145results about How to "Accurate authentication" patented technology

A user can be challenged to provide at least one randomly selected biometric attribute. The randomly selected biometric attribute input by the user is automatically compared to a plurality of biometric attributes of the user contained in a user profile. The user can then be authenticated if the randomly selected biometric attribute input by the user matches at least one of the plurality of biometric attributes of the user contained in the user profile. Biometric attributes analyzed according to the methods and systems of the present invention, include, but are not limited to, for example, fingerprints, iris, retina, and/or tissue characteristics, such as skin morphology, skin layer thickness, collage density and orientation, tissue hydration, optical patent length differences, etc.

A challenge-response authentication procedure includes masking of the expected response (XRES) generated by an authentication center by means of a masking function (f), and transmission of the masked expected response (XRES'), instead of the expected response itself, to an intermediate party at which the actual user authentication takes place. The intermediate party also receives a user response (RES) from the user and generates a masked user response (RES') using the same masking function (f) as the authentication center did. In order to authenticate the user, the intermediate party then verifies that the masked user response (RES') corresponds to the masked expected response (XRES') received from the authentication center. The above procedure enables the intermediate party to prove that user authentication has taken place, keeping in mind that only the legitimate user knows the response beforehand.

This present invention provides users with secure transparent electronic communication, allowing them to send and receive encrypted and/or signed messages with little or no user involvement. In various embodiments, the present invention provides a user with e-mail security via automated hierarchical techniques for transparently sending and receiving secure messages, and lowers the burden on administrators. Such a system can also manage cryptographic keys and certificates for the users, and creates such keys and certificates for the users when necessary. A server according to the present invention can intercept unsecured messages from a user, automatically transform those messages into secured messages, and transmit those secure messages to the intended recipients. The server can also automatically transform messages after the recipient sends a digital identity to the server and downloads the software necessary for transforming the secured messages back into readable messages (i.e., from ciphertext into plaintext). The server can further intercept an unsecured message from a user, search for a digital identity of the intended recipient, secure the unsecured message upon finding such a digital identity, and transparently send the secured message to the intended recipient.

An authentication device according to the present invention is preferably installed in a gaming machine. In this authentication device, in particular, an authentication data input unit is located on the rear side of a display unit. Furthermore, the screen of the display unit includes an authentication position where an authentication object (for example, a player's finger) is to approach or touch the screen. The authentication data input unit reads the authentication data (for example, fingerprint pattern data) through the screen from the authentication object approaching or touching the screen of the display unit.

The present invention provides a system, apparatus and method for protecting sensitive data can be provided using a pre-content manager and a post-content manager. The pre-content manager extracts sensitive or non-sensitive data from a data storage on a client, sends the extracted sensitive data to a server for storage, receives a pointer indicating where the extracted sensitive data has been stored and replaces the sensitive data on the data storage on the client with the pointer. The post content manager receives the sensitive data from the pre-content manager and transmits the sensitive data to one or more media devices. The foregoing can be implemented as a computer program embodied on a computer readable medium wherein the steps are executed by one or more code segments.

A system, apparatus and method is provided for authentication of an item or a label by storing unique random serial numbers or codes in a remote secure storage that can be used to authenticate the item or the label, generating a pointer to each stored unique random serial number/code and storing the generated pointer(s) in a client data storage. During or prior to a production run of the item(s) or label(s): the generated point(s) are sent from the client data storage to one or more media devices, the generated pointer(s) are obtained from the media device using a post-content manager, the unique random serial number(s)/code(s) are obtained from the server via the post-content manager using the generated pointer(s), the obtained unique random serial number(s)/code(s) are sent to the media device, and the received unique random serial number(s)/code(s) are imprinted on the item(s) or the label(s) using the media device.

A method for authenticating an element in a network environment is provided that includes receiving a request for one or more triplets. One or more of the triplets may be associated with an authentication communications protocol that may be executed in order to facilitate a communication session. The method further includes returning one or more of the triplets in response to the request and initiating the communication session in response to the triplets after proper authentication of an entity associated with the request.

The application discloses a user information management method based on a block chain, electronic equipment and a storage medium. The user information management method comprises the following steps:acquiring a registration biological characteristic entered by a user through a user node, performing Hash computation on the registration biological characteristic to obtain corresponding registrationdigital fingerprint; acquiring registration identity information entered by the user; associating the registration digital fingerprint with the registration identity information, and storing in a block chain network, thereby enabling an accounting node of the block chain network to account the registration digital fingerprint and the registration identity information to accomplish the identity registration on the block chain network by the user. Through the method disclosed by the application, the digital fingerprint of the user and the identity information are associated and chained, therebyguaranteeing that the privacy of the user is hard to leak, and the identity authentication on the user can be more accurately performed when the user performs the related transaction by subsequentlyutilizing the block chain network, the identity authentication error is reduced.

Method and system for user authentication using one or more unique ID's associated with one or more electronic devices connected in a communication network, more specifically in short range radio communication network. the method comprising the steps of polling and detection of a short range wireless electronic device within a short range radio communication network, establishing a connection between such short range wireless electronic device with a centralized server, authenticating the short range wireless device ID, requesting further the user to feed a pre-determined authentication code, verifying the fed authentication code with corresponding entries in the database of the central server, establishing an encrypted channel if authentication code found in such database, receiving a user authentication certificate from the wireless electronic device.

This present invention relates to a system, method and apparatus for scientists and researchers and others to capture, secure, share, retrieve and search captured data. Said system and method is able to: fully-integrate hardware and software, required to seamlessly capture data inputs; combine edit and display functions from devices into one single edit and display platform; compile captured inputs from devices into text-searchable and tag-able data that can be displayed, edited and searched on one platform; compile captured inputs from devices into text-searchable and tag-able data that can be searchable by using free-text search, advanced search modules, or a combination thereof; provide advanced search modules that can search based on embedded text in files, tags tied to images or files, parallel image search and other intelligent parameter-based search formats; and can be provided as a hosted application, available via a wire line or wireless on-demand service, also referred to as Software as a Service (SaaS) delivery method.

Systems and methods are disclosed herein for processing a first-time registration request for electronic access to a plurality of computerized insurance services. A network interface is configured to communicate with the plurality of computerized insurance services by interfacing with a plurality of disparate information platforms and communicating with a user computing device. A memory stores a portal module, a profile module, and a security module, each in the form of computer executable instructions, which, when executed by a processor, cause the system to receive a user identity, a first-time registration request of the user identity, and one or more secure information items associated with the user identity from the user computing device, determine a verification score for the user identity based on the one or more secure information items, and selectively register the user identity with a plurality of the computerized insurance services based on the verification score.

An apparatus is provided for authentication of an item or a label by storing unique random serial numbers or codes in a remote secure storage that can be used to authenticate the item or the label, generating a pointer to each stored unique random serial number/code and storing the generated pointer(s) in a client data storage. During or prior to a production run of the item(s) or label(s): the generated pointer(s) are sent from the client data storage to one or more media devices, the generated pointer(s) are obtained from the media device using a post-content manager, the unique random serial number(s)/code(s) are obtained from the server via the post-content manager using the generated pointer(s), the obtained unique random serial number(s)/code(s) are sent to the media device, and the received unique random serial number(s)/code(s) are imprinted on the item(s) or the label(s) using the media device.

A user authentication system of the present invention includes: a first wireless tag having first ID data about a user and a first antenna for transmitting the first ID data; a second wireless tag having second ID data different from the first ID data, and a second antenna, perpendicular to the first antenna, for transmitting the second ID data; a wireless-tag receiver for receiving the first ID data transmitted from the first antenna and the second ID data transmitted from the second antenna; and a use-permission determining apparatus for determining whether the ID data received by the receiver matches pre-registered ID data, and for determining, based on timing of or counts of receptions of the first ID data and the second ID data received during a predetermined period of time, whether use is permitted.

An imaging optical system 110 of an iris image pickup camera 100 has a common light axis in a region where an iris as an object is situated, and has first and second branch light axes branched from the common light axes. The imaging optical system 110 further has focusing ranges displaced from each other on the common axis for each of first and second branch light paths which passes through each of the first and second branch light axes. An imaging element 12 and an image processing section 13 generate image data of an iris image formed through the first and second branch light paths. Thus, an iris image pickup camera can be provided, which can promptly take an iris image for iris authentication in a simple configuration and without bothering a person to be authenticated.

The invention belongs to information electronic field, integrating RFID technique with bio-character recognition technique to implement two authentication mode-complementary intelligent authentication terminal systems and besides, implementing reliable instruction executing operation by the RFID technique and bio-character recognition technique. When an operator holding an electronic tag with right information sends operating instructions to intelligent terminal, a RFID system finds out the right information and bio-character information corresponding to the electronic tag, and makes bio-character recognition on the operator by bio-character recognition data collector, and executes the instruction the operator sends after authentication passes. Thus, the operators with different rights can execute different operations in different read regions by electronic tag, and the authentication course and operation are united in a terminal.

An image processing apparatus includes a detecting unit for detecting a position of a facial feature in a face image, a principal component analysis performing unit for performing principal component analysis on the position of the facial feature in a registered image that is a pre-registered face image, a first evaluation value calculating unit for calculating a first evaluation value that is used to evaluate the position of the facial feature in a target image relative to the principal component obtained in the principal component analysis operation, and a first determining unit for determining whether or not the face in the target image matches the face in the registered image by comparing the calculated first evaluation value with a first threshold set based on the position of the facial feature in the registered image relative to the principal component.

The present invention generally relates to systems and methods for producing mixed media. Specifically, embodiments of the present invention are configured to provide users the ability to play one or more multimedia files and mix the files in real time (live) according to user manipulation of system controls and or manipulation of user defined presets, thus producing a mixed media mashup. Further embodiments of the present invention are configured to allow users to record, save, replay, and share the mixed media mashup.

An electronic key system determines that legitimate communication has been performed on the basis of conditions including that a measured distance from a ranging request unit to a ranging response unit measured on the basis of a ranging request signal and a ranging response signal is within a threshold range that is set on the basis of the distance from a communication area of a transmission antenna where an electronic key is determined to be located by a key location determination unit to one of either the ranging request unit or the ranging response unit that is provided in an on-board device.

The invention provides a target track tracking method and a device, which relate to the technical field of intelligent video surveillance. The target track tracking method comprises the following steps: carrying out structured processing on the target characteristic map of the target object to obtain the target structured information of the target object; in the preset structured information database, history structured information matching the target structured information, history characteristic map corresponding to the history structured information and the terminal position of the monitoring end for sending the history characteristic map are searched; in a preset identity information database, acquiring an identity mark corresponding to a history characteristic map and a GPS positioning position of a mobile communication number corresponding to the identity mark; if the position of the terminal matches the position of the GPS positioning, the movement trajectory of the target object can be obtained by counting the position of the terminal, which achieves the technical effect of determining the identity authentication and trajectory tracking accurately through the mass surveillance video.

A terminal is authenticated in view of inclusion in a communication network by an authentication process conditioned upon location information transmitted from the terminal to at least one server in the network. At least one access point for the terminal to the network is configured for allowing a non-authenticated terminal to transmit to an authentication server in the network authentication messages based on a given authentication protocol, such as, e.g., EAP. The terminal is configured for transmitting the location information to the authentication server by conveying it over the authentication protocol. A location system can be integrated in the terminal to generate location information identifying the location of the terminal, and in that case the terminal is configured for transmitting the location information identifying the location of the terminal to authentication server. As an alternative, a location server is associated with the network and the location information is transmitted from the terminal to the location server. On the basis of the location information transmitted from the terminal, the location server generates location information identifying the location of the terminal and sends the information to the authentication server.

A method for authenticating an end user in a network environment is provided that includes positioning an identification element in a first device that is operable to provide an interface for an end user. The first device is further operable to communicate with an internet protocol (IP) network and with a second device. The end user is then authenticated with a selected one of the first and second devices through the IP network using the identification element such that the end user may operate the first and second devices in multiple access networks that cooperate to provide connectivity to the end user. Each of the access networks is operable to facilitate communications between the end user and the IP network.

The invention discloses a wireless network access authentication system and a wireless network access authentication method based on a radio frequency fingerprint and a biological fingerprint. The system provided by the invention comprises a radio frequency module, a radio frequency fingerprint processing module, a fingerprint information storage module, a user information processing module, a fingerprint information authentication module, a connection authentication request sending module, a connection authentication request processing module and an access service module. According to the method provided by the invention, the radio frequency fingerprint of a wireless terminal used by a user for applying for accessing a wireless network is authenticated, after the radio frequency fingerprint is authentication, the biological fingerprint of the user using the wireless terminal to access the wireless network is authentication, and after the biological fingerprint of the user is authenticated, the user is allowed to use the wireless terminal to access the wireless network. According to the system and the method provided by the invention, the secure access to the wireless network is achieved through authenticating the wireless terminal and the user applying for using the network.

The embodiment of the invention discloses a token generation and authentication method and an authentication server. The method comprises steps: the first authentication server authenticates a login request of a user; when the first authentication server succeeds in authenticating the login request of the user, a session is built for the user, and a token comprising identifier information and token addressing information is generated for the user, wherein the identifier information is used for identifying the session of the user, and the token addressing information is used for indicating the storage position of the token in an authentication server cluster, and the first authentication server is located in the authentication server cluster. In a condition of correctly authenticating the token, the data transmission resources and the storage resources in the authentication server cluster can be saved.