Absstract of: US20260277872A1
A transaction information processing method applied to a blockchain node. The method includes receiving, by the scheduling module, a transaction information transmission request requesting the transaction pool module to start transmitting transaction information; determining, in response to the transaction information transmission request, a plurality of pieces of transaction information; and writing, when a transaction queue for transmitting the plurality of pieces of transaction information comprises a first-type read queue and a first-type write queue, the plurality of pieces of transaction information into the first-type write queue. The first-type write queue is subject to a write lock constraint allowing only a single thread to perform a write operation on transaction information. The first-type read queue allows a plurality of threads to perform a read operation in parallel on transaction information of the plurality of pieces of transaction information at a same moment.
Absstract of: US20260278588A1
Various aspects of the subject technology relate to systems, methods, and machine-readable media for bridging native tokens. Various aspects may include initializing a first blockchain by allocating a plurality of native tokens. Aspects may also include transferring, using a bridge, one or more transactions from a second blockchain to the first blockchain using locked tokens on the second blockchain as collateral. Aspects may also include minting new native tokens at the first blockchain when a value of transactions sum to the plurality of native tokens and the plurality of native tokens are backed by the locked tokens. Aspects may also include reporting, to the second blockchain, the amount of tokens used for the transaction fees in the one or more transactions. Aspects may also include burning, at the second blockchain, tokens corresponding to the amount of tokens used for paying transaction fees.
Absstract of: EP4807649A1
0001 A system for making payments is described, the system having at least one processing unit configured to recognize payment information related to a user who uses a service with which an amount to be paid is associated, said amount comprising at least one first amount and one second amount in a fiat currency, define at least first data related to the first amount and second data related to the second amount, separate the first data from the second data so as to divide the amount into said first amount and said second amount, convert the fiat currency of the first amount and the second amount into cryptocurrency; transfer the first amount and the second amount converted into cryptocurrency to a wallet associated with a blockchain network, convert the cryptocurrency in said wallet back into fiat currency, and transfer the converted currency, through a first data flow related to the payment of the first amount, to a first account, and, through a second data flow related to the payment of the second amount, to a second account which is different from the first account. A related method is also described.
Absstract of: EP4808040A2
There may be provided a computer-implemented method. The computer-implemented method includes: i) broadcasting a transaction, by a node in a blockchain network, to a congress pool to join a congress formed of a group of nodes; ii) after the congress has accepted a request from a requester to activate a script, preparing, by the node, a blockchain transaction cryptographically locked with a public key associated with the congress; iii) cooperatively generating, by the node in cooperating with other nodes of the group, a valid cryptographic signature for the transaction to spend the transaction; iv) after the blockchain transaction has been unlocked, receiving data from the plurality of information providing systems; v) determining a centre point for the data received from the plurality of information providing systems; and vi) activating, by the node in cooperation with other nodes of the congress, the script based on the centre point.
Absstract of: EP4808086A2
An improved electronic system implements and applies different types of Fitness Gradient Consensus methodologies, including hash distance and bucket consensus variations within a digital blockchain by calculating the highest fitness value among competing blocks or blockchain segments in order to resolve conflicts and allocate the rewards associated with building new blocks. The improved consensus system applies conflict resolution formulas to incentivize every block-building node in a blockchain network to share every block it generates in order to improve chances of a reward, resulting in enhanced blockchain speed and security. The hash distance consensus utilizes a hash distance scalar value as part of its fitness metric, and the bucket consensus assigns tokens to buckets and calculates an aggregate value of the assigned tokens as part of the consensus. The system also utilizes novel record types, such as token genesis, transfer, transaction, trade order, settlement, proposition, determination, and pattern linkage.
Absstract of: EP4807647A1
0001 A monitoring and auditing tool of blockchain based financial payment and clearing, comprising a verification center for managing, verifying and querying transactions, a certificate authorization module; the verification center is provided and serves as a centralized center to monitor and audit the blockchain based financial payment and clearing for bridging the regulatory gap in blockchain decentralized system; the Verification Center serves as an international compliance data center, sharing risk intelligence with regulatory institutes worldwide.
Absstract of: DK202530108A1
1. Introduction The Smart Digital Tax & Fee Collection System (SDTFCS) is an advanced automated tax collection framework that dynamically adjusts tax rates based on transaction history, frequency, and economic velocity. This system is designed to be adaptable across various financial infrastructures, including national taxation systems, international trade transactions, and blockchain based economies. By reducing excessive taxation on multi-layer financial movements, this model ensures fairness, transparency, and compliance with regulatory standards. 2. System Principles 1. Instant Tax Deduction – Taxes are automatically collected at the moment of transaction execution, eliminating the need for manual reporting and audits. 2. Adaptive Taxation Model – Tax rates are dynamically adjusted in real-time based on transaction volume, velocity, and prior transaction history. 3. Integration with Banking, Payment, and Regulatory Systems – The taxation mechanism operates seamlessly within traditional financial institutions and decentralized blockchain networks. 4. Regulatory Compliance and Global Adaptability – The system is configurable to align with national taxation laws while maintaining a standardized taxation logic. 5. Immutable Audit Trail – All taxable transactions are recorded within a secure ledger, ensuring transparency and preventing tax evasion. 3. Technical Implementation 1. Financial System Integration – The system integrates directly with banking infrastructu
Nº publicación: FR3172857A1 11/09/2026
Applicant:
STEINKE GALLO SABRINA [FR]
STEINKE-GALLO Sabrina
Absstract of: FR3172857A1
L’invention concerne un dispositif mobile autonome d’authentification biométrique et de certification d’actifs numériques. Il comprend un bouton-capsule dynamique activable par impulsion, pression, glissement et/ou rotation, monté sur une structure-support mâle. Ce bouton intègre un capteur biométrique sous verre et une monture optique annulaire multi-facettée en forme de bague ou de tore, contenant des éléments réfléchissants fixes et/ou mobiles, permettant la modulation de la lumière pour générer des clés cryptographiques uniques. Un module de micro-génération d’énergie exploite des sources piézoélectriques et cinétiques pendant l’utilisation ainsi que thermiques et lumineuses pour assurer l’auto-alimentation du dispositif. Un module LiFi-LED-RGB permet la transmission sécurisée de données et l’indication visuelle des états du dispositif. L’ensemble est interopérable avec des écosystèmes blockchain et IoT pour assurer la certification et la traçabilité des transactions numériques. La structure-support inviolable comprend des éléments d’identification sécurisés et un module intelligent assurant la protection et la maintenance des composants internes.