48 results about "Electronic authentication" patented technology

The methods and systems disclosed herein allow for faster and more efficient authentication using a partial cookie instead of a full cookie (or other data structure). In one example, a server receives, during the first browser session at the first time, a first request for authorization from an electronic device along with authentication information. Responsive to generating a profile using the authentication information, the server transmits to the electronic device a first data source configured to grant access to the profile to the electronic device, via a first authentication protocol; and receives, at a second browser session at a second time, from the electronic device, a second request for authorization to access the profile; responsive to a determination that the electronic device includes the first data source, the server executes a secondary authentication protocol.

A retainer for use with at least one of a card and an electronic authentication device may include a first housing portion including a first inner surface that at least partially defines a first slot sized to receive the card therein. The first housing portion may also include a first protrusion extending from the first inner surface and positioned to contact the card when the card is received in the first slot. The holder may also include a second housing portion coupled to the first housing portion, the second housing portion including a second inner surface at least partially defining a second slot sized to receive an electronic authentication device therein. The second housing portion may also include a second protrusion extending from the second inner surface and positioned to contact the electronic authentication device when the electronic authentication device is received in the second slot.

Some embodiments are directed to a playing card system configured to authenticate a playing card for playing a card game. The playing card system comprising a playing card, a playing card authentication device, and a playing card authentication server. The playing card comprises an electronic memory storing authentication data, and a counter.

The invention discloses an electronic authentication service method combining federated key management and a post quantum cryptography algorithm, a storage medium and equipment, and the method comprises the steps that an electronic data receiver generates a receiver private key-public key pair through a local electronic authentication center, uploads the receiver private key-public key pair to a central electronic authentication center for storage, transmits a private key to the receiver, and transmits the private key to the receiver; the public key is transmitted to an electronic authentication center connected with the electronic data sender; the electronic authentication center where the electronic data sender is located encapsulates the identity information of the electronic data sender by using the public key, generates a shared hash value of the electronic data sender, and transmits the encapsulated identity information back to the electronic data sender; the electronic data sender signs the file by using the packaged identity information and transmits the signed file to the electronic data receiver; and the electronic data receiver analyzes the identity information packaged by the electronic data sender by using the private key, calculates a hash value, and indicates that the authentication is passed and the signed file is valid if the hash value is consistent with the shared hash value.

The application discloses a trusted business card calling system and method, comprising: an electronic authentication module, which is used for issuing a digital certificate for an enterprise or an institution with a first user; a business card issuing module, which is used for editing and exporting a vCard format file of the first user's business card information, and signing the business card of the first user's vCard format file by using a private key of the digital certificate to obtain a trusted business card, and publishing the trusted business card to a directory server for a calling terminal to download; the calling terminal and the called terminal; the directory server, which is used for authenticating other system structures, and providing specified access rights for the calling terminal and the called terminal, and is used for the calling terminal to download the trusted business card and the called terminal to verify the trusted business card; the calling terminal downloads the trusted business card of the first user from the directory server, and transmits the trusted business card to the called terminal for display. The application has the advantages of independent issuing by the enterprise or the institution, guaranteeing the authenticity of work role information, relatively low implementation cost, better compatibility with existing systems and applications, and the like.

A device and method provide a visible or audible indication of whether an integrated circuit (IC) is authentic using cryptographic hashes stored on a blockchain. The IC includes a cryptographic mining circuit that creates blocks for storage in the blockchain. Each such block includes the value of a cryptographic hash function applied to a serial number unique to the IC and the hash value most recently stored in the blockchain. The necessary data are communicated between the IC and a blockchain server by an intermediary electronic authentication device, which also receives data from the server that indicate whether the second hash value equals an expected hash value computed by (or provided to) the server. The electronic authentication device accordingly provides a suitable visible or audible message to a user.

