81 results about "Registry data" patented technology

A system performing secondary verification using only existing apparatuses to accomplish a measure for relief in personal authentication without causing complexity or without increasing cost. The system has a registering apparatus for obtaining data for verification from information inputted using an inputting unit and registering the data. The registering apparatus has a first extracting unit for extracting biometrics characteristic data from the biometrics information obtained by the inputting unit, and registering the biometrics characteristic data as registry biometrics characteristic data for primary verification, and a second extracting unit for extracting data, which is different from the registry biometrics characteristic data, from information inputted using the inputting unit and registering the data as registry data for secondary verification. The system is used for personal authentication using biometrics information such as fingerprint, palm print, finger shape, palm shape, voice, retina, iris, face image, dynamic signature, blood vessel pattern, keystroke, or the like.

The invention relates generally to a comprehensive, integrated computer-based system and method for undertaking an engineering design and development effort in a virtual collaborative environment, identifying qualified fabricators for manufacturing a part design based on fabricator capability information stored in a global registry database substantially maintained by the fabricators themselves, and conducting a virtual bidding process whereby electronic representations of three dimensional model and specification data are provided by a central server. The central server further supports the bidding process by providing quasi-real time audio, video and graphics, and the contracts negotiation and formalization steps.

An audio and/or video media content providing device includes a controller, such as a server, that is responsive to RFID tag based information obtained from a remote RFID enabled media object. The controller is operative to facilitate access to media content associated with a stored periodically changing media content list. For example, a content registry database may be periodically updated through a suitable user interface to change a link between content identification information read from a remote RFID enabled media object, with media application information so that the same RFID tag may allow the downloading of different media. The link between the content ID and the media ID may be dynamically changed through the controller. This may be advantageous, to provide for example, a Top 10 song card or other RFID enabled object that stays the same but can be used to securely download different media over time.

A telephone call screening system screens telephone calls placed to a subscriber based upon a preferred caller database established by the subscriber from a networked caller registry database. A caller registration system allows callers to select a private identifier unique to the caller and registers the callers in a caller registry database. The subscriber establishes the preferred caller database by connecting to the caller registration system and selecting the preferred callers. The private identifiers associated with the selected preferred callers are then stored in the preferred caller database. When a caller calls the subscriber, the caller is asked to enter the caller's private identifier. A caller disposition process is initiated based on whether the private identifier is in the preferred caller database.

Systems and methods of performing incremental DNSSEC signing at a registry are described in which digital signature operations may be performed as part of a single transaction including DNS add, update, and/or delete operations and the like. Exemplary methods may include receiving a domain command from a requester, the domain command including an identifier of a domain. The received domain command may be executed with respect to data stored by the registry for the domain. As part of an individual transaction including the execution of the domain command, the registry may also sign DNSSEC records for the domain using a private key of an authoritative server. After the DNSSEC records have been signed, the registry may incrementally publish the signed DNSSEC records to a separate server. Exemplary methods may also include “took-aside” operations in which, for example, add, update, and/or delete operations may be executed on data stored in a registry database and reported to a requester, prior to applying digital-signatures to the DNSSEC data. After reporting that the instructions have been executed, the registry may generate a digital signature based on the add, update, and/or delete changes, and commit the digital signature to a registry resolution database.

An identity system for the Internet of Things (IOT) that enables users and machines to identify, authenticate and interact with products and collectibles without relying on a third-party-controlled authentication service. The system includes wireless tamperproof tags coupled to products and an open registry database where a chain of ownership of the items is able to be stored. The open registry enables public access to the item identity and data combined with item registration anonymity.

A system and method for migrating state data from a source computing platform to a destination platform, such as for migrating state data from one computer to another computer. Pluggable modules collect state on a source platform and transport it to temporary storage as state objects that are independent of any particular destination platform. For example, a state object may contain the information that represents a file on a source machine, while another state object may contain a piece of registry data on that machine. At the source platform, modules provide state data gathering and analysis that collect the data into the state objects. A transport module transports the data to storage accessible to the destination. At the destination, the state objects are applied by pluggable modules to the destination platform. The object data can be adjusted, translated and/or merged with destination state data as appropriate for the destination platform.

Internet-accessible system and method for customized design and on-site verification of agriculture irrigation systems includes one or more of: 1) sprinkler package configuration software operable on a user's PC or accessible via an Internet website, 2) Internet-accessible proprietary irrigation system registry database and user interface, 3) computer-controlled automated component selection and labeling system for placing barcode or RFID information on components, and 4) portable wireless location-aware communication device operable at or near an irrigation site for accessing the registry database and obtaining sprinkler package configuration information specific to a particular irrigation system based on location and/or a particular irrigation system component detected in proximity to the portable communication device.

