17799 results about "Server-side" patented technology

A system and method are provided for maintaining consistent server-side state across a pool of collaborating servers with independent state repositories. When a client performs an event on a collaborating server which affects such state on the server, it publishes notification of the event into a queue maintained in client-side state which is shared by all of the collaborating servers in the pool. As the client makes requests to servers within the pool, the queue is thus included in each request. When a collaborating server needs to access its server-side state in question, it first discerns events new to it from the queue and replicates their effects into such server-side state. As a result, the effects of events upon server-side state are replicated asynchronously across the servers in the pool, as the client navigates among them.

A lightweight secure tunneling protocol or LSTP permits communicating across one or more firewalls by using a middle server or proxy. Three proxies are used to establish an end-to-end connection that navigates through the firewalls. In a typical configuration, a server is behind a first firewall and a client behind a second firewall are interconnected by an untrusted network (e.g., the Internet) between the firewalls. A first inside firewall SOCKS-aware server-side end proxy connects to the server inside the first firewall. A second inside firewall SOCKS-aware client-side end proxy is connected to by the client inside the second firewall. Both server-side and client-side end proxies can address a third proxy (called a middle proxy) outside the two firewalls. The middle proxy is usually started first, as the other two end proxies (server and client) will initiate the connection to the middle proxy some time after they are started. Since the middle proxy is mutually addressable by both inside proxies, a complete end-to-end connection between the server and client is established. It is the use of one or more middle proxies together with the LSTP that establishes the secure communications link or tunnel across multiple firewalls.

An Internet-based server with speech support for enhanced interactivity is disclosed. This server hosts a server-side speech recognition engine and additional linguistic and database functions that cooperate to provide enhanced interactivity for clients so that their browsing experience is more satisfying, efficient and productive. This human-like interactivity which allows the user to ask queries about topics that range from customer delivery, product descriptions, payment details, is facilitated by the allowing the user to articulate the his or her questions directly in his or her natural language. The answer typically provided in real-time, can also be interfaced and integrated with existing telephone, e-mail and other mixed media services to provide a single point of interactivity for the user when browsing at a web-site.

A system for presenting dynamically generated images in a computing environment is provided. The system generates visual elements, such as widgets, for example, by combining image data, user-defined data which may include alphanumeric data, and real-time data indicative of current conditions. The widgets may be implemented in a purely server-side application environment which alleviates the need for any installation of client software on the client computing device.

There is provided a system and method for rule-based dynamic server-side streaming manifest files. There is provided a method comprising receiving a request to provide a first video content for playback, evaluating a plurality of rules for the first video content, generating a dynamic manifest file referencing the first video content, and providing the dynamic manifest file in response to the request, thereby enabling an application to playback the first video content for output on a display by interpreting the dynamic manifest file. The rules may implement various features such as dynamic advertisement insertion, load balancing, client customization, user and device targeting, enhanced security mechanisms, global announcements, and others. As streaming protocols are widely supported by default on many client platforms, the dynamic manifest files can be utilized in a user friendly and transparent manner compared to client-side solutions requiring cumbersome client software installations.

A system and a computer-implemented method for processing a cookie description file are provided. A browser provides the cookie description file that includes meta-information associated with cookies that are associated with a domain. The meta-information includes cookie information specific to each cookie. The cookie description file is parsed and the meta-information associated with each cookie is extracted. The parsed meta-information is displayed in a user-readable format on a client device.

A biometrics security method and apparatus are disclosed that restrict the ability of a user to access a device or facility using a portion of biometric data to validate the user's identity. Upon a user request to access a secure device or facility, the central biometric security system initially sends a first request for a specific sample of a portion of the user's biometric information. The specific sample may be identified, for example, using a set of image coordinates. A second request is also sent to retrieve the biometric prototype from a database of registered users. The central biometric security system then compares the user biometrics portion with the corresponding biometrics prototype portions. The user receives access to the requested device if the user biometrics portion(s) matches the corresponding biometrics prototype portions. In one variation, the biometric security system transmits a security agent to the user's computing device upon a user request to access a remote device. The security agent serves to extract user biometric portions in accordance with the sampling request from the central biometric security system. In another variation, a local recognition is performed before a remote recognition to reduce the risk of a failed server side recognition due to a poor biometrics feature.

This invention is a real-time system that detects click fraud and blocks those click fraud. This system will be used as an arbitration system to evaluate the quality of every click referred from PPC publishers, thus helping advertiser saving money. The invention uses innovative matching between two logs, client side log and server side log, to find out software click and detect abnormal activities, such as no mouse movement, no mouse clicks, repeat clicks etc. The system includes three parts working cooperatively: a database for logging user click parameter and reporting click fraud, web servers with filter program such as ISAPI filter, CGI or other server side script program, and tracking code inserted to a web page, executed on client computer. The system can also block any fraudulent traffic in real time.

Consumers may centrally store, manage and distribute information using an information account stored in a central data repository. The information account is accessible from any client device, without the need to permanently store or install proprietary software thereon. The information account comprises a plurality of consumer information elements stored in a tagged data format. A host server hosts a database management system for accessing the information account. A client-side application may manage communications with host server. Alternatively, the client device may interact with a vendor server that executes a server-side application for managing communications with the host server. In response to a request from the consumer, the host server may filter selected consumer information elements from the information account and transmit the filtered consumer information elements to the client-side or server-side application. The filtered consumer information elements may then be automatically integrated into a vendor business process on behalf of the consumer, if desired.

A transaction is conducted between a merchant site and a customer's electronic device using a payment processor. The merchant site is associated with a client-side application and a server-side application. The client-side application executes on the customer's electronic device. The client-side application electronically sends payment information retrieved from the customer's electronic device to the payment processor. The client-side application does not send the payment information to the server-side application. The payment processor creates a token from the payment information sent by the client-side application. The token functions as a proxy for the payment information. The payment processor electronically sends the token to the client-side application. The client-side application electronically sends the token to the server-side application for use by the server-side application in conducting the transaction. The payment information can thus be used by the server-side application via the token without the server-side application being exposed to the payment information.

A method and apparatus to create an intermediate language or source code file from a server-side resource or dynamic web page file. The source code can then be compiled into an executable class allowing for rapid generation of web page control objects that perform server-side functions, including the rendering of client responses. The code generation scheme of the present invention is capable of creating control objects connected in a hierarchy to handle event processing and the setting of attributes to the specific objects.

A server provides a reduced set of malware signatures to clients. The reduced set of malware signatures has the same scope of coverage as a comprehensive set of malware signatures stored on the server, but with a higher rate of false positive detections. The server receives signature detection event reports from the clients. A signature detection event report identifies the signature in the reduced set that was detected, and includes information describing the suspicious entity in which the signature was detected. Upon receiving a signature detection event report from a client, the server evaluates the information describing the suspicious entity using one or more signatures in the comprehensive set to determine whether the signature detection event is a false positive or a legitimate malware detection. The security server provides the result of the evaluation to the client from which the report was received.

In a network supporting transactions between clients and servers and proxies that are interposable in a network path between at least one client and at least one server, wherein a pair of proxies can modify a packet stream between a client and a server such that packet data from the client to the server is transformed at a client-side proxy of the proxy pair and untransformed at a server-side proxy of proxy pair and such that packet data from the server to the client is transformed at the server-side proxy and untransformed at the client-side proxy, a method and apparatus for a discovering proxy to transparently discover its position in a proxy pair by using proxy signals to indicate to other proxies that could pair with the discovering proxy. A discovering proxy might determine that it is a client-side proxy by receipt of a packet from client without a proxy signal. A discovering proxy might determine that it is a server-side proxy by receipt of a packet from server without a return proxy signal. Once a proxy pair is discovered, that proxy pair might transform traffic from the server to the client or vice versa, transforming the traffic at one proxy of the proxy pair and untransforming the traffic at the other proxy of the pair.

A digital signature system is provided on a server for use by remote clients, such as by using a browser. The server generates and maintains all of the users' keys used for producing a digital signature. A user sends a data object to the server, and the server generates a digital signature for the data object using the private key stored at the server. The server then sends the digital signature to the client. A client can, at a later time, send the signature back to the server for verification.

The Audience Content Exposure Monitoring Apparatuses, Methods and Systems (“ACEM”) transforms pulsing request (e.g., 1107), viewing status, purchase request, channel selection, survey request, sentiment request, atmospherics, social media posts, response events, data request and access token, app/device input monitoring, check-in, URL access, etc. inputs via ACEM components into atmospherics sampling record (e.g., 1106), ad contents (e.g., 1115), RT data/records, ad tags, media program, full page content outputs. In some embodiments, the ACEM provides a mobile metering system that configures the data collection of audience environment atmospherics to evaluate audience media exposure. In one implementation, the ACEM may employ media data collection technology using a combination of mobile device metering app and cloud hosted server side technology to determine when and how often a user mobile device should record and/or generate monitoring atmospherics of audience environment; and to determine what content the audience has been exposed to based on the collected monitoring data.

The invention discloses an Internet of things communication protocol capable of being encrypted dynamically, and relates to the Internet of things and the technical field of communication. The Internet of things communication protocol capable of being encrypted dynamically is proposed for solving the ineffective data encryption and no encryption problems which are ubiquitous in Internet of things communication. The Internet of things communication protocol capable of being encrypted dynamically is characterized by comprising a communication frame (10) supporting dynamic encryption, a server-side dynamic encryption and decryption module (30) and a client-side dynamic encryption and decryption module (40). The Internet of things communication protocol capable of being encrypted dynamically has the advantages that encryption keys and an encryption algorithm change randomly and dynamically, the risk that communication ciphertext in the network is broken is lowered greatly, and communication safety is enhanced.