The invention discloses a block chain-based CA root certificate issuing method or device, and the method comprises the steps: carrying out the registration or maintenance of a CA mechanism with an electronic authentication permission through a registration ECP method; then, certificate data are written in batches through a certificate writing method, certificate content and an electronic authentication license number ECP to which the certificate content belongs are stored by taking a CA root certificate serial number SN as a unique index, and the global certificate number, the certificate number under the ECP and an SN list are synchronously maintained when the certificate is written for the first time; the CA root certificate revocation state is independently managed through a revocation management method, revocation information is only recorded in state mapping, certificate main body data is not affected, and therefore efficient state change is achieved. In the query stage, the certificate content, the affiliated ECP and the CA name can be obtained based on the SN, the CA root certificate serial number set, the certificate number and the global ECP number corresponding to the ECP can also be queried based on the ECP, and the whole process does not need to traverse data on the chain.

Systems, methods, and computer program products are provided herein for hyperspectral imaging based electronic authentication resource transfers. An example method includes receiving a resource transfer request associated with at least a first user and receiving hyperspectral image data associated with the first user. The method further includes extracting, via a hyperspectral imaging module, one or more account credentials of the first user from the hyperspectral image data. The method also includes effectuating the resource transfer associated with an account of the first user as defined by the one or more account credentials. The hyperspectral image data may be generated in response to an image capturing operation performed by the hyperspectral imaging module and may be indicative of a hyperspectral image supported by a resource transfer object.

A method for managing secure processing of electronic payment transactions includes receiving a request submitted by a merchant computing system for a security verifier. The security verifier is to be displayed on an electronic display associated with the merchant computing system. A set of security credentials received from a security service provider is measured against a security threshold. When the set of security credentials meets the security threshold, a uniform resource locator (“URL”) is transmitted to the merchant computing system. The URL identifies the security verifier to be retrieved and displayed at the electronic display associated with the merchant computing system.

A method for managing secure processing of electronic payment transactions includes receiving a request submitted by a merchant computing system for a security verifier. The security verifier is to be displayed on an electronic display associated with the merchant computing system. A set of security credentials received from a security service provider is measured against a security threshold. When the set of security credentials meets the security threshold, a uniform resource locator (“URL”) is transmitted to the merchant computing system. The URL identifies the security verifier to be retrieved and displayed at the electronic display associated with the merchant computing system.

The invention relates to a safe and controllable electronic authentication mark applying method and system. The system comprises a mark generating device, a mark carrier tool and a product producing device. Wherein the mark generation equipment is used for manufacturing an electronic authentication mark for a product manufacturer under the application of the product manufacturer; the product production equipment is used for producing a product of which the interior is additionally provided with an electronic authentication mark; the mark carrier tool is connected with the mark generation equipment, and obtains and securely stores an electronic authentication mark manufactured for a product manufacturer; after being carried to a product manufacturer side and connected with product production equipment, starting control condition judgment is carried out; if the starting control condition is met, the mark carrier tool is started, and the product production equipment subjected to bidirectional authentication is allowed to safely call the electronic authentication mark; otherwise, refusing the calling of the electronic authentication mark, and the starting control condition is that starting is carried out by the set user in the set starting geographic position. According to the invention, false application in an unauthorized area is effectively prevented, and the controllability and credibility of a product to which an electronic authentication mark is applied are ensured.

Systems and methods of the present disclosure include processors configured to perform steps to receive a tag data from a contactless communication tag, execute an applet associated with the contactless communication tag, and receive document data associated with an applet-linked document, including a document identifier, a document content data, a document recipient identifier, and a document sender identifier. The processors are configured to further generate an account link linking the document data to a user account associated with the document sender, generate a document entry in the user account based on the account link, generate a webpage from the applet to record the document data such that the document data is accessible upon subsequent reception of the contactless radio signal data, and display the document data and a current status of the applet-linked document on a display of the computing device associated with the contactless reader.

The present invention provides a mobile medical electronic signature system based on electronic authentication, comprising: a certificate issuance module for importing doctor user information into edge front-end internal control and synchronizing it to cloud master control; and, at the same time, issuing a user certificate based on the doctor user information according to the cloud master control and mobile client; an electronic signature module for receiving the original document to be signed based on the edge front-end internal control after the user certificate is issued, and generating data to be electronically signed based on the cloud master control; and, at the same time, executing the electronic signature based on the data to be electronically signed by the mobile client terminal; and a verification module for verifying the original document to be signed and the signature result based on the edge front-end internal control, and generating a verification result. This ensures the security, trustworthiness, reliability, and efficiency of mobile medical electronic signatures.

To provide a playing card system, a playing card, a playing card authentication device, a playing card authentication server, a playing card authentication method, and a computer readable medium for making counterfeiting the card harder.SOLUTION: A playing card system (100) comprises a playing card (110), a playing card authentication device (200), and a playing card authentication server (300) to authenticate the playing card for playing a card game. The playing card (110) comprises an electronic memory (120) storing authentication data (122) and a counter (124).SELECTED DRAWING: Figure 1

The invention relates to the cross technical field of electronic authentication and document security management, and discloses a document full life cycle traceable method and system based on a digital certificate and post quantum cryptography, and the system is composed of a CA mechanism, a security storage system, a timestamp service, a watermark service, an electronic seal service, a printing service and a log auditing service. The method comprises the steps that a user A uses a digital certificate to electronically sign a draft file; the user B performs signature confirmation; the mechanism C carries out electronic signature and requests, and then the quantum cryptography timestamp is released; a user D needs to be authorized when querying, printing or exporting a file, and injects a hidden watermark bound with a digital certificate of the user D during exporting and printing; operation logs are recorded by a log auditing service in the whole process; when the document is leaked, the certificate identifier is obtained by analyzing the hidden watermark, and the leakage source is positioned in combination with the log. According to the method, an end-to-end credible document management and control system is constructed, and the traceability of the whole life cycle is realized.

The invention relates to an internet access safety lock system for safety protection of an electric power monitoring system and a use method. The system comprises a lock body mechanism, an electronic control mechanism and a background management system, the lock body mechanism comprises a lock shell, a spring bolt and a mechanical key hole. The lock shell is used for installing the spring bolt, the mechanical key hole and the electronic control mechanism; the spring bolt extends into and blocks the slot of the standard RJ45 port in a locking state, and is withdrawn from the slot of the standard RJ45 port in an unlocking state; the mechanical key hole is an emergency standby hole for inserting a mechanical key; the electronic control mechanism is integrated in the lock shell and comprises a spring bolt driving unit, an authentication unit, a sensor and a main control module. And the background management system is used for performing centralized management on the plurality of internet access security locks, including authority distribution, unlocking application approval, and collection and auditing of operation logs. According to the invention, through a mode of combining mechanical locking, electronic authentication and a management process, refined physical security protection is provided for the network port.

A record (100) may include a disk (102), an embedded electronic authentication tag (104), a cover (106) between the disk and the electronic authentication tag, and one or more record labels (108A, 108B). The disk, electronic authentication tag, and cover have a spindle hole (114) and a common centerline (116). The electronic authentication tag contains a unique identification code pointing to information regarding the record stored as a non-fungible token. This information may be used to verify the authenticity and ownership of the record. A puck used to create the disk may include segments of different colors so that, when the record is pressed the different segments produce a visual pattern unique to that record. A picture may be taken after pressing, recorded, recorded as part of the information in the non-fungible token, and later used to verify the authenticity of the record.

The application discloses a kind of commercial vehicle electronic vehicle theftproof control methods, comprising: performing first-level authentication, and the legality of key is verified by wireless interaction with intelligent key;After first-level authentication passes, second-level authentication is performed, and the legality of electronic gear lever is verified;After second-level authentication passes, third-level authentication is performed, and the legality of engine controller is verified;Dynamic authentication parameters are collected and evaluated, risk score is calculated based on the results of first-level to third-level authentication and the evaluation results of dynamic authentication parameters, and the safety level of vehicle is determined according to risk score.The application also discloses a kind of commercial vehicle electronic vehicle theftproof control system.Mechanical locking structure is completely cancelled, and the verification process of triple electronic authentication combined with risk authentication is realized, which gives consideration to security and verification efficiency.

Electronic authentication system comprising a computer (102), a memory device (106) connected to the computer (102), and a set of electronic components (104), the computer (102) and the electronic components (104) are connected to each other by direct or indirect links according to a predetermined configuration, each of the electronic components (104) being provided with a PUF intended to apply a challenge-response type authentication protocol, characterized in that the electronic system is configured to broadcast a single challenge (C) to the set of electronic components (104), and in that the computer (102) is configured to receive in return from the set of electronic components at least one response (Rc) allowing it to verify the integrity of this set of electronic components (104) by comparing said at least one response to at least one expected response (R'c) previously stored in the memory device (106),the integrity of the set of electronic components (104) being authenticated as being valid if said at least one response (Rc) and said at least one expected response (R'c) coincide. Figure for the abstract: Fig. 3,

Some embodiments relate to an entertainment card system (100) arranged to authenticate an entertainment card (110) for playing a card game. The entertainment card system comprises an entertainment card (110), an entertainment card authentication device (200) and an entertainment card authentication server (300). The entertainment card (110) includes an electronic memory (120) storing authentication data (122) and a counter (124).

The disclosed systems and methods are directed to generating a GPU-based mobile device signature to enhance the strength of an OTP card authentication signal. The proposed implementation leverages the NFC read capability of contactless OTP cards and WebGL image rendering functionality of mobile browser. An image, or a URL pointing to one, is received, via NFC transmission from a contactless card, for processing by a mobile browser. The output of the mobile browser image processing buffer can then be hashed and used as a device identifier for the specific mobile device performing electronic authentication of a transmission source by verifying, with high degree of certainty, the identity of the reading mobile device.

Disclosed herein are methods and systems for electronic authentication using delegated credentials to complete checkout and payment operations on a trusted device of a user. A computing system is structured to perform operations comprising receiving transaction information corresponding to an incomplete checkout operation, transmitting at least a subset of transaction information to a customer device, causing the customer device to generate and display a notification comprising a request for user authorization to complete the incomplete checkout operation, receiving customer input indicative of instructions to complete the incomplete checkout operation, and, responsive to receiving customer input, completing the incomplete checkout operation.

The utility model discloses a CA (certification authority) lock, which relates to electronic certification equipment and is characterized by comprising a lock main body, the lock main body comprises a lock cylinder module and a positioner module, and a GPS (global positioning system) positioner and a power supply for supplying power to the GPS positioner are arranged in the positioner module. According to the CA lock, the GPS positioner is arranged on the CA lock, so that the position of the CA lock can be positioned in real time through the GPS positioner, the CA lock can be easily found even if the CA lock is forgotten to be pulled out of a computer or lost, and the situations that the CA lock is lost and the CA lock needs to be replaced are avoided.

Electronic Authentication Device

A method, system, and digital recording medium provides for convenient and trustworthy user authentication with a computing device combining four authentication factors through use of a remote authentication system (RAS). An identity token (Device-ID) cryptographically bound to the user's computing device is generated as a first authentication factor. A password known only to the user is a second factor. Cryptographic signatures generated from the user's biometric minutiae is a third factor. A random challenge received from the RAS is a fourth factor. An encryption key-generation key is created cryptographically using the Device-ID and stored locally, which together with the user's cryptographic signatures are encrypted with a one-time-pad encryption key obtained from the RAS on a communication channel different from that used for other communication between the device and the RAS to provide perfect secrecy, then transmitted from the device to the RAS on a connection therebetween to register said shared-secrets.

The invention discloses an enterprise authentication control system based on an electronic signature platform, and the system comprises a manager real-name authentication unit which is used for the real-name authentication of an enterprise manager; the operator digital certificate issuing unit is used for issuing a digital certificate for identifying the identity of the enterprise operator by a third-party electronic authentication service mechanism after the real-name authentication of the enterprise operator is successful; the enterprise real-name authentication unit is used for performing enterprise real-name authentication based on the digital certificate for identifying the identity of the enterprise manager; and the enterprise digital certificate issuing unit is used for issuing a digital certificate for identifying the identity of the enterprise by a third-party electronic authentication service mechanism after the real-name authentication of the enterprise succeeds. Based on the two-factor control, fraudulent behaviors can be effectively prevented, and authenticity and accuracy of enterprise information are ensured. And through an automatic processing flow, manual input and auditing links are reduced, the labor cost is reduced, the enterprise authentication period is greatly shortened, the service development is accelerated, and the customer experience is improved.

The application relates to an intelligent door lock system for a highway pipe well, which comprises a lock body, an electronic authentication module arranged on a second surface of the lock body, a driving assembly arranged in a cavity of the lock body, a locking rod in sliding connection with the lock body and connected with the driving assembly, a controller arranged on the second surface of the lock body and electrically connected with the electronic authentication module and the driving assembly, a cover plate arranged on a first surface of the lock body and a mechanical locking lock arranged on the cover plate, the cover plate is used for closing the cavity on the lock body, a working end of the mechanical locking lock can be inserted into a blind hole in the lock body, and a storage chip is arranged in the mechanical locking lock. The intelligent door lock system for the highway pipe well disclosed by the application provides two opening modes of electronic and mechanical types, and the combination of the two opening modes can guarantee that the intelligent door lock system can be opened according to requirements.

The methods and systems disclosed herein allow for faster and more efficient authentication using a partial cookie instead of a full cookie (or other data structure). In one example, a server receives, during the first browser session at the first time, a first request for authorization from an electronic device along with authentication information. Responsive to generating a profile using the authentication information, the server transmits to the electronic device a first data source configured to grant access to the profile to the electronic device, via a first authentication protocol; and receives, at a second browser session at a second time, from the electronic device, a second request for authorization to access the profile; responsive to a determination that the electronic device includes the first data source, the server executes a secondary authentication protocol.

A method for verifying a user (3) in an electronic authentication system (1) is described, comprising the steps of detecting one or more environmental data, comparing the detected environmental data with expected environmental data, selecting a security level as a function of the comparison, performing, as a function of the selected security level, an authentication operation (5) of the user (3) in order to obtain authentication data (5a), extracting, from the authentication data (5a), a plurality of characteristics (7a), comparing the characteristics (7a) with a predetermined number of environmental verification parameters (8), analysing, during the comparison of the characteristics, the environmental data, the authentication data (5a) and the characteristics (7a) in order to identify an anomaly among the environmental data, the authentication data (5a) and the characteristics (7a) and authenticating the user (3) if from the comparison of the characteristics (7a) they meet said environmental verification parameters (8) and if from said analysis no anomalies have emerged among the environmental data, the authentication data (5a) and the characteristics (7a).

Systems and methods of the present disclosure include processors configured to perform steps to receive a tag data from a contactless communication tag, execute an applet associated with the contactless communication tag, and receive document data associated with an applet-linked document, including a document identifier, a document content data, a document recipient identifier, and a document sender identifier. The processors are configured to further generate an account link linking the document data to a user account associated with the document sender, generate a document entry in the user account based on the account link, generate a webpage from the applet to record the document data such that the document data is accessible upon subsequent reception of the contactless radio signal data, and display the document data and a current status of the applet-linked document on a display of the computing device associated with the contactless reader.