A method, system and computer-readable medium for configuration file sharing are presented. In a preferred embodiment, the method includes the steps of: creating, in a controller, a superset registry file that includes old registry data, new registry data, and kindred registry data, wherein the old registry data and the new registry data are incompatible, and wherein the kindred registry data is compatible with both the old registry data and the new registry data; and contemporaneously downloading the kindred registry data and software version-specific registry data, selected from the old registry data and the new registry data, to a requesting client.

An Active User Registry system includes a database which is integrated with the POTS network and a packet network to exploit the outstanding strengths of both of its constituents. The Active User Registry database is a dynamic data structure of all the ways in which one or more users can be reached via some type of communication network. A key feature of the Active User Registry is the ability to broker between a subscriber's request for communications contact information corresponding to a user and the user's preferences of being reached by various communications alternatives.

A CORBA-compliant computer network includes a registration server on which an AAR service resides, a registry database and an ORB which couples the registry server to the registry database. A CORBA-compliant interceptor residing on the ORB intercepts each message, generated by the AAR service, invoking the registry database and each message, generated by the registry database, responding to the invocation message generated by the service of the client server. The interceptor selects information useful in determining the cause of a failed usage of the service residing in the client server from each intercepted invocation and response messages, writes the selected information to a data store residing in the client server and then re-invokes the intercepted invocation and response messages. In the event of a network failure, the data written to the data store may be reviewed to obtain useful information regarding the network failure.

A method for administering a top-level domain by analyzing domain name registrations for requests for suspicious or malicious domain names. A request to register a domain name is received. The requested domain name's information may be stored in a registry database. The requested domain name may also be conditionally stored in the domain name system (DNS) zone. The requested domain name is compared to a list of botnet domain names stored in a watch list database. If the requested domain name corresponds to one of the botnet domain names, the requested domain name is prevented from being added to the DNS zone or is removed from the DNS zone, if it has already been stored there. The information regarding the requested domain name is stored in the registry database, even if the domain name does not ultimately stay in the DNS zone.

Information is retrieved from the registry by creating a registry interface database containing information regarding registry data and uniquely identifying every registry entry for a registry interface. Source header files are generated using information about a program module, such as an application, contained in the registry interface database. The source header files are compiled with the application to generate the application's executable file. During run-time of the application, the registry interface is called by the application to retrieve registry data. If available, the registry interface retrieves the registry data and forwards this information to the application. In the event that the registry data is not available, the registry interface retrieves a default value in place of the registry data and forwards that default data to the application. A policy may be implemented by checking a policy area of the registry for the registry data and invoking the policy.

A domain name registration system includes a user interface through which a user can submit multiple names to a query server to determine the availability of the names for domain name registration. After the query results are returned for each of the multiple names submitted, the user is presented with a table listing the availability of each name in combination with multiple Top-Level Domain (TLD) extensions. The user is able to select one or more names from the table for registration in the registry database. After the query server has attempted to register each of the selected names, the user is presented with a Registry Response Table indicating which of the selected names were successfully registered as domain names. Thus, the system and method increases the speed and productivity of querying and updating a domain name registry or other database.

This disclosure describes a system for real-time trading and purchasing of value documents. Described is providing access over the internet with a device to a registry server with a registry database. Next, described is setting up a registry for a plurality of value documents. Further described is the registration of owners and their value documents in a log file. And further described is keeping entries of the registered value documents. Next described is the opening an e-wallet account by a buyer that defines an exit account and then verifying it. Further described is interconnecting the e-wallet, the registry and the exit account. Additionally described is the pre-order validation of all orders. And, then described is the trading and settlement of funds and the value documents between the owner and the buyer. And then described is updating and recording information when a trade of the documents is executed.

Apparatus, system and method for encoding and/or decoding persistent universal media identification (ID) codes embedded in audio. For encoding, a persistent identifier code is generated or received from a registry database, where the code includes data for uniquely identifying a media object. Audio code components including frequency characteristics are generated to represent symbols of the persistent identifier code and the audio code components are psychoacoustically embedded into an audio portion of the media object to include the persistent identifier code within one or more of a plurality of encoding layers. Such embedded audio may be subsequently decoded by transforming the audio data into a frequency domain and processing the transformed audio data to detect the persistent identifier code.

The invention provides a recovery method and a recovery device of registry deleted data. The recovery method of registry deleted data comprises the following steps: acquiring unused space of registry files according to values of CellLength in the registry files, marking the unused space using Cell in the deleted data, storing the achieved unused space, and recovering deleted registry data from the unused space of the registry files. According to the recovery method of registry deleted data, on the condition that data are not written into a registry when a registry key is deleted, the deleted registry key can be recovered 100%, integrity of a directory structure can be guaranteed, and integrity and accuracy of recovered data are guaranteed to a large extent. The recovery method of registry deleted data provides solutions for the loss of the registry data caused by misoperations or vicious operations.