119 results about "Biometric data" patented technology

Some methods may involve determining an authentication rule to authenticate a user of a device, wherein the authentication rule includes liveness criteria and authentication criteria. Some methods may involve determining satisfaction of the liveness criteria based on sensor data captured by one or more sensors of the device. Some methods may involve determining user interaction with one or more biometric sensors of the device in accordance with operation parameters specified by the authentication criteria. Some methods may involve, based on the user interaction in accordance with the operation parameters specified by the authentication criteria, providing biometric data obtained from the one or more biometric sensors for authentication.

A method for enhancing the security of voice biometric data is provided that includes receiving, by an electronic device, voice biometric data of a user captured while the user was speaking and analyzing the context in which the received voice biometric data was captured. The context includes environmental and situational factors. The method also includes analyzing characteristics of the received voice biometric data to detect anomalies associated with synthetic speech, and conducting a biometric authentication transaction based on the voice biometric data in response to determining the received voice biometric data is free of anomalies. In response to successfully authenticating the user, the method includes updating record voice biometric data of the user with the received voice biometric data. Moreover, the method includes modifying the updated record voice biometric data and securely storing the modified updated record voice biometric data.

This invention discloses a method for evaluating the credibility of personal passwords by integrating biometrics and a rule engine, relating to the field of password evaluation technology. The method includes the following steps: acquiring the user's biometric data and password input data, and parsing the password input data to obtain password structure switching points; isolating and identifying the biometric data based on the password structure switching points to obtain a first isolation zone; extracting biometric change feature sequences from the first isolation zone, and recombining the judgment rules in a preset rule engine based on the biometric change feature sequences to obtain a password structure rule group; evaluating the credibility of the personal password based on the password structure rule group, and outputting the password credibility evaluation result. This solves the problem that existing technologies fail to correlate password structure changes with the natural fluctuations of biometrics during the input process, leading to reduced accuracy in evaluating the credibility of the password input process.

Embodiments described herein relate to a wearable device for monitoring a user's sleep metrics and adjusting the user's sleep conditions or environment. In some embodiments, the wearable device may include earbuds worn in each ear of a user, each earbud including one or more sensors for measuring biometric data related to a user's sleep. The wearable device may interface with and / or communicate with a supplemental device. In some embodiments, the supplemental device may be a charging case that may be capable of charging the earbuds. Biometric data collected using the wearable device may be used to determine sleep information including a user's sleep state and / or a sleep stage. In some embodiments, an audio output of the wearable device may be adjusted to improve a user's sleep conditions. In some embodiments, a beside speaker may be used in addition to or instead of the wearable device to improve a user's sleep.

We provide the system. [Solution] Information collection means for collecting user biometric data, An evaluation means for evaluating the user's mental state based on the aforementioned biometric data, A suggestion means that proposes appropriate actions to the user based on the aforementioned mental state, A re-evaluation method for reassessing biometric data after the proposed action has been implemented, Environmental adjustment means for controlling the user's living environment, A system that includes this.

The disclosed systems and methods are directed to an implementation of a biometrically authenticated centralized access to multiple accounts, via an account-linking platform. The described implementation involves generation, of a reference biometric identifier (RBI) from biometric data scanned from a user associated with a user account stored by the first server. The implementation may further comprise transmission of the generated RBI, to a central server linking a plurality of account servers. The implementation may further comprise generation, by the first device, a biometric data packet (BDP) from biometric data captured from the user, and transmission of the same to the central server. A verification of the BPD, may then be carried out by the central center, based on determining a match between the BDP received from the first device and the RBI received from the first server.

Disclosed is a method for implementing a transaction, the method being implemented by data processing means and comprising: a) obtaining primary candidate biometric data and secondary candidate biometric data from a user; b) if the primary candidate biometric data match first primary reference biometric data in a first primary database, obtaining first transaction data associated with the first primary reference biometric data; c) if the primary candidate biometric data do not match any first primary reference biometric datum and if the secondary candidate biometric data match secondary reference biometric data, carrying out processing with a view to implementing the transaction, the processing being determined on the basis of the secondary reference biometric data.

We provide the system. [Solution] Information collection methods for collecting users' biometric data, A signal transmission means for transmitting the aforementioned biometric data to an augmented reality platform, The platform includes a diagnostic means that analyzes the biometric data to evaluate the user's mental state, Activity generation means that generates activities optimized for the user based on the results of the diagnostic means, A presentation means for notifying the user of the generated activity through visual or audio feedback, A feedback collection means collects user responses to the aforementioned activities again using information gathering means and reflects them in subsequent optimization, A system that includes this.

A posthumous memory-sharing system including a memory storage system storing user-selected digital content and instructions for communicating with a computing device of a recipient. The memory storage system authenticates death of the user based on receiving biometric data and / or third-party data validation, then transmits verification to the computing device that the death of the user has been authenticated. The memory storage system also receives a unique, recipient-specific encryption key indicating that the recipient wishes to receive at least some of the user-selected digital content or at least one physical item associated with the recipient. In response to receiving the encryption key, the memory storage system sends the user-selected digital content or initiates delivery of the physical item at user-specified or algorithmically determined times. The memory storage system also dynamically adjusts delivery schedules of these items based on recipient availability or real-time interaction feedback.

A method of biometric data access in a biometric device environment is provided. The biometric device environment comprises multiple biometric devices, wherein the multiple biometric devices are grouped in multiple biometric device zones and wherein a biometric device zone is associated to one or more biometric databases. The method comprises receiving biometric data of a user and determining an order of one or more of the multiple biometric device zones according to expected access to the biometric data of the user. The method further comprises, in response to a start time being reached, adding the biometric data to one or more of the biometric databases associated to at least a subset of the one or more of the multiple biometric device zones, and, in response to an access progression event, removing and / or adding the biometric data from / to one or more databases associated to a subsequent biometric device zone.

The present invention relates to a method for identifying an individual in a system (1), characterized in that it comprises the implementation of the following steps: Biometric enrollment of said individual, including the recording of at least one personal data item and a first reference biometric data item acquired from a first biometric feature of the individual; Identification of said individual by comparing a first candidate biometric data item acquired from said first biometric feature of the individual with a plurality of first reference biometric data items, including the simultaneous acquisition of said first candidate biometric data item and a second candidate biometric data item acquired from a second biometric feature of the individual, different from the first biometric feature; Recording of the second candidate biometric data item as a second reference biometric data item, so as to complete the biometric enrollment of said individual. Fig. 1

The present invention relates to a method for obtaining candidate biometric data from an individual for authentication purposes, comprising implementing, by means of data processing equipment on a terminal (1), the following steps: Displaying an interface requiring the acquisition, with a sensor (13) on the terminal (1), of said candidate biometric data on a biometric feature of the individual; Transmitting a request to verify the authenticity of said interface to an authentication server (2), said request uniquely identifying said individual; Receiving in response, from said authentication server (2), a graphic personalization element associated with said individual; Displaying said graphic personalization element in association with said interface; Acquiring, with said sensor (13), of said candidate biometric data on said biometric feature of the individual. [Fig. 1]

A mask-based diagnostic (MBD) system for remote patient monitoring that collects chemical biomarker data and non-chemical biometric data from patients in a non-invasive manner. The MBD can be used to monitor various medical conditions, including cardiovascular disease, lung cancer, diabetes, and respiratory diseases. The system consists of a mask having an exhaled breath condensate (EBC) collector that tests for chemical biomarkers in EBC. Non-chemical biometric data, such as temperature, heart rate, and blood oxygen levels can also be obtained using a wearable electronic device. The collected data is transmitted wirelessly to a remote server for aggregation, analysis, and interpretation using artificial intelligence (AI) algorithms. The AI algorithms detect patterns and trends in the patient data, which can be used for drug discovery, to identify health issues, adjust treatment plans, etc. The MBD can improve patient outcomes by providing real-time monitoring, early detection of health issues, and personalized treatment options.

We provide a necklace-type terminal and data processing system that maintain a comfortable surrounding environment for the user. [Solution] The necklace-type terminal comprises a data collection unit that collects the wearer's biometric data and environmental data including the temperature, light intensity, and color tone of the wearer's surroundings; a processing unit that performs specific processing using the biometric data, environmental data, and a specific algorithm that evaluates the wearer's comfort level with respect to the surrounding environment, including the air conditioning and brightness around the wearer; and a communication unit that transmits the results of the specific processing to an air conditioning device that provides air conditioning for the indoor space where the wearer is located and a lighting device that illuminates the indoor space. The processing unit performs processing to calculate air conditioning settings and lighting settings that take into account the wearer's physical condition, temperature, light intensity, and color tone as specific processing, and the communication unit transmits control signals corresponding to the air conditioning settings and lighting settings to the air conditioning device and lighting device as a result of the specific processing.

We provide the system. [Solution] A data acquisition method for obtaining the user's biometric data, An analytical means for analyzing the acquired biological data and detecting abnormalities, A notification means for notifying the user of an anomaly detected by the analysis means, Information sharing means for transmitting the aforementioned abnormal information to medical institutions, A notification system for detecting abnormalities in the care environment and sending alerts to care workers, A system that includes this.

This application provides a method, device, and system for in-vehicle motion sickness visual compensation. The method includes: acquiring vehicle motion data and passenger biometric data; generating a dynamic motion sickness risk index based on the vehicle motion data and passenger biometric data; generating a visual compensation signal based on the dynamic motion sickness risk index, vehicle motion data, and passenger biometric data; and performing multi-screen differentiated visual compensation based on the visual compensation signal. By integrating vehicle motion data and passenger biometric data and designing an adaptive dynamic visual compensation algorithm, this application can effectively solve the shortcomings of existing technologies in cross-domain perception, real-time response, and individual adaptation. It comprehensively and accurately assesses the motion sickness level based on the motion sickness generation mechanism and dynamically adjusts the compensation strategy, achieving precise, dynamic, and personalized intervention for motion sickness in in-vehicle scenarios, and significantly improving passenger comfort.

The aim is to provide feedback based on the results of an evaluation of the actual impact that diet can have on the health of each individual user. [Solution] The data processing system comprises a terminal worn by a user and a data processing device that is communicatively connected to the terminal, wherein the data processing device includes a processor, the processor acquires an image of the user's meal taken by a camera provided on the terminal, analyzes the image to generate meal data showing the details of the meal, acquires the user's biometric data detected by a sensor provided on the terminal, integrates and analyzes the meal data and the biometric data, and outputs information corresponding to the results of the analysis.

This application relates to the field of network security technology and discloses an access authentication method, apparatus, device, storage medium, and computer program product. The method includes: receiving a converged authorization protocol packet sent by a user terminal, wherein the extended field of the converged authorization protocol packet embeds encrypted biometric data, and the converged authorization protocol packet also includes encrypted access request information encrypted with a pre-shared key; decrypting the encrypted biometric data and the encrypted access request information respectively to obtain the biometric data and access request information; verifying the biometric data and the access request information respectively; and authenticating the user terminal's access request based on the verification results. Because this application uses dual authentication of pre-shared key and biometrics, and utilizes the uniqueness of biometrics, it avoids illegal authentication after key theft, thereby improving the security of access authentication protection.

This invention provides a necklace-type terminal and data processing system that improves user convenience while traveling. [Solution] The necklace-type terminal includes a camera that photographs the area around the wearer, a sensor that detects the wearer's biometric data, and a collection unit that collects at least one output from a microphone, and an execution unit that uses the collected output to perform convenience processing to improve the convenience of the wearer when they are traveling.

The disclosure relates to systems and methods for training, tagging, recommending and / or generating digital content, such as but not limited to virtual reality ("VR"), augmented reality ("AR"), mixed reality ("MR") content, audio content, spatial audio content, video content (e.g., 2-dimensional ("2D") and / or flat video content), audiovisual content, and / or any combination thereof, based on user biometrics. The systems and methods are adapted to process the biometric data of a user to evaluate a biometric response of the user to the digital content. The systems and methods are further adapted to modify or generate, based on the biometric response of the user, digital content to improve one or more metrics indicative of the physiological health, psychiatric health, general fitness, and / or wellness of the user.

A system for authenticating a user using a hardware-based security card with biometric data capture. Characterized by the fact that the security card or an associated system is configured for this purpose. • In addition to the user's identity, also capture characteristics of the authentication process, • To analyze these characteristics with regard to a possible state of compulsion, • And to trigger a modified system response depending on a detected or suspected state of distress, the modified system response including in particular a blocking, a delayed release, a restricted release or a covert alarm message.

This system enables more efficient generation of biometric data used for biometric authentication and more efficient detection of anomalies in that data. [Solution] The method for acquiring biometric data involves acquiring first information in which a biometric part of the person to be authenticated is imaged, executing a first anomaly detection process, executing a second anomaly detection process based on second information generated using the first information, executing a third anomaly detection process based on third information generated using the second information, generating and outputting a notification that an anomaly has been detected when an anomaly is detected in any of these processes, and if no anomaly is detected, generating and outputting the biometric data of the person to be authenticated to be used for biometric authentication using the third information.

Disclosed are various embodiments for adapting content for a user based at least in part on a user preference and / or biometric data of the user. In some examples, a system comprises a client device that is configured to receive biometric data from a wearable device associated with a user identifier and determine a biometric state of a user associated with the user identifier based at least in part on the biometric data. The client device is further configured to identify a user selection of text for display on a user interface. A text adjustment for the text is generated based at least in part on providing a user preference or the biometric state to a large language model (LLM) service. A modified text in the user interface is displayed based at least in part on the text and the text adjustment.

The present invention relates to a method for determining the rarity of a signal. A method for determining the rarity of a signal according to one embodiment of the present invention includes the steps of: receiving group biometric data through a sensor during a predetermined period of time; an extraction processor extracting some data from the received group biometric data; a comparison processor calculating a cumulative distribution function (CDF) based on the group biometric data; a comparison processor calculating the sample rarity of the extracted portion of data based on the calculated cumulative distribution function (CDF), and calculating the group rarity from the sample rarity; and a comparison processor comparing the group rarity of the extracted portion of data with a threshold to determine whether or not a singularity exists.

The present invention relates to a method for identifying an individual in a system (1), the method being characterized in that the method comprises implementing the steps of: (A) biometrically enrolling the individual, the biometric enrolment step comprising the recording of at least one personal datum, and of a first reference biometric datum acquired from a first biometric trait of the individual; (B) identifying the individual by comparing a first candidate biometric datum acquired from the first biometric trait of the individual with a plurality of first account reference biometric data, the identification step comprising the simultaneous acquisition of the first candidate biometric datum and of a second candidate biometric datum acquired from a second biometric trait of the individual, the second biometric trait being different from the first biometric trait; (C) recording the second candidate biometric datum as a second reference biometric datum, so as to complete the biometric enrolment of the individual.

We provide the system. [Solution] Means for acquiring biometric data, A means for evaluating psychological state and level of pressure based on the aforementioned biometric data, Based on the aforementioned evaluation results, means for providing psychological health advice to users, An automated machine means for presenting the provided advice to the user, A system that includes this.

A smart payment card is provisioned with biometric data for an authorized card member and, for at least one financial account, (i) respective financial account information to be used for authorized card-present transactions and (ii) a respective set of virtual account numbers to be used for card-not-present transactions. The smart payment card is configured using a dongle and a user interface displayed at an end-user device. Processing a financial transaction involving a given financial account provisioned on the smart payment card involves authenticating a received biometric input, and if the authentication is successful, (i) transmitting identifying information for the given financial account to a point-of-sale device if the financial transaction is a card-present transaction, or (ii) presenting, at a display of the smart payment card, a first virtual account number from a respective set of virtual account numbers for the given financial account if the transaction is a card-not-present transaction.

A method for using biometric data to authenticate a subject as an individual whose biometric data has been previously obtained. In this embodiment, the method utilizes a series of computer processes with asymmetrically loaded servers that are configured with one-time values for use in multi-party computing to perform the authentication.

A method for activating and monitoring a firearm system which tracks, monitors, and automatically prevents a firearm from firing when a user is not in a suitable state of mind or is not an authorized user. The firearm activation and monitoring system generally comprises a firearm having a trigger and grip area, a plurality of biometric sensors located on the grip area which measure biometric data of a user, a trigger interlock, and a main microcontroller. The trigger interlock prevents the trigger from firing the firearm when the trigger interlock is in its normal or default position. To unlock the trigger, the user holds the grip area to activate the biometric sensors, and if the user is in an acceptable mental state, the main microcontroller will send an electrical signal to the trigger interlock, which unlocks the trigger and allows the user to pull the trigger of the firearm.

Methods and apparatus for measuring biometric data including temperature in head-mounted devices (HMDs). Thermal sensors may also be integrated into the HMD and used to collect thermal data from the surface of the user's face. This thermal data may, for example, be processed to determine core body temperature of the user, or be processed to generate estimates of the user's respiration. The temperature data and / or respiration rate and changes to respiration rate derived from signals from the sensors may be used to generate and present biometric data to the user.