38 results about "Secure authentication" patented technology

A user interface system enables communication through inaudible speech by detecting physiological signals associated with inner voice communication. The system includes a wearable device positioned in, on, or around a user's ear, housing one or more sensor modalities such as electromyography (EMG) sensors for detecting muscle movements, functional near-infrared spectroscopy (fNIR) sensors for brain activity, and / or detection-and-ranging systems using sonar or radar for micro-deformations. Pre-processing modules condition the sensor data, which is then analyzed by one or more machine learning models to reconstruct the content of the user's inaudible communication and produce output representations. The system enables high-bandwidth natural language interaction without audible vocalization, maintaining privacy while supporting applications including AI assistant interaction, real-time translation, secure authentication, and inter-party communication.

This invention discloses a network access method, system, and readable medium for a secure access gateway, relating to the field of network communication technology. It involves acquiring the source and access mode of transmitted data, the scheduling process and its sub-processes during data transmission in the secure access gateway; optimizing each sub-process; associating the access mode of transmitted data with the optimized sub-processes to start the scheduling process, thereby achieving network access to the secure access gateway; optimizing the scheduling process during data transmission by considering the source and access mode (single access or high-concurrency access) of transmitted data in actual operation; and optimizing the data security authentication sub-process through parallel scheduling optimization, thus meeting the security requirements of substation inspection services and providing efficient network communication technology.

Methods, systems, and computer storage media for providing a cross-domain secure authentication engine in an item listing system are described. The cross-domain secure authentication engine is an advanced, modular system designed to handle user authentication seamlessly across different service domains, while ensuring security features and an adaptive user experience. In an item listing system, the cross-domain secure authentication engine operates based on a security-focused framework that streamlines user authentication across multiple domains without sacrificing user experience. It integrates a modal containing an iframe-based sign-in interface associated with a separate authentication domain and employs a postMessage API for cross-origin communication. Key features include dynamic modal resizing—adjusting the sign-in window to different authentication steps (like email, password, or OTP)—and parameterized iframes that remove unnecessary UI elements for a cleaner user experience. The cross-domain secure authentication engine also supports security measures and supports incremental, multi-step authentication flows to reduce user friction.

The application discloses a marine product inspection digital application system and method based on a lightweight database and a configurable interface, an electronic device and a medium. The method can include: an enterprise user runs a client, initiates enterprise authentication to a CA authentication; after the client is authenticated, the enterprise's product basic data, inspection item list and corresponding data dictionary configuration are automatically obtained from the server end; the enterprise user applies for product inspection on the client; the client automatically assembles the locally stored structured data into a message conforming to the interface specification according to the data dictionary configuration, and submits it to the server through the CA authentication channel; after the inspection is completed on the server, the product certificate is sent to the client of the enterprise and stored locally. The application integrates a lightweight database, a configurable interface and a secure authentication mechanism, realizes seamless connection of enterprise and classification society data, guarantees data quality and safety, and implements marine product inspection digital specification.

The application discloses a laboratory safety authentication method and device based on a Lims system, relates to the technical field of safety authentication, and solves the technical problem that the safety authentication system in the prior art is difficult to adapt to the safety authentication of specific conditions of relevant personnel, thereby reducing the efficiency of safety authentication. The method comprises the following steps: obtaining reservation information of a laboratory, generating a reference threshold value based on reservation item information in the reservation information; obtaining verification information corresponding to a pilot verification item and a plurality of verification items of the laboratory; generating a pilot verification result based on the verification information corresponding to the pilot verification item and an influence coefficient corresponding to each verification item; generating an item matching degree based on the verification information corresponding to each verification item; and generating a final authentication result based on the item matching degree, the influence coefficient and an item reference threshold value of each verification item. The accuracy of safety authentication is improved, and the efficiency of safety authentication is improved.

This disclosure provides a secure JTAG authentication method, chip, and electronic device, belonging to the field of chip debugging technology. The secure JTAG authentication method includes: obtaining an image configuration file corresponding to the bootloader during the execution of a bootloader by the processor in the chip; performing security verification on the image configuration file, and sending a JTAG interface enable command to a debugging module based on the JTAG interface enable flag contained in the image configuration file after successful verification; receiving the JTAG interface enable command through the debugging module in the chip, and configuring a first interface enable register inside the debugging module according to the JTAG interface enable command to control the JTAG interface to be in a debuggable state. The secure JTAG authentication scheme provided by this disclosure combines software and hardware, balancing flexibility and security during chip testing and debugging.

This invention discloses a digital key authorization method, apparatus, and device based on multimodal biometrics, comprising: acquiring fingerprint, facial, and voiceprint information of a target person through a biometric acquisition device; matching corresponding identity information in a preset biometric database; acquiring the vehicle network status, external environment image, and device operating status of the biometric acquisition device of the target vehicle; determining the authentication environment security score of the target vehicle; determining the initial vehicle control permission level and initial authorization duration of the target person based on the identity information, adjusting them according to the authentication environment security score to obtain the target vehicle control permission level and target authorization duration; and granting digital key authorization to the target person based on the target vehicle control permission level and target authorization duration. This invention improves the accuracy and security of digital key authorization, ensures vehicle security and user experience, and can be applied to the field of security authentication technology.

The invention discloses a distribution network grounding operation safety state intelligent early warning and measurement and control system and method. The system comprises an intelligent jointing clamp, an intelligent grounding pin and a visual monitoring platform. The intelligent jointing clamp is integrated with a pressure sensing module used for sensing the hooking state of the intelligent jointing clamp and a wire, a positioning module used for conducting grounding point space positioning, and a safety authentication module used for equipment identity authentication. The intelligent grounding pin is integrated with a posture sensing module used for monitoring the embedding posture of the grounding pin, a depth measuring module used for measuring the embedding depth of the intelligent grounding pin, and a vibration sensing module used for identifying the impact characteristic in the embedding process of the intelligent grounding pin. And the visual monitoring platform is used for receiving the multi-modal sensing data uploaded by the intelligent jointing clamp and the intelligent grounding pin, and performing diagnosis and early warning of the grounding operation state according to the multi-modal sensing data. According to the invention, by constructing an end-edge-cloud collaborative system architecture, the operation and maintenance security of the power system is improved.

Secure user identification and transaction authentication are disclosed. Using an Autonetics true touch sensation engine, AI to identifies and extracts unique human / avatar behavior metadata. This enables precise user authentication for transactions or token reset processes. An avatar touch sensor interface or other extended reality (XR) mechanisms to start user interaction, prompting for traditional PIN authentication. After successful first authentication, it further analyzes the syngeneic avatar behavior metadata, using data collection methods to strengthen security measures. With Hybrid Capture Input (HCI) technology, user behavior is verified to align with pre-established unique behavioral profile(s), to confirm user identity. This self-improving system adapts authentication algorithms dynamically, based on user interaction with the avatar, to create personalized and secure authentication processes. Integrating syngeneic avatar behavior metadata with true touch sensation engineering presents a novel approach to PIN security systems, offering a dual-layer security mechanism and representing a significant leap in adaptive AI authentication technologies.

The application provides a data security authentication transmission method and system, wherein the method comprises: performing two-factor authentication based on an account password and a digital certificate on a user login request; generating a session token with a validity period after the two-factor authentication is passed; during the user session, real-time collection of a plurality of behavior factor data corresponding to the current user operation behavior; based on the plurality of behavior factor data collected at present, a dynamic risk value representing the real-time risk level of the current session is calculated by combining the predefined influence weight; comparing the dynamic risk value with a preset risk threshold; when the user initiates a sensitive operation and the dynamic risk value exceeds the risk threshold, an additional secondary identity verification is forcibly triggered. The above method realizes active perception of abnormal operation and potential intrusion. The scheme dynamically balances security and experience in a data-driven manner, realizes the evolution from static authentication to continuous intelligent protection, and guarantees the safe operation of data.

A security framework for redundancy configuration management ensures that multiplexer control data and redundancy maps distributed to compute modules are authenticated, verified, and securely applied. Configuration packets are cryptographically signed, versioned, and transmitted through an isolated sideband channel. A coordination processor verifies signatures, checks integrity hashes, prevents replay, and applies updates only during redundancy-safe intervals. Logs of verified configurations are stored in secure memory and may be audited through a hierarchical management structure. The invention prevents unauthorized or corrupted redundancy configurations in multi-module compute systems.

This device presents a tracking system for monitoring humans, animals, and objects, featuring a communication unit with GPS, RF signal transmission, 360-degree video, emergency buttons, and biometric sensors. The system includes a customizable base unit with secure authentication and a remote-control device for administration. It facilitates global connectivity to data and emergency centers, offering a versatile and comprehensive solution for various tracking needs. Designed for ease of use and adaptability, this system ensures enhanced safety and monitoring across multiple user classes with minimal training required.

The application discloses a security authentication method and device, electronic equipment and a computer readable storage medium, which are applied to a computer system. The method comprises the following steps: obtaining token information of a physical token corresponding to an authentication object, and performing bidirectional authentication on the token information and the physical token; when the bidirectional authentication is passed, obtaining an interactive behavior data stream of the authentication object about the computer system, and generating an interactive behavior feature sequence of the authentication object according to the interactive behavior data stream; determining an interactive behavior feature code corresponding to each interactive behavior feature in the interactive behavior feature sequence by using an interactive behavior clustering code corresponding to the authentication object, so as to generate an interactive behavior feature code sequence; processing the interactive behavior feature code sequence by using an interactive behavior sequence model corresponding to the authentication object, to obtain a compliance probability of the interactive behavior data stream; and determining a security authentication result of the authentication object according to the compliance probability. The present scheme can realize more secure and effective identity authentication, and further ensure the security performance of the computer system.

A secure authentication method based on zero-knowledge range proof using matrix commitment is proposed. The prover decomposes the vector to be proved into a binary expansion matrix by bit width and makes an algebraic commitment. Using an initialized structured reference string (SRS), the prover performs an algebraic commitment on the binary expansion matrix to obtain the matrix commitment value corresponding to the vector and generates a range proof containing several group elements. The matrix commitment value and range proof are then sent to the verifier. The verifier performs bilinear pairwise verification on the range proof based on the structured reference string to confirm that the hidden vector satisfies the preset range constraints, thus achieving authentication. This invention can reduce the computational complexity of proof generation and verification, and reduce the size of proof data while ensuring zero-knowledge proof, thereby improving the execution efficiency of zero-knowledge proof.

This describes the methods, systems, and computer storage media used to provide a cross-domain secure authentication engine in a project listing system. The cross-domain secure authentication engine is an advanced modular system designed to seamlessly handle user authentication across different service domains while ensuring security features and an adaptive user experience. In the project listing system, the cross-domain secure authentication engine operates based on a security-centric framework that simplifies user authentication across multiple domains without sacrificing user experience. It integrates a modal window containing an iframe-based login interface associated with a separate authentication domain and uses the postMessage API for cross-origin communication. Key features include dynamic modal window resizing (adjusting the login window based on different authentication steps, such as email, password, or OTP) and parameterized iframes that remove unnecessary UI elements for a cleaner user experience. The cross-domain secure authentication engine also supports security measures and incremental, multi-step authentication processes to reduce user friction.

The application discloses a lightweight authentication method for an unmanned system, wherein a ground station part is configured to realize safe registration of a UAV node under a trusted channel, and realize safe authentication and safe communication with the UAV node under a non-trusted channel; and the UAV node part is configured to extract an ID of itself from a physical unclonable function as a private key of the UAV node, and generate a public key, so as to complete binding of the UAV node and the physical unclonable function. The UAV node private key is generated by the integrated physical unclonable function in the UAV node, so that unique binding of the UAV node is realized, the corresponding private key is not taken out of the UAV node, and the possibility of being copied and the possibility of private key leakage are greatly reduced. The preset information can maximally reduce the cost of executing an identity authentication protocol after the UAV takes off. The security strength is simultaneously enhanced by negotiation and preset information, the flexibility of the protocol is increased, and the calculation efficiency is improved.

This application discloses a method and apparatus for real-time data synchronization with secure authentication in heterogeneous Kafka clusters based on Chunjun. In this method, the SASL / SCRAM authentication parameters for the source and target Kafka clusters are independently configured for both the Reader and Writer in the Chunjun job configuration. The Reader constructs a Consumer configuration based on the source SCRAM mechanism and dynamically loads the JAAS module to consume data, converting it to an internally unified format. After the Chunjun engine processes the data conversion, the Writer constructs a Producer configuration based on the target SCRAM mechanism and dynamically loads the JAAS module to write the data to the target. This invention achieves real-time data synchronization of heterogeneous SCRAM authentication clusters in a single job, offering advantages such as simple configuration, high development efficiency, good real-time performance and consistency, strong security, and low operation and maintenance costs.

The application discloses an intelligent terminal security authentication method based on traffic shaping and multi-stage handshake negotiation, comprising: collecting traffic core parameters through an intelligent terminal authentication traffic analysis platform, calling a traffic shaping strategy convolution optimization decision model to generate a dynamic traffic shaping strategy; starting a multi-stage handshake negotiation process and recording interaction data, and adopting a handshake process integrity adaptation verification algorithm to complete data integrity verification; activating a terminal identity multi-scale feature recognition model to extract multi-dimensional identity features and complete preliminary identification; comprehensively considering traffic shaping effect, handshake verification result and identity recognition result, and outputting a final authentication result according to a permission determination rule. The method cooperatively acts through traffic dynamic control, whole-process handshake verification and multi-scale identity recognition, constructs a multi-level security protection system, adapts to a complex network environment, improves authentication security, adaptability and efficiency, and is suitable for security access authentication scenes of various intelligent terminals.

Systems, methods, articles of manufacture, and computer-readable media for secure authentication based on passport data stored in a contactless card associated with an account. An application may receive an indication to perform an operation. The application may receive encrypted data from the card. The application may receive an indication that the authentication server verified the encrypted data based on a private key. The application may receive encrypted passport data from the contactless card, the encrypted passport data for a passport associated with the account. The application may determine an attribute of the passport based at least in part on image data or text input. The application may decrypt the encrypted passport data based on the attribute of the passport. The application may initiate performance of the operation based on the received indication specifying that the authentication server verified the encrypted data and the decryption of the encrypted passport data.

