Rokfin, Inc.

Martin Floreani

Scott Augustine

Described processes include: determining portions of instances of a cryptographic token to be allocated to record providers, like providers of an asset indicated by a record, wherein: the portions are determined based on network effects associated with the records the record provider supplied on performance of a computer-implemented network in which both record providers and record consumers participate, patterns indicative of inorganic consumption may be determined from one or more of interactions of individual consumers, interactions of collections of consumers, or consumer interactions in the aggregate for a given provider or record; and the effects on network performance are adjusted responsive to designation of one or more entities as exhibiting inauthentic behavior; and appending to a distributed ledger, records indicating the respective portions, and adjustments, are allocated to record providers.

Dampening token allocations based on non-organic subscriber behaviors

Described processes include: detecting a surge in load or value added to a network based on a threshold number (e.g., 3, 5, or another number) mints are triggered in a row at above a threshold block value target (e.g., 2×, 5×, 10×, or other multiple). In response to detecting a surge, a determination to mint may be timed, like paused, for a desired mint duration, like 24 hours. Thus, in response to detecting a surge, the next mint may be forcefully delayed until the desired minting period transpires after the last mint.

Surge protection for scheduling minting of cryptographic tokens

Described processes include: obtaining instantiation records of a cryptographic token; selecting historical instantiations of the cryptographic token; determining, based on a measure of central tendency of the adjusted tractable values of the selected historical instantiations, a target tractable value of a new instantiation period; accessing transaction records corresponding to one or more transactions in which amounts of the cryptographic token were transferred to addresses inoperable to transfer received cryptographic tokens to other addresses; identifying, from the transaction records, transactions corresponding to the new instantiation period; and determining to instantiate the cryptographic token for the new instantiation period in response to identifying a set of transactions corresponding to the new instantiation period having an aggregate tractable value meeting or exceeding the target tractable value of the new instantiation period.

Cryptographic-token minting scheduler

Described processes include: obtaining a first amount of cryptographic tokens transferred to burn addresses by members of a first set of entities; determining a second amount of instances of the first type of cryptographic token to be minted; determining portions of the second amount of instances of the first type of cryptographic token to be allocated to members of a second set of entities, wherein: the portions are determined based on effects determined to be caused by members of the second set of entities on performance of a computer-implemented network in which both the first set of entities and the second set of entities participate, and the effects on network performance are quantified by metrics reported by members of the first set of entities; appending to the first distributed ledger, records indicating the respective portions are transferred to respective accounts of corresponding members of the second set of entities.

Mint-and-burn blockchain-based feedback-communication protocol

Described processes include: obtaining, with a distributed computer system, a utilization graph, the utilization graph indicating one or more sequences in which one or more content-consumers accesses content items; obtaining content-consumer input scores indicative of assessments of the content-distribution platform by content-consumers; determining, based on the utilization graph, a measure of network centrality for each node in a set of nodes; determining, for each node in the set of nodes, a network-effect score based on both the measure of network centrality of the node and at least some of the content-consumer input scores; and determining, for each of at least some of the different content-contributors, an aggregate network-effect score for the content-contributor.

Growing community of inventors

Austin, TX, United States of America

Martin Floreani