Abstract: A client-server computing system includes a server that has a virtual display driver that classifies and, if necessary, translates graphics application programming interface (API) functions to a cross-platform format. Classification involves determining whether the graphics command(s) are platform-specific and/or client-supported functions. After classification and translation, the graphics command(s) are marshaled and transmitted to a client via a network. The client includes a client display driver that executes the functions using a client 3D library and renders the resulting image data to a display.

Abstract: A client-server computing system includes a computer cluster for hosting certain resources, applications, programs, processes, files, and/or data that are published to users who are accessing the computer cluster remotely. The computer cluster includes a network of one or more host computers, a gateway server, a gateway service database, and a user database. A single sign-on (SSO) method of the disclosure includes performing a computer cluster authentication process in which a user enters his/her credentials followed by a resource authentication process in which there is no need for the user to reenter his/her credentials, having entered them already in the computer cluster authentication process.

Abstract: A client-server computing system includes a computer cluster for hosting certain resources, applications, programs, processes, files, and/or data that are published to users who are accessing the computer cluster remotely. The computer cluster includes a network of one or more host computers, a gateway server, a gateway service database, and a user database. A single sign-on (SSO) method of the disclosure includes performing a computer cluster authentication process in which a user enters his/her credentials followed by a resource authentication process in which there is no need for the user to reenter his/her credentials, having entered them already in the computer cluster authentication process.

Abstract: Methods and apparatus for electronically publishing information on a computer network are disclosed. A computer connected to a computer network is provided to host a database. The computer is configured receive a request from a user to electronically publish information on the computer network. The computer then may accept and store input from the user in a database. The computer may then electronically publish the user input by making information stored in the database freely accessible on the computer network.

Abstract: A licensing system is disclosed for performing synchronous encryption with a client over an IP-compliant network. In disclosed embodiments, the system includes a licensing agent configured to pass a data structure unencrypted in an initial communication between the licensing agent/client pair and pass a first key to said client responsive to an initial communication. The licensing agent then receives the data structure from the client having designated fields encrypted according to the first key. The licensing agent then sends a second key to the client for use in subsequent communications.

Abstract: A multi-homed web server with modular functionality is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time. The web server software may be compiled as part of the native web server code.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time. The web server software may be compiled as part of the native web server code.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The web server is configured to serve animations to clients over the web. The web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. The multi-web server is configured to serve animations to clients over the web. The multi-web server may determine whether the specified time to send a subsequent graphic in a series of graphics has passed, and if the specified time has passed, then send a next graphic the next appropriate time. The web server software may be compiled as part of the native web server code.

Abstract: A multi-homed web server is disclosed including a plurality of virtual hosts operable in a web server. A master configuration file associated with each of said plurality of virtual hosts is provided. A plurality of modules are available for processing particular types of incoming connection requests. Associations are maintained in the master configuration file for determining which of the plurality of modules is appropriate for a particular incoming connection request.

Abstract: A virtual host for protocol transforming traffