Absstract of: US2024289760A1
The present disclosure relates to a method performed by a subscription management system for provision of a subscription service for ADS features. The subscription management system deploys on a private blockchain network comprising a set of nodes, a smart contract identifying data indicative of a user being eligible for one or more subscription options representing various ADS feature sets. The user-indicative data includes a respective unique private key and public key personal to the user. The subscription management system deploys on a public blockchain network supporting minting of NFTs a smart contract generating a whitelisting request transaction comprising the unique private and public keys and deploys a smart contract adding the whitelisting request transaction to the public blockchain.
Absstract of: US2024289754A1
A consumer links a cryptocurrency wallet to their loyalty account and creates a profile that includes a default fiat currency amount to add to transaction totals during transactions at a terminals. During a transaction, the wallet and profile are obtained using the loyalty account of a registered consumer. When the consumer selects an option to pay for their transaction, an overlaid screen is presented to the consumer on the display of the terminal requesting that the consumer confirm the fiat currency amount. When the consumer confirms, the transaction total for the transaction is rounded up by the fiat currency amount. A background workflow is automatically initiated after payment is confirmed on behalf of the user. The workflow uses the fiat currency amount to purchase and transfer an equivalent amount of cryptocurrency into the consumer's wallet over the blockchain.
Absstract of: US2024289468A1
Methods and systems for blockchain-related systems for oil and gas infrastructure are disclosed. In one aspect, a blockchain-related system includes a node disposed at an oil or gas infrastructure site, the node including a memory configured to store blockchain data; and a processor configured to: receive a first data item to append to a blockchain; add the first data item to the blockchain; but when communication to a second node is not available, the blockchain-related system may split the blockchain and add the first data item to the split blockchain.
Absstract of: US2024289301A1
A system for blockchain project management is disclosed. A project management process flow is recorded on a ledger stored within a blockchain. The ledger is used to control execution of the project management process flow. Execution of the project management process flow is recorded on the blockchain. This system includes a cloud-based software network arbitration guide that manages and controls the project process flow through the use of blockchain. This network arbitration guide monitors project progress and sends out various update and alert messages based upon the progress of the project. A project process flow is designated in the genesis block of the blockchain.
Absstract of: US2024289179A1
The present disclosure relates to a blockchain-based data processing method and apparatus. The method includes: receiving a resource creation request of a first object for a first on-chain virtual resource combination; transferring the first on-chain virtual resource combination from a first object address of the first object to a target contract address according to the resource creation request; issuing a second on-chain virtual resource combination to the first object address; and in response to receiving a resource transfer request for the second on-chain virtual resource combination, transferring the second on-chain virtual resource combination from the first object address to a second object address of a second object according to the resource transfer request.
Absstract of: US2024291856A1
Techniques are presented relating to steps after a congress pool has accepted a request from a requester to activate a script. The steps include preparing, by a node, a blockchain transaction cryptographically locked with a public key associated with the congress pool, the blockchain transaction configured to permit a plurality of information providing systems to add inputs to the blockchain transaction; determining a centre point for data received from the plurality of information providing systems; and activating, by the node in cooperation with other nodes of the congress pool, the script based on the centre point.
Absstract of: US2024291730A1
A system and method of creating decentralized multi-party traceability of service-level agreements (SLAs) using a blockchain. The method including receiving a service request to provide a service according to a first service-level agreement (SLA) associated with a client. The method including generating a first dataset indicating a status associated with a first portion of the service. The method including identifying, based on the first SLA, a second service provider to provide a second portion of the service according to a second SLA. The method including retrieving, from a blockchain system based on the second SLA, a non-fungible token (NFT) associated with a second dataset indicating a status associated with the second portion of the service. The method including granting, by a processing device of a first service provider based on the NFT, access to a client device associated with the client to the first dataset and the second dataset.
Absstract of: US2024291681A1
A system for resolving exceptions in requests determines that a request comprises an exception. The exception impeded processing the request. The system generates a block in a blockchain network. Based on the stored details in the block, the type of exception is identified. Accordingly, the block is segregated for exception processing based on its exception type. The system stores the exception in the block. The system compares the request with user information previously provided by the user. The system determines a similarity score between the request and the user information. The system compares the similarity score with a threshold percentage. In response to determining that the similarity score exceeds the threshold percentage, the system determines that the exception can be resolved and resolves the exception.
Absstract of: US2024291805A1
A blockchain-implemented transaction from an originator node is to be broadcast. The originator node is communicatively coupled to proxy nodes. The method, implemented by a proxy node, includes: receiving a transaction including an input taking x+r units of computing resources, an output providing x units to the output address and another output providing d+r units to a 1-of-n multi-signature address unlockable by any one of a set of private keys associated the proxy nodes. The proxy node selects a quantity of computing resources, t units, to be allocated to the proxy node for broadcasting the transaction and having it included in the blockchain and generates a further transaction taking d+r units sourced from the multi-signature address and an output providing t units to the proxy node. The proxy node broadcasts both transactions timed to permit their inclusion in the same block of the blockchain.
Absstract of: US2024291678A1
A computer-implemented method of using a multi-level (ML) data chain protocol to embed a data chain on a core blockchain, comprising: obtaining one or more ML transactions, wherein each ML transaction comprises one or more carrier pairs, each carrier pair comprising an input and an output, wherein each output comprises data associated with the data chain, and wherein each input comprises a signature that signs the carrier pair; generating a first ML block of the ML data chain, wherein the first ML block is a core blockchain transaction and comprises the respective carrier pairs of the obtained one or more ML transactions, wherein for each carrier pair, a respective position index of the respective input corresponds to a respective position index of the respective output, and b) a first chain output, wherein the first chain output is for being spent by a respective chain input of a subsequent ML block.
Absstract of: US2024291679A1
An access control server may receive, from an access requester, an access request for accessing a protected autonomous program protocol stored on a blockchain. The access control server may analyze parameters related to the access requester to determine whether the access requester is authorized to access the protected autonomous program protocol. An access control server may generate a cryptographic signature associated with the access request. An access control autonomous protocol recorded on the blockchain may receive the cryptographic signature, verify the cryptographic signature, and store proof of authorization in association with the protected autonomous program protocol. The proof of authorization is accessible by the protected autonomous program protocol to verify that the access requester is authorized to access the protected autonomous program protocol.
Absstract of: US2024291677A1
This patent provides technology by which the risk of data destruction during data transmission can be further reduced. On the basis of sensor information, a data block generation unit 32g generates a data block BD1, a data block BD2, and a data block BD3. A first processing unit 33g generates second association information FT1, and appends the same to the data block BD2 as first association information HD2. A second processing unit 34g generates second association information FT2 including at least a hash value obtained from the data block BD2, and appends the same to the data block BD2. A storage control unit 36g executes control whereby the data block BD2, to which the first association information HD2 and the second association information FT2 have been appended, is correlated to at least one other unit of data, including the data block BD1, by using blockchain technology, and stores the same in a storage unit 12g. The abovementioned problem is thus solved.
Absstract of: US2024291669A1
A method of generating a blockchain transaction, wherein each second party is associated with a public key and each public key is associated with an index, and wherein the method comprises: generating a transaction comprising a locking script comprising a shared hash value, the shared hash value comprising a sequence of hash values, each being a hash of one of the public keys and placed at a position corresponding to the respective index, and wherein the locking script is configured to require an unlocking script to comprise a target index, a target public key, and a target signature, extract the hash value from the shared hash value at a position corresponding to the target index, generate a hash of the target public key and require the generated hash value to match the extracted hash value, and verify that the target signature is a valid signature.
Absstract of: US2024291664A1
A Charging Data Function, CDF, device (102) for providing integrity protection of a Charging Data Record, CDR, comprising a memory and one or more processors, said memory comprising instructions which when executed on the said one or more processors, cause the CDF device to: receive, from a Charging Trigger Function, CTF, device (101) the CDR; compute a hash value of the CDR; store the hash value and a CDR identifier of the CDR in a blockchain ledger (103); obtain an index for the hash value stored in the blockchain ledger (103); and send the index to a Charging Gateway Function, CGF device (104).
Absstract of: US2024291680A1
A consensus method for a blockchain includes: obtaining, in a consensus reaching process of a block initiated by a proposal node, prevote messages generated by consensus nodes in a blockchain network; counting a quantity of first prevote messages for the block based on the received prevote messages, the first prevote messages being generated by the consensus nodes within a set duration in response to a proposal message for the block, the set duration corresponding to the proposal node and being determined based on a block generation duration of the proposal node; and adjusting the set duration corresponding to the proposal node recorded by the consensus nodes based on the quantity of the first prevote messages.
Absstract of: US2024291660A1
The subject disclosure relates to systems, devices, and methods for executing operations related to procurement of individualized medicine therapies. Also disclosed are embodiments systems, methods, and devices for accessing a wide range of individualized medicine platform modules. Furthermore, disclosed herein are individualized medicine platform systems, methods and devices communicatively coupled to blockchain computing systems comprising several nodes. The disclosed systems, methods, and devices also generate chain of custody and chain of identity event data.
Absstract of: US2024291659A1
A tokenized identity and credential verification system is disclosed. A coded, e.g., color-coded, symbol-coded, shape-coded, etc., token for identity and credential verification may provide details about verified information about the identity and credentials. Verified credentials may include licenses, degrees, employment history, professional affiliations, etc. Verified identities may include personal historical information, such as addresses, automobile color, automobile year, make, and model, business associations, phone numbers, etc. Each may receive a token or digital badge of a certain code. Codes may represent a verification status. For example, the token may be assigned one of many colors corresponding to the status of the credentials, such as active, in renewal, expired, etc. The token may be distributed in a blockchain where the token may not be deleted or modified.
Absstract of: US2024291657A1
Embodiments described herein are systems and methods for anti-fraud and redundant token distribution and management by generating and distributing authentic tokens and corresponding synthetic tokens. A computer-implemented method can include generating, by the computer executing a first smart contract, one or more authentic tokens on a blockchain. The method can include transmitting, by the computer, a notification to a client server indicating an authentic token, the notification including one or more identifiers for one or more digital wallets associated with the client server. The method can include updating, by the computer, the authentic token associated with the client server according to the synthetic token as indicated by a request, in response to receiving the request from the client server indicating a synthetic token corresponding to the authentic token.
Absstract of: US2024291649A1
Methods and systems are described herein for transferring control of vehicle information. A transfer system may be used to facilitate the transfer. The system may receive a first request for transferring an association of a vehicle from a first user to a second user. The transfer system may generate a first blockchain operation for transferring control of the cryptographic token from a first to second cryptography-based storage application associated with the first user and second user, respectively, wherein the first blockchain operation comprises the second address associated with the second cryptography-based storage application. The system may transmit the first blockchain operation for transferring control of the cryptographic token to the second cryptography-based storage application. In response to receiving an indication of successful blockchain operation from a blockchain node, the system may transmit a command to update first user identification data stored at a link.
Absstract of: US2024291658A1
Embodiments described herein are systems and methods for anti-fraud and redundant token distribution and management by generating and distributing authentic tokens and corresponding synthetic tokens. A computer-implemented method can include generating, by the computer executing a first smart contract, one or more authentic tokens on a blockchain. The method can include transmitting, by the computer, a notification to a client server indicating an authentic token, the notification including one or more identifiers for one or more digital wallets associated with the client server. The method can include updating, by the computer, the authentic token associated with the client server according to the synthetic token as indicated by a request, in response to receiving the request from the client server indicating a synthetic token corresponding to the authentic token.
Absstract of: WO2024175456A1
A computer-implemented method of propagating blockchain messages, wherein a blockchain network comprises a plurality of blockchain nodes, wherein each blockchain node is associated with a respective range of numbers, wherein the method is performed by a first blockchain node and comprises: determining a first number based on a first blockchain message; and if the first number is within the respective range associated with the first blockchain node, making the first blockchain message available to one or more second blockchain nodes.
Absstract of: WO2024175458A1
A computer-implemented method of obtaining application-related data, wherein the method is performed by a first party and comprises: determining a first multicast network address associated with a first application; and obtaining, using the first multicast address, one or more respective blockchain transactions and/or one or more respective proof of inclusions, each respective proof of inclusion associated with a respective blockchain transaction, wherein each respective blockchain transaction comprises respective data related to the first application.
Absstract of: WO2024175325A1
A computer-implemented of propagating blockchain messages, wherein at least one blockchain node is associated with one or more respective range of numbers and one or more respective sets of blockchain nodes, wherein each respective range of numbers is associated with a respective set of blockchain nodes, and wherein the method comprises: for at least one of a plurality of respective blockchain messages, determining a respective number based on the respective blockchain message, wherein the respective number of one or more respective blockchain messages falls within a respective one of the one or more respective ranges; and for each respective range in which the respective number of one or more respective blockchain transactions falls, making available some or all of the one or more respective blockchain messages to each blockchain node belonging to the respective set of blockchain nodes associated with the respective node.
Absstract of: WO2024175324A1
A computer-implemented method of propagating blockchain messages, wherein a blockchain network comprises a plurality of blockchain nodes, wherein each blockchain node is associated with a respective set of blockchain nodes, wherein the method is performed by a first blockchain node and comprises: making a first blockchain message available to each blockchain node belonging to the respective set of blockchain nodes associated with the first blockchain node, wherein the respective set of blockchain nodes comprises some but not all of the plurality of blockchain nodes.
Nº publicación: WO2024177607A1 29/08/2024
Applicant:
SWATCHLOOP TEKNOLOJI VE YAZILIM ANONIM SIRKETI [TR]
SWATCHLOOP TEKNOLOJI VE YAZILIM ANONIM SIRKETI
Absstract of: WO2024177607A1
The invention relates to a waste management and supply chain system for the classification, tracking, recycling, and reuse of wastes such as fiber, filament, yarn, fabric, clothing, leather, chemicals, dyes, dyestuffs, paper, cardboard, bobbins, plastics, and accessories (buttons, zippers, etc.) originating from fiber, filament, yarn, fabric, clothing, leather production sectors of textile industry. Said system is a digital platform for bringing all textile waste into the circular economy-industrial symbiosis, wherein waste classification operations are simplified via digital code (QR code, RFID, chemical agent, chemical dye, dna-based etc. tools and applications that enable digital tracking and digital code systems) to reduce recycling costs and save time, having the technological infrastructure (machine learning, deep learning, artificial intelligence, blockchain, internet of things, etc.) that ensures correct company and waste matching through waste sharing, and enabling data to be processed and analyzed to increase the efficiency of recycling activities and end user awareness.