Abstract: A cross-blockchain value transfer approval method including the steps of receiving a cross-blockchain value transfer request command that includes a first address on a first blockchain network, a first cryptocurrency type indication associated with the first blockchain network, a second address on a second blockchain network, a second cryptocurrency type indication associated with the second blockchain network, and a transfer quantity. The method further includes sending a transaction approval request to a second user, receiving a cross-chain respond command API request from the second user, and upon receiving the cross-chain response command approving the transfer, sending a command to initiate a value transfer to an exchange server.

Abstract: A blockchain transaction filtering method including receiving a transaction request at the server, executing a first smart contract function comprised by a first smart contract stored on the server responsive to the transaction request, executing a first filter smart contract function comprised by a first filter smart contract stored on the server responsive to the transaction request, the first filter smart contract function checking the transaction request for inconsistency with a first filtering criterion, defining a first identified transaction request and implementing a first response responsive to identifying the first identified transaction request.

Abstract: A method for implementing zero-knowledge private key management for decentralized applications including receiving a session request, establishing a session responsive to the session request, transmitting a response to the session request to the decentralized application, receiving a session approval from a client application, updating the session with the information included in the session approval, and transmitting the public key and the blockchain network selection to the decentralized application.

Abstract: A blockchain value transfer method including receiving a plurality of transaction requests, performing a balance check procedure on each transaction, determining a net transaction for each user account address for each transaction in an aggregate transaction record, and executing the net transaction for each user account address, including withdrawing first in-network tokens from user account addresses with a net debit and exchanging first in-network tokens for first tethered tokens, recording a transaction to the first blockchain network of sending the first tethered token transfer record from the first blockchain network to a tethered token exchange, exchanging the first tethered tokens for second tethered tokens, exchanging the second tethered tokens for second in-network tokens, depositing the second in-network tokens to the receiving user account address, and depositing the remaining first in-network tokens from the debited first in-network tokens to user account addresses on the first blockchain network

Abstract: A method of updating certification tokens for identity verification including receiving at a server an indication of timeout of a timed-out keypair associated with a user network account performing by the server a certification process responsive to the timeout of the timed-out keypair, and adding at the server each of a sealed verification record contract address and a certification record contract address generated by the certification process to the user network account.

Abstract: A method of processing a payment including receiving a payment lookup request, identifying a user network account on a blockchain network, sending a payment authorization request to and receiving authorization from a user, transferring ownership of an in-network token responsive to the authorization, sending a debit request to a user financial account, receiving a debit response from the user financial account, sending a credit request to a receiver financial account, and receiving a credit response from the receiver financial account.

Abstract: A smart contract architecture for optimizing smart contracts for ordering of multiparty offerings including a primary smart contract, one or more business logic smart contracts, a global interface smart contract including smart contract functions, a global data smart contract, and a tracker smart contract. The primary smart contract includes blockchain addresses for each of the global data smart contract, the global interface smart contract, and the tracker smart contract. The smart contract functions are operable to trigger enforcement of a term comprised by a business logic smart contract. Enforcement of a term included in a business logic smart contract changes data comprised by the global data smart contract.

Abstract: A router for securing cloud storage and databases and optimizing performance including a processor, a network communication device, and a memory storage device having stored thereon a routing table containing instructions to the router for inserting tags into inbound data requests and routing the inbound data requests responsive to the inserted tags to storage options including secure storage, faster storage location; and storage with fault tolerance features, and a mapping table including a plurality of mappings of records related to the inbound data requests and where the inbound data requests are routed.

Abstract: A method of collaborating in real-time via action creation, including detecting an annotation on a managed document, parsing the annotation, generating an action record responsive to information identified from parsing the annotation, and recording a generated action record to an action database. A user can access the action database and retrieve action records for which they are the assigned user. The annotation does not change the file content of the managed document.

Abstract: A method for creating a build product including receiving from an application build request from a user, the build request including an application source code and a list of third-party packages, defining a plurality of third-party packages. The method further includes sending a build request to a build server, receiving a first acknowledgment from the build server, receiving the plurality of third-party packages, defining received third-party packages, building an application image from the application source code and the received third-party packages, defining a container image, and sending the container image to a verification server.

Abstract: A method for implementing zero-knowledge private key management for decentralized applications on a client device including registering an account with a verifier server, initializing a wallet, generating a public key and a private key, encrypting the private key with a zero-knowledge encryption function, producing an encrypted private key, transmitting the encrypted private key to the verifier server, removing the private key from the decentralized client application, sending a transaction request to a decentralized application, receiving a raw transaction, requesting and receiving the encrypted private key from the verifier server, decrypting the encrypted private key with a zero-knowledge decryption function, signing the raw transaction with the decrypted private key, transmitting the signed transaction to the decentralized application, and removing each of the encrypted private key and the decrypted private key from the client application.

Abstract: A storage intelligence server including a collector component to receive trace data related to data requests from agent applications executing on computerized devices, a storage component within which the trace data is stored, an analytics component to analyze the trace data to identify a malicious data request in real-time, defining an identified malicious data request, and a controller component having stored thereon a plurality of rules that can update a rule of the plurality of rules or generate a new rule for inclusion in the plurality of rules responsive to the identified malicious data request, defining an active rule, and transmit the active rule to at least one of the firewall and the router.

Abstract: A system for blockchain-based unique identifiers and decentralized payments including a first computerized system that includes a unique identifier, a second computerized system including a gateway device that can communicate with a blockchain network, generate a transaction to transfer a token value responsive to receiving the unique identifier and synchronize the generated transaction to the blockchain network. One of the first computerized system and the second computerized system is installed in a vehicle and the other is installed in a fixed structure.

Abstract: A real-time software development method including receiving a code file, generating a shadow code file including the code file content and a link to the code file, receiving an annotation to the shadow code file from a user, and saving the received annotation in the shadow code file as an annotation record, including annotation content, a time stamp, a creating user indication, a code line identifying at least one line of code comprised by the shadow code filed associated with the received annotation, and at least one of an action item and an assigned user. The annotation record does not change the content of the code file and can be viewed and edited by a plurality of users.

Abstract: A method for implementing zero-knowledge private key management for including receiving an identity smart contract creation transaction from a zero-knowledge wallet account, generating an identity smart contract responsive to the identity smart contract creation transaction at an identity smart contract address on the blockchain network, receiving a new validator transaction including a validator address, saving the validator address as an active validator to the identity smart contract, receiving a new user transaction from the use, receiving a transaction to validate the user from the validator, comparing the address from which the validate user transaction was received with the validator address, and upon determining the address from which the validate user transaction was received is identical to the validator address, saving the user as a user to the identity smart contract.

Abstract: A method for implementing zero-knowledge private key management for decentralized applications including receiving a session request, establishing a session responsive to the session request, transmitting a response to the session request to the decentralized application, receiving a session approval from a client application, updating the session with the information included in the session approval, and transmitting the public key and the blockchain network selection to the decentralized application.

Abstract: A blockchain value transfer method including receiving a transfer request, executing a first smart contract function to perform data analytics on the transfer request and a second smart contract function to implement a security response responsive to compliance with a security criterion, and recording a result of execution of the second smart contract function to at least one of a relational database, a non-relational database, and an analytics service.

Abstract: A smart contract architecture for optimizing smart contracts for ordering of multiparty offerings including a primary smart contract, one or more business logic smart contracts, a global interface smart contract including smart contract functions, a global data smart contract, and a tracker smart contract. The primary smart contract includes blockchain addresses for each of the global data smart contract, the global interface smart contract, and the tracker smart contract. The smart contract functions are operable to trigger enforcement of a term comprised by a business logic smart contract. Enforcement of a term included in a business logic smart contract changes data comprised by the global data smart contract.

Abstract: A method for filtering blockchain value transfer transactions and updating filtering including receiving a transaction request comprising an indication that the transaction request is associated with an update to an existing transaction smart contract, defining an updated transaction smart contract, applying a filter smart contract to the transaction request, and recording to a log an indication that the updated transaction smart contract was made to the existing smart transaction contract, responsive to the applying the filter smart contract.

Abstract: A blockchain-enabled cloud-based service mesh environment including a network service mesh network that includes network service domains that communicate with each other and an application service mesh network positioned in communication with the network service mesh network, the application service mesh network including applications that communicate with each other and a network service domain. A plurality of smart contracts record information including resource assignment and consumption information from the network service mesh network and the application service mesh network are recorded to a blockchain network.