The application provides a network security access method and device, equipment and a storage medium. The method comprises the following steps: when a network security access request is received by an access device participating in federal consensus in a distributed system, inputting the network security access request into a security access authentication model corresponding to the access device, and outputting an authentication result; wherein the security access authentication model is trained based on federal machine learning technology and blockchain technology, and a local private data set of the access device; the security access authentication model is used for security authentication of identity feature data in the access device receiving the network security access request; and according to the authentication result, the network security access request is responded to, so as to complete the network security access. That is, the security access authentication model is trained without transmitting original private data, the requirement for user access security in the distributed system environment is met, and the overall system security is improved.

The application discloses an emergency communication high-altitude base station system for unmanned aerial vehicles, and relates to the technical field of communication, comprising: an unmanned aerial vehicle platform, an intelligent flight control module, a communication management module, a multi-unmanned aerial vehicle cooperation technology module, a data analysis and decision support module, an encryption and security authentication module, a modular design structure, a remote monitoring and maintenance module, and a maintenance service system module.The intelligent flight control module integrates functions such as optimized flight strategy and automatic obstacle avoidance, can automatically adjust the flight height, angle and path of the unmanned aerial vehicle according to communication coverage requirements, reduces the complexity and risk of manual operation, the multi-unmanned aerial vehicle cooperation technology module can realize information sharing, task cooperation and communication resource optimized allocation among multiple unmanned aerial vehicles, forms a distributed communication network, which not only improves the communication coverage range and capacity, but also makes resource utilization more efficient.

Apparatuses, methods, and systems pertaining to the verification of portable consumer devices for 3-D Secure Systems are disclosed. In one implementation, a verification token is coupled to a computer by a USB connection so as to use the computer's networking facilities. The verification token reads identification information from a user's portable consumer device (e.g., credit card) and sends the information to a validation entry over a communications network using the computer's networking facilities. The validation entity applies one or more validation tests to the information that it receives from the verification token. If a selected number of tests are passed, the validation entity sends a 3-D Secure datum to the verification token. The verification token may enter the 3-D Secure datum into a hidden field of a Purchase Authentication Page appearing on the computer's display.

The application relates to a secure data collection method based on entity key authentication and session key encryption. Based on the embodiment of the application, the application carries out bidirectional key authentication between two application ends through an entity-based bidirectional key authentication and session key encryption technology, and proposes a data collection method for data encryption based on the secure authentication method of entity key authentication and session key encryption. The data collection method can be used for the secure data collection of automatic driving and high-precision maps of intelligent networked vehicles, and can be used for offline data collection and online data collection. Compared with the existing offline data collection method, the offline data collection method of the application has high security and does not need to rely on the physical security mechanism of data collection personnel. Compared with the existing offline data collection method, the online data collection method of the application does not need to use a special person to transfer a storage device, has small investment, good real-time performance and high security.

The application discloses a kind of based on lattice cryptosystem and double-layer blockchain's vehicle networking security authentication and abnormal protection method this method fuses lattice cryptosystem (MLWE / RLWE), double-layer alliance chain and decentralized identifier DID technology, successively through system initialization, DID registration and lattice key generation, cross-domain authentication and RLWE key negotiation, reputation feedback and abnormal monitoring, five stages of malicious node revocation, build "identity authentication-key negotiation-reputation control-node revocation" full closed loop security system.Adopt MLWE to realize anti-quantum long-term identity authentication, RLWE completes efficient temporary session key negotiation;Double-layer blockchain realizes backbone layer global storage and user layer localization management, reduces consensus delay, improves real-time performance;Combined with DID decentralized identity and blockchain reputation mechanism, realize vehicle cross-domain fast authentication, abnormal accurate identification and malicious node global network isolation.The application has the characteristics of anti-quantum attack, decentralization, high real-time performance, engineering can be landed, etc., suitable for vehicle-to-everything (V2X) scene, can meet the identity of vehicle high dynamic communication, data security and global protection demand.

Disclosed are systems and methods for determining, by a processor associated with a user device, encrypted authentication information by encrypting authentication information that is associated with authenticating the user device with a service provider, the encrypting utilizing one or more encryption keys; detecting, by the processor, an attempt to access a service to be provided by the service provider based on detecting transmission of a request for the service from the user device to the service provider; determining, by the processor, one or more authentication factors to be utilized to authenticate the user device with the service provider based on decrypting the encrypted authentication information by utilizing one or more decryption keys; and enabling, by the processor, authentication of the user device with the service provider based on enabling transmission of the one or more authentication factors to the service provider. Various other aspects are contemplated.