133 results about "User verification" patented technology

The invention relates to the technical field of network security, and discloses a security vulnerability AI positioning method and system based on log files. The method comprises the following steps: firstly, analyzing user feedback describing open source component security vulnerabilities to extract fault key entity information, screening related log entries based on the fault key entity information, and constructing a vulnerability propagation graph; identifying a vulnerability triggering initial point set by using a graph traversal algorithm and a graph neural network, calling a component vulnerability case library to deduce a vulnerability utilization propagation chain and calculating a matching degree with a known open source component vulnerability utilization chain feature, and obtaining a maximum probability vulnerability utilization propagation chain and an associated vulnerability triggering initial point set; and generating a root cause positioning report, and updating the knowledge base or model training data according to a user verification result. According to the method, the initial vulnerability point and the complete vulnerability propagation chain of the security vulnerability of the open source component can be accurately and efficiently positioned, and the positioning accuracy and timeliness are improved.

The invention discloses a data tamper-proofing method, system and device based on blockchain evidence storage, and a storage medium, relates to the field of data processing, and is used for solving the problems that multi-source heterogeneous data lacks a unified processing scheme and evidence storage verification is incomplete in existing property management. The method specifically comprises the following steps: multi-modal feature processing: extracting text and image data features respectively, and generating a unified feature vector by combining cross-modal attention mechanism weighted fusion; generating a hash value and a block chain evidence, generating the hash value by adopting an SHA-256 function, and generating a dynamic two-dimensional code in an association manner; and user verification: after scanning the two-dimensional code, locally reproducing feature processing and Hash calculation, and comparing a Hash value on a chain through an elliptic curve cryptography technology to complete verification. According to the method, full-process credible evidence storage of the property data is realized, the data tamper-proofing capability and verification convenience are improved, and property scene data management requirements are met.

A QR Code Verification Engine provides a multi-layered security framework for generating, validating, and authenticating QR codes while preventing tampering, fraud, and unauthorized access. The system embeds a hidden security layer within the QR code using steganographic encoding or invisible watermarking techniques, ensuring detection of any modifications. The hidden layer is encrypted using asymmetric cryptography, allowing only an authorized verification system to extract and validate it. An AI-powered tamper detection module analyzes QR codes for anomalies, while cryptographic hash verification ensures integrity. The system employs biometric authentication, push notification approvals, and contextual security measures to enhance user verification. Dynamic QR codes with expiration rules prevent replay attacks. Secure offline verification allows authentication without network connectivity. The system integrates with financial platforms, web security tools, and real-time fraud detection mechanisms, ensuring a highly secure and scalable QR code validation framework for transactions, identity verification, and access control applications.

The invention provides an enforcement notarization whole-process online method and system based on artificial intelligence, and belongs to the technical field of enforcement notarization. Comprising the steps of performing joint verification on user verification data based on a multi-modal biological feature fusion method; extracting key fields of the contract by adopting an NLP semantic analysis method, and performing clause compliance test on the key fields based on a legal knowledge graph and a dynamic rule engine; a contract risk identification algorithm is called to evaluate the repayment capability of the user; an electronic official certificate is generated after contract review is passed, electronic signature is completed based on the dynamic token and the biological characteristics, and real-time chaining and evidence storage are carried out; and monitoring a debt repayment state, and if the debt repayment state is default, automatically generating an execution material and directly submitting the execution material to an interface executor through a forced execution interface. According to the method, on the basis of preventing the data from being tampered, efficient whole-flow online endowment notarization can be realized.

Implementing a user interface for contextual validation of recognized text is described. A server may receive image data representing a document, determine, based at least in part on the image data, a type of the document, recognize a text element included in a portion of the document, and determine a point in a data validation process that is associated with the type of the document and / or determine an electronic form that is associated with the type of the document. The server may further cause a user interface to be displayed via an application executing on an electronic device, wherein the user interface presents: (i) an image of the portion of the document adjacent to a field populated with the text element; and (ii) at least one interactive element that, upon selection, indicates that a user of the electronic device validates the text element within the field.

Systems and methods for transferring resources using dynamic grid curves are disclosed. A system receives a transfer request specifying an input resource type, a target resource type, an amount of input resources, and an identifier of a storage application associated with the user. The system determines a plurality of current transfer rates, each corresponding to a respective blockchain. The system may query each blockchain to determine an on-chain computation overhead for processing the transfer. Utilizing a maximal current transfer rate and the determined computation overhead, the system generates a grid curve representing the amount of target resources available for transfer as a function of time. The system transmits commands to the user device to display the grid curve and requests user validation for the transfer. Upon receiving user validation, the system transmits the grid curve and transfer request data to a plurality of approved operator devices for execution.

The present disclosure relates to a system and method for improved monitoring compliance within an enterprise based on inputs received from stakeholders. The present invention provides a system for generation of compliance model and updation of compliance model based in changes in regulatory compliances. The generation model is configured to generate a first set of labels and a first set of data points. Further, the first set of labels are validated by one or more said user to generate a second set of labels for additional data points based on validation of first set of labels. The generation of first and second set of label generates training ready data from the first and second set of labels for training a data model. Further, the present invention provides for updating of compliance model based on update in regulatory compliance rules. In updating the compliance model, the system provides generation of third set of labels corresponding to additional data points corresponding to new rules / compliance and the third set of labels are validated by users and the validated labels are used for re-training the compliance model.

A system and method are disclosed for touchless, gesture-based form validation using real-time input from a standard camera. Spatial hand gestures are interpreted as mouse-like actions—such as drag, click, scroll, and hold—to complete form tasks without physical input. The system includes a vision-based input module, an AI-powered gesture recognition engine using landmark extraction, an interaction handler that maps gestures to DOM-compliant events, and a validation controller that confirms field focus, checkbox toggling, and submission. A visual feedback renderer provides real-time cues indicating gesture success, failure, or activity. Navigation buttons enable directional control and element repositioning. The method supports secure CAPTCHA-style workflows via randomized tasks and gesture thresholds, executing natively in browsers using WebAssembly or TensorFlow.js. Applications include bot prevention, accessible interaction, and secure, device-free input for web and mobile environments.

Systems and methods include pre-processing documents in cloud storage using query embeddings, providing personalized prompts to users based on documents in cloud storage, real-time anticipation of user interest in information contained in documents in cloud storage, and providing generative answers including citation to source documents in cloud storage. The system and methods generate generative machine learning model (MLM) prompts based on document portions of documents in a cloud-based content management platform. The systems and methods use the generative MLM to generate responses to prompts, and the responses include citations to the document portions used to generate the responses in order for users to verify the responses.

According to the automatic control method and system for user login, through the mapping relation between the client side and the application side, the client side can be controlled to only access the authorized application, the authentication credential is only transmitted between the control side and the server side, and meanwhile user information is only stored in the server side, so that the user login efficiency is improved. According to the method, authentication credential sharing among a plurality of application ends is realized, automatic and seamless user authentication and login among different applications are further realized, security detection is performed on access data, and login security and user experience are improved.

1. The name of the design product: verification pattern of therapeutic equipment for electronic equipment. 2. The use of the design product: for an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Other views are conventional designs, and other views are omitted. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: this interface is used to verify whether the therapeutic equipment (treatment host, treatment handle, treatment head, etc.) used by the user belongs to the genuine product, and to check the energy emission times of the therapeutic equipment. Design 1 front view is the initial interface. Design 1 interface change state diagram 1 is the interface presented after clicking on any "check verification file" in design 1 front view. Design 1 interface change state diagram 2 is the interface presented after clicking on "check report" at the bottom of design 1 interface change state diagram 1. The interaction of designs 2 to 6 is consistent with design 1.

The utility model provides a charging starting circuit, a charging gun and a charging pile. The charging starting circuit comprises a user verification module, a main control module, a signal transmission module used for being in signal connection with external to-be-charged equipment, a signal switch and a charging switch used for controlling connection and disconnection of a charging circuit between the charging gun and the external to-be-charged equipment. And the main control module is used for sending a turn-on signal or a turn-off signal to the signal switch and / or sending a turn-on signal or a turn-off signal to the charging switch when acquiring the verification passing signal sent by the user verification module. By arranging the user verification module, the signal transmission module and the signal switch, quick starting and stopping with verification for charging the external equipment can be realized, the efficiency and safety of charging the external equipment can be effectively improved, and the charging process can be prevented from being stopped or stolen by other people on purpose; the charging safety and stability can be guaranteed, the implementation cost is low, the structure is simple, and the user experience can be effectively improved.

The invention relates to the technical field of electronic cigarettes, in particular to a safety control method and system for an electronic cigarette. The method comprises the steps of obtaining a pre-stored matching template and multi-modal data input during user verification; the multi-modal data comprises smoking behavior data, and the matching template comprises a smoking behavior template; performing identity verification on the user according to the multi-modal data and the matching template, and if the verification is passed, sending a starting instruction to the electronic cigarette; after the electronic cigarette is started, whether the current smoking behavior data are matched with the smoking behavior template or not is judged, and if the current smoking behavior data are not matched with the smoking behavior template, a locking instruction or an instruction for requiring a user to perform verification again is sent to the electronic cigarette. According to the method, the use safety of the electronic cigarette can be ensured in the whole process.

Techniques for a host system or a user to verify the authenticity of a storage device or a logical sub-unit (e.g., a partition) of the storage device are disclosed. A storage device stores one or more first secret keys and a host device stores one or more second keys. A respective first secret key and a respective second key are used in a verification process that verifies the authenticity of the storage device prior to accessing the storage device.

Systems and methods for user verification may include processor(s) to maintain a plurality of authentication profiles for respective users, where each authentication profile includes profile image(s) and a device key linked to a respective client device. The processor(s) may receive a request including the device key of the client device and a biometric image captured during the session by a camera of the client device. The processor(s) may identify the authentication profile corresponding to the user based on the device key included in the authentication profile matching the device key included in the request. The processor(s) may compare feature(s) extracted from the biometric image to feature(s) extracted from the profile image(s), and store the biometric image in the authentication profile based determining that the feature(s) from the biometric image match feature(s) from a profile image of the authentication profile.

1. Name of the product in this design: Graphical User Interface for Financial Credit User Verification of Electronic Device. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. Images or photos that best illustrate the design points: Interface change state diagram 4. 5. Purpose of the graphical user interface: Click the "Confirm Upload" button at the bottom of the main view to enter interface state diagram 1; click the "Confirm Submit" button at the bottom of interface state diagram 1 to enter interface state diagram 2; enter the verification code in the upper area of ​​interface state diagram 2 to enter interface state diagram 3; click the "Agree to Agreement and Authenticate" button at the bottom of interface state diagram 3 to enter interface state diagram 4. The "X" in the interface represents variable numbers or text, and a single gray block represents the content screen.

The invention provides a parking user access control authority management method, an access control management platform and a management system, and the method comprises the steps: receiving user verification information and user identity information of a to-be-detected user, and opening the access control authority of the to-be-detected user in a target parking lot; in response to entering or leaving of a to-be-detected user from a target parking lot, identifying the to-be-detected user based on the received user verification information, user identity information and user detection information input by the to-be-detected user, and if the identification is passed, opening an access control, so that the to-be-detected user enters or leaves the target parking lot; and after determining that the vehicle parked by the to-be-detected user leaves the target parking lot, cancelling the access control authority of the to-be-detected user for entering and exiting the target parking lot. Therefore, the travel efficiency of the user can be ensured; furthermore, after it is determined that the vehicle of the user is driven away from the target parking lot, the access control authority for the user is canceled, and the safety of the internal parking lot is guaranteed.

A method for verifying anonymization by a first user that the subject text does not contain personal identifiable information (PII). The method includes: receiving the subject text; receiving a non-PII wordlist listing non-PII words; comparing each word appearing in the subject text to the non-PII words to determine matches therebetween so that, via the comparison, the words of the subject text are classified as being either first text, which includes the words in the subject text found to match one of the non-PII words, and second text, which includes the words in the subject text found not to match any of the non-PII words; and generating a first user interface that displays the subject text such that a visual format of the first text differs from a visual format of the second text in accordance with a visual format alteration.

Systems and methods are described in which the burden of implementing access control policies, such that a computer user can access a restricted service under the control of the access control policies of an access-restricted system, is largely placed on the requesting user. More particularly, as part of a request user's request to access to a restricted service under the management of an access-restricted system, the requesting user, on the user's computing device, instantiates an access request object of a strongly-typed dependent access request type, where the access request type embodies one or more access control policies necessary to be permitted access. This transfers the burden of user validation to the user's computing device, leaving the access-restricted system to quickly determine the validity of a received access request object to determine whether to reject the request or process the access request.

A computing platform may receive, from an initiating user device, an event processing request. The computing platform may generate, using RTI, a first 3D representation of the event processing request. The computing platform may send, to a recipient user device, RTI transformation information indicating transformation actions to be performed, using RTI, to produce a second 3D representation of the event processing request. The computing platform may generate, using the first 3D representation and the second 3D representation, a complete 3D representation. The computing platform identify whether the complete 3D representation is validated. Based on identifying that the complete 3D representation is validated, process the event processing request.

The present disclosure relates to dynamic user impersonation to enhance data security and access control in computing environments, such as to allow the configuration and operation of data access controls for one user to be verified by another user. A first identifier value of a user to be impersonated is received and is assigned to a user impersonation variable in a data store. A query associated with a second identifier value of a different user is received, accessing data objects subject to data access controls. The query is executed using the first identifier value to filter requests according to the specified data access controls, and filtered query results are returned. In some cases, the first identifier value is provided as an input parameter to a data object subject to data access controls. In other cases, the first identifier value is set as a session variable for a data store session.

The invention provides an alarm verification method and device, a computer program product and an alarm verification system, and the method comprises the steps: obtaining a verification demand of a user, the verification demand comprises an alarm verification task and a verification rule, and the verification rule is a standard of each verification result corresponding to the verification task; analyzing the verification demand to obtain to-be-verified data of the verification demand, the to-be-verified data being related information of the alarm; performing task preliminary planning on the verification task to obtain at least one subtask, a corresponding expert model and a corresponding execution sequence; and an input step: inputting the verification demand and the to-be-verified data into the VLM model, enabling the VLM model to sequentially call the corresponding expert models according to the execution sequence to execute the corresponding sub-tasks, obtaining the current verification result of the alarm, and ending the verification under the condition that the current verification result meets the verification rule, thereby solving the illusion problem existing in the existing VLM model.

The embodiment of the specification provides a medical data sharing method and system, the method is applied to a service provider and includes the following steps: obtaining a data request of a user about target medical data and a user public key; performing user verification of the user, which includes the following steps: interacting with a permission chain commonly owned by a plurality of data parties to verify whether the user has relevant permissions corresponding to the target medical data based on the user public key through the permission chain, and the permission chain stores user permission information; when the user verification is passed, accessing a private data chain of a data party, and performing an operation related to the data request on the target medical data on the private data chain, and the private data chain stores private medical data of the data party.

The invention provides an intelligent charging management method, which comprises the following steps that: in the charging process of an intelligent charging cabinet, according to a local charging management instruction or a remote charging management instruction issued by a verification user, charging current data, equipment temperature and environment humidity are acquired in real time, are preprocessed, and are uploaded to a cloud server through an MQTT protocol; and according to a charging strategy issued by the cloud server, related charging parameters in the charging process are adjusted, the cloud server analyzes the charging efficiency, the equipment health degree and the fault hidden danger according to the charging current data, the equipment temperature and the environment humidity uploaded by the intelligent charging cabinet by means of a preset big data storage and analysis system, and dynamically adjusts the charging strategy according to the analysis result, so that the charging efficiency is improved. And the adjusted charging strategy is further issued to the intelligent charging cabinet. According to the invention, local and remote intelligent charging management can be realized based on the Internet of Things and big data analysis, and the safety is improved.

Implementations described herein relate to configuring a dynamic warm word button, that is associated with a client device, with particular assistant commands based on detected occurrences of warm word activation events at the client device. In response to detecting an occurrence of a given warm word activation event at the client device, implementations can determine whether user verification is required for a user that actuated the warm word button. Further, in response to determining that the user verification is required for the user that actuated the warm word button, the user verification can be performed. Moreover, in response to determining that the user that actuated the warm word button has been verified, implementations can cause an automated assistant to perform the particular assistant command associated with the warm word activation event. Audio-based and / or non-audio-based techniques can be utilized to perform the user verification.

1. Name of the product in this design: Graphical User Interface with Online Contractual Deduction Agreement for Electronic Equipment. 2. Purpose of this design: To display a graphical user interface. 3. The key design features of this product are its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Since the carrier is an existing electronic device design, other views are omitted. 6. Graphical User Interface Area in the Product: The payment unit is a selectable option; other items can be entered manually. 7. Human-computer interaction method of graphical user interface: The main view is the initial interface. Clicking "Payee" in the figure will enter the interface change, see interface change state figure 1; after selecting the payee company, click "Agree to the Authorization Letter for Withholding Business" to enter the interface change, and you can click the "Agree" or "Disagree" button, see interface change state figure 2; clicking the "Send" button after "Verification Code" can send the user verification code, see interface change state figure 3; after clicking "Confirm", you will enter the contract success interface, see interface change state figure 4.

A system for associating an object transport vehicle to an object includes an object transport vehicle, at least one processor, and at least one non-transitory memory storing instructions. The object transport vehicle includes an object carrier, a weight sensor configured to measure weight on the object carrier, and at least two first tags configured to providing locations of the object transport vehicle, which is configured to transport objects with a second tag. The method for associating the object transport vehicle to the object include receiving a first location and a first weight of a first object, receiving a vehicle location of the object transport vehicle, and determining that the first object and the object transport vehicle are associated from a distance between the object and the object transport vehicle, a weight change on the object carrier, and a user verification.

The application belongs to the field of intelligent education, and particularly relates to an artificial intelligence education system based on education big data, which comprises a student terminal and a server, and is characterized in that a user verification module, a learning module, a handwork module, an entertainment module, a feedback module and an analysis module are arranged in the student terminal; the student terminal comprises a main body and a time module; the time module is used for controlling the working time of the learning module, the handwork module and the entertainment module; the learning module and the entertainment module are arranged to allow students to have proper rest during the learning process, so as to achieve the combination of work and rest; the handwork module is arranged to improve the attention and the hand-on ability of the students, so as to improve the learning ability of the students; the learning result, the attention and the hand-on ability of the students are tested to measure the personal comprehensive level of the students, and the personal comprehensive level of the students is compared with the level of the students of the same age, so that the personal characteristics of the students can be better judged, and the teaching plan can be formulated in a targeted manner, so as to improve the education effect.

The invention provides a security authentication method and device for logging in a self-service terminal, equipment, a storage medium and a program product, which can be applied to the technical field of big data. The method comprises the following steps: in response to a code scanning operation of a mobile terminal on a self-service terminal, displaying a login interface on the mobile terminal; acquiring login information of a user and biological characteristic information of n dimensions; comparing the biological characteristic information of the n dimensions with biological characteristic information in a user biological characteristic database, and determining L users closest to each piece of biological characteristic information; mapping the biological characteristic information of n dimensions into n rows, mapping L users closest to each piece of biological characteristic information into L columns of matrix elements, and obtaining an n * L matrix; calculating confidence coefficients of k users represented by all matrix elements according to a preset matrix column weight; determining a target user according to the confidence coefficient; and verifying the consistency between the pre-stored information of the target user and the login information to obtain a security authentication result.

The application discloses a kind of based on the home intelligent medicine box medicine storage and medicine taking system of greedy strategy, it is characterized by comprising the following contents:(1) medicine storage: obtaining medicine information, then according to the prescription correlation degree calculation obtained storage box;(2) medicine taking: user needs to enter the identity information of medicine taker;User enters prescription, and the system automatically associates the medicine storage distribution in medicine box according to the above information;After according to the effective prescription entered, the system automatically arranges the time of user medicine taking, when to take medicine time, the system prompts through voice;After user authentication, the system automatically matches the name and quantity of medicine in prescription according to the identity identified, and judges whether there is missing medicine, if there is, then prompt;For when the system detects that user takes medicine according to prescription, the system pops up corresponding medicine grid.