54 results about "Digital records" patented technology

Techniques described herein are directed to intelligently identifying buyers for resale items based on digital records. A computing system of a payment processing service can analyze digital records of a plurality of user associated with the service. A target buyer of an item can be identified. The computing system can cause an actuation mechanism to present on a user interface of the target buyer. The computing system can identify one or more users that have previously purchased an instance of the item and cause a notification that identifies the item as a candidate for resale to present via computing devices associated with the users. The computing system can receive an indication that a user desires to sell an instance of the item. The computing system can process a transaction on behalf of the user to enable the target buyer to purchase the instance of the item.

A method for manufacturing an on-site optimized containment vessel includes obtaining location data and waste characteristic data for at least one waste at an industrial site, generating or obtaining parameter / characteristic data for at least one waste stream for the at least one waste, determining at least one material for containing the waste based on the waste stream parameters and the location data, and generating an optimized vessel design based on the at least one material and containment facility data. A containment vessel is manufactured based on this design. A complete digital record of custom design parameters, testing, and / or life measurements for each vessel is maintained.

A method for using AI to detect fraudulent actions on an online compensation management system includes obtaining one or more digital records that include data indicating an action performed by a user associated with an online compensation management system of an organization, generating AI model input data based on the digital records, determining, using an AI model and using the AI model input data as input, whether the digital records indicate that at least one action performed by at least one user is fraudulent, and responsive to the digital records indicating that the at least one action performed by the at least one user is fraudulent, performing a corrective action to protect the online compensation management system of the organization.

A method includes an object owner computing entity issuing a digital record representing a contingent asset to a marketplace computing entity that identifies an asset authenticity computing entity. The method further includes the asset authenticity computing entity generating authenticity information associated with the contingent asset and the marketplace computing entity determining that an authenticity indicator is the same as a lifecycle status indictor of the digital record. The method further includes the marketplace computing entity generating a smart contract to indicate availability of the contingent asset to include available terms and the authenticity indicator and obtaining a portion of a copy of an object distributed ledger. The method further includes the marketplace computing entity causing inclusion of a next block on the object distributed ledger that includes the smart contract to represent the contingent asset.

A method includes a computing entity issuing to an asset authenticity computing entity a request to select and authenticate a digital record that represents an available contingent asset based on a digital record representing a hypothetical contingent asset to produce a selected contingent asset. The method further includes determining that authenticity information associated with the selected contingent asset indicates that the selected contingent asset matches the hypothetical contingent asset. The method further includes, when approved, generating a smart contract to indicate availability of the selected contingent asset and obtaining a copy of an object distributed ledger. The method further includes causing inclusion of a next block on the object distributed ledger that includes the smart contract to represent the selected contingent asset.

Digital field database for the management of agricultural land for use in field advertising and logo cultivation, characterized in that it comprises a frontend for field owners and a backend for advertisers, whereby agricultural land can be digitally recorded with GEO coordinates and field advertising-relevant parameters and can be specifically selected and booked for advertising purposes.

A method includes a computing entity issuing to an asset authenticity computing entity a request to select and authenticate a digital record that represents an available public benefit credit asset based on a digital record representing a hypothetical public benefit credit asset to produce a selected public benefit credit asset. The method further includes determining that authenticity information associated with the selected public benefit credit asset indicates that the selected public benefit credit asset matches the hypothetical public benefit credit asset. The method further includes generating a smart contract to indicate availability of the selected public benefit credit asset and obtaining a copy of an object distributed ledger. The method further includes causing inclusion of a next block on the object distributed ledger that includes the smart contract to represent the selected public benefit credit asset.

Embodiments of methods for real estate record keeping via blockchain are disclosed. Generally, a property having any address may be associated with a non-fungible token (NFT) and a webpage with two-factor authentication. That webpage may be updated whenever any renovations (maintenance or upgrades) are performed on a property, acting as a digital record book for all events related to the property. This facilitates clear communication between all parties (homeowners / sellers, buyers, banks, insurance companies, etc.) to streamline data sharing and third-party verification.

This application discloses an asset identification method and terminal based on video spatial gridding. It uses a video spatial gridding mechanism to discretize the registered geographic video stream into grid units with geocoded mappings, and relies on multimodal feature extraction to interpret and separate asset categories and precise contours. This approach effectively solves the problems of spatial positioning errors and unstable recognition of dynamic objects across edges in traditional image analysis. The coupling between multimodal features enhances the anti-interference capability of the identification, and the coded integration realizes a structured association between asset attributes and spatial location. Ultimately, it not only significantly improves the completeness and consistency of asset extraction, eliminating boundary truncation and contour drift, but also provides digital records with semantic attributes and high-precision spatial coordinates for large-scale asset inventory and intelligent operation and maintenance monitoring.

Systems, apparatuses, methods, and computer program products are disclosed for enhancing regulatory compliance through digitization. An example method includes automatically generating a digital affiliated business arrangement disclosure statement (ABAD) for a client, and causing presentation of the digital ABAD by a graphical user interface (GUI) of a client device associated with the client. The example method further includes causing referral of the client to an affiliate. The example method further includes generating a digital ABAD record and storing the digital ABAD record.

We provide the system. [Solution] A means of automatically classifying uploaded information based on its attributes, A means of converting classified information into an integrated format, Means of obtaining additional information on relevant information and historical background from external sources, A means of generating digital records that take into account the user's characteristics and history, A means of providing the generated digital record to the user's device in a viewable format, A method for adding narration and music to digital content using a generative AI model to create visual deliverables based on a storyline, A system that includes this.

Digital records including Domain Name System records are signed using a root of trust that is local to a DNS server using attestation. This relieves the DNS server of key management and certificate operations. Digitally signing records using attestation with keys generated by a local root of trust enables security in a DNS system to be scaled more efficiently and effectively. DNS records are signed using attestation keys and are published. This allows the digital signatures to be verified using a local root of trust when the records are used.

A server and non-transitory computer-readable storage medium storing instructions for monitoring one or more batteries of an electric vehicle (EV) comprising computing instructions for (i) receiving, from an electronic device associated with the EV, telematics data generated by one or more sensors associated with the electronic device that is indicative of operation of the EV; (ii) determining a battery status of the one or more batteries based upon the telematics data; and (iii) mapping the battery status of the one more batteries to a digital record corresponding to the EV in a database.

A computer-implemented method and system relate to a multimodal classifier. A video includes a digital recording of an anomalous event. A data pair includes video frames of the anomalous event and corresponding text data describing the anomalous event. A scene graph is generated to include (i) nodes that represent selected objects of the video frames and (ii) edges that define spatial relationships between pairs of the selected objects. A scene graph encoder generates scene graph embeddings using the scene graph. A video encoder generates image embeddings using the video frames. A text encoder generates text embeddings using the text data. The multimodal classifier is trained to generate class data that classifies the anomalous event based on a concatenation of the scene graph embeddings, the image embeddings, and the text embeddings. As an example, the anomalous event is a traffic accident.

Systems and methods of a dosage verification system are disclosed that can be used by a healthcare worker or an individual self-administering an injection to create a digital record verifying the dosage of a medicinal fluid drawn into a syringe prior to an injection. The dosage verification system includes a medical syringe and an imaging device configured to view and selectively capture, process, store, and transmit a digital image of the syringe from which the volumetric dose of medicinal fluid drawn into the fluid chamber of the barrel can be determined and / or verified prior to an injection.

Methods may involve maintaining a first secure, distributed transaction ledger including a digital inventory of product designs for industrial products. A second secure, distributed transaction ledger including a digital record of an entity's physical inventory of industrial products may be maintained. The second secure, distributed transaction ledger may be synced with a remote copy. A third secure, distributed transaction ledger including a digital record of precursors for manufacturing the product designs in the digital inventory may be maintained. The first, second, and third secure, distributed transaction ledgers may be interrelated and updated to associate digital records of at least some industrial products in the physical inventory of the second secure, distributed transaction ledger with corresponding product designs in the digital inventory of the first secure, distributed transaction ledger and digital records of corresponding precursors in the third secure, distributed transaction ledger.

The application provides a medicine inventory management method and system, and belongs to the technical field of medicine information management. The medicine inventory management method can realize accurate mapping of boxes, pens, storage positions, events and states through the construction of a chain-on trusted closed loop from production to use, can timely and accurately analyze the quantity and effectiveness of medicines, can balance the data privacy and the drug efficacy evaluation demand of the master node through encryption and decentralization, can enhance the authenticity of digital records by using the physical data of intelligent storage boxes, can reduce the influence of human errors on judgment, and can realize the improvement of the accuracy and efficiency of medicine inventory management.

A method includes a computing entity issuing to an asset authenticity computing entity a request to select and authenticate a digital record that represents an available public benefit credit asset based on a digital record representing a hypothetical public benefit credit asset to produce a selected public benefit credit asset. The method further includes determining that authenticity information associated with the selected public benefit credit asset indicates that the selected public benefit credit asset matches the hypothetical public benefit credit asset. The method further includes generating a smart contract to indicate availability of the selected public benefit credit asset and obtaining a copy of an object distributed ledger. The method further includes causing inclusion of a next block on the object distributed ledger that includes the smart contract to represent the selected public benefit credit asset.

Embodiments create and validate a digital record representing an asset. Embodiments obtain a first public key and a first private key corresponding to a creator of the digital record, and generate one or more parameters for the digital record, where a first parameter of the parameters corresponds to a transaction of the digital record. Embodiments generate one or more rules for the digital record, where a first rule of the rules corresponds to the first parameter and constrains the transaction. Using the first private key, embodiments compute a first digital signature of a totality of the first public key, the parameters, and the rules, and create a first digital record including the first public key, the parameters, the rules, and the first digital signature.

A method, system, and digital recording medium create one-time-use digital signing and encryption keys with a computing device combining multifactor, typically four authentication factors, through use of a remote authentication system (RAS) to providing cryptographic proof with very-high confidence that a document was signed and / or encrypted by the known user and not someone posing as said user. A device-unique identity token cryptographically bound to the user's computing device is the first factor, a password known only to the user is the second, cryptographic signatures generated from the user's biometrics is the third, and a random challenge generated by the RAS is the fourth. The user's computing device captures the user's input and creates a cryptographic string that is sent to the RAS for authentication.

The invention provides a medicine inventory management method and system, and belongs to the technical field of medicine informatization management, and the method can achieve the precise mapping of boxes, pens, bins, events and states through constructing a credible closed loop on a chain from production to use, can timely and accurately analyze the number and effectiveness of medicines, and improves the management efficiency. Through encryption and decentration, data privacy and the efficacy evaluation requirement of the main node are considered, the authenticity of digital records is enhanced by using physical data of the intelligent storage box, the influence of human errors on judgment is reduced, and the accuracy and efficiency of drug inventory management are improved.

The invention relates to a method for time synchronizing two sets of signals, comprising an acquisition (E1) of the first set by a first digital recorder, an acquisition (E2) of a second set of signals by a second digital recorder, each of these sets of signals comprising a signal corresponding to the acquisition of the same quantity, a resampling (E3) of the second common signal to the sampling period of the first common signal, a step (E4, E5) in which, for time offsets between a minimum time offset and a maximum time offset, the second common signal is offset (E4) with respect to the first common signal and a point-to-point difference value is calculated (E5) between the first common signal and the offset second common signal, this for each of the time offsets assigned to the second common signal,a determination (E6) of the optimal time shift for which the error value is the smallest among those calculated, an application (E7) of the optimal time shift to the second set of signals. Figure from the abstract: Fig. 1,

A device for detecting and identifying a living or non-living entity, comprising: at least one detectable electronic unit called a real entity unit (12, 22, 32, 42) equipped on an element (13, 14, 23, 24, 36, 37, 48) that is to be detected and identified; and at least one detection module (140) equipped on another element (49) configured to detect the real entity unit (42), wherein said real entity unit (12, 22, 32, 42) broadcasts in a unidirectional manner and without dialogue and in loops, a real or virtual image or an avatar of the entity to be detected and information or attributes associated with an identity of the entity, wherein the real entity unit (12, 22, 32, 42) has a unique digital identity and comprises: A storage and / or digital recording means making it possible to store a real or virtual image of the entity and / or information or attributes associated with the identity of the entity, A power supply internal means for powering the real entity unit, Remote reception means for a remote reception of information associated with the entity, of updates of the real image or the virtual image of the entity, Capture means for capturing the real image of the entity with or without its associated environment, Broadcasting means for broadcasting in loops, - to one or more mobile or fixed modules called detection modules (140), each equipped with: Reception means for receiving data constituted by the images and / or information broadcast by the real entity unit, Temporary storage means for the temporary storage of said data, Displaying and / or listening means for displaying and / or listening said data, Processing means for processing the data.

An example system and method may provide a media channel rewards application with live polling. An example system may measure a viewing period of the media stream, determine a quantity of digital points respective to a user profile and the media stream based on the measured viewing period, and store a digital record associated with the user profile and the media channel, which digital record indicates the quantity of digital points. In some instances, the system may generate a graphical overlay for a media stream of a media channel and provide a graphical interface in the overlay based on the quantity of digital points associated with the user profile and the media stream.

Embodiments of the present disclosure may include a sovereign digital currency system including a blockchain network including a plurality of authorized nodes. Embodiments may also include a real-world asset (RWA)registry configured to maintain digital records of physical assets including gold reserves and government-owned resources. Embodiments may also include generate unique digital identifiers for each registered physical asset. Embodiments may also include track chain of custody information for each registered physical asset. Embodiments may also include a tokenization engine coupled to the RWA registry and configured to create digital tokens backed by the registered physical assets. Embodiments may also include maintain a predefined reserve ratio between issued tokens and registered physical assets. Embodiments may also include execute smart contracts governing the creation and destruction of digital tokens.

A computer-implemented method of recording information from a quality management system digitally, e.g. using blockchain. The information retrieved from the documents is assigned a value and these val

A method includes a computing entity issuing a request to select and authenticate a digital record that represents a secure first token representing utilization of a contingent asset to securely establish a contingent asset solution for a first pending transaction associated with a transaction item. The method further includes generating a contingent asset digital record representing the contingent asset that includes applicability information associated with justification for selection of a particular contingent asset. The method further includes determining that the particular contingent asset provides the contingent asset solution and generating a smart contract to facilitate completion of the first pending transaction. The method further includes inclusion of the smart contract on an object distributed ledger to represent the contingent asset solution.

The invention relates to a method for validating digitally manipulated (augmented) test scenarios, comprising the steps of digitally recording a basic scenario with at least one real vehicle travelling on a real track under defined real traffic conditions; digitally recording the basic scenario manipulated by selected traffic conditions to create a reference scenario; manipulating the data of the digitally recorded base scenario by selected traffic conditions to create an extended test scenario; acquiring data of the traffic conditions in the extended test scenario and data in the reference scenario with at least one sensor; analysing the correlation between the test and reference data acquired with the at least one sensor, and evaluating a validity of the data of the test scenario based on a result of the analysing of the correlation. The invention further relates to a corresponding computer-implemented method and preferred uses of the method.

A method executed by a computing infrastructure to utilize an object distributed ledger includes issuing, to a marketplace computing entity, or more digital records of non-authenticated user information for subsequent utilization in establishing of a contingency-action token (CAT) to be represented on the object distributed ledger. The method further includes identifying a user information authenticity computing entity and generating authenticity information. The method further includes interpreting the authenticity information to produce an authenticity indicator and converting the non-authenticated user information into authenticated user information when the authenticity indicator indicates an authenticated status. The method further includes generating, a smart contract based on the authenticated user information and causing inclusion of the CAT, that includes the smart contract, on the object distributed ledger.