus network. When the desired number of confirmations is completed, the method further includes releasing the hold on the amount of the collateral cryptocurrency.

Systems, computer program products, and methods are described herein for recurring auxiliary resource distribution. The present invention may be configured to detect a trigger event associated with a plurality of sources, where the plurality of sources includes a standard source and an auxiliary source, and where the plurality of sources is associated with a user. The present invention may be configured to transform, using a resource transformation engine and based on the trigger event, a first amount of auxiliary resources in the auxiliary source to a second amount of standard resources, deduct the first amount of auxiliary resources from a first balance of the auxiliary source, and add the second amount of standard resources to a second balance of the standard source. The present invention may be configured to perform a resource distribution using the second amount of standard resources from the standard source.

A method for blockchain-based data traffic calculation includes: when data traffic generated between a first node and a second node in a CDN system is detected, recording the data traffic generated by the first node or the second node by triggering a transfer between a first account corresponding to the first node and a second account corresponding to the second node; acquiring account information of the first account and/or the second account, where the account information includes at least an account balance and/or a transfer record; and calculating traffic information of the first node and/or the second node based on the account information of the first account and/or the second account.

A server includes a processor including hardware, the processor being configured to: acquire pieces of information output from a first terminal possessed by a recipient who receives tip to a second terminal located within a range of a predetermined distance from the first terminal, the second terminal being possessed by a payer of the tip, and the pieces of information acquired by the processor including recipient identification information regarding the recipient, payer identification information regarding the payer, and tip amount information indicating a tip amount; perform a billing process of billing an account corresponding to a first settlement method designated by the payer identification information for electronic money equivalent to the tip amount information; and perform a transfer process of transferring the electronic money equivalent to the tip amount information to an account corresponding to a second settlement method designated by the recipient identification information.

This disclosure relates to transaction systems and particularly to transaction systems of a peer-to-peer nature for digital assets. The asset transfer system may store user, user accounts, and transaction information in associated logic tables within a memory of a server hosting the asset transfer system. Through the use of, but limited to, curl functions, the asset transfer system may communicate with remote servers housing user wallets and user wallet information to perform transactions of digital assets between users. Before verification and proof of work can be established to complete the transfer of digital assets, the asset transfer system may report to the users of a transaction the details of the transaction. Users of the asset transfer system need not know encrypted or random keys to perform such digital asset transactions and may transfer digital assets only by identification of a username stored within the asset transfer system.

A method for establishing connection weights between network nodes is implemented by communicating data processing units, a public key and a private key being associated with each node, a given node being able to communicate its public key to another node, thus forming a so-called real connection (“IRL-connected”) between two nodes, and each node also being able to communicate to another node a public key received from yet another node, thus forming a so-called indirect connection between the other node and the yet another node. Each node can have a specific connection weight in relation to another node with which it has a real or indirect connection. In order to determine the connection weight of a second node in relation to a first node, the method comprises calculating a set combination of weighting factors (influence, proximity) of third nodes that are IRL-connected to the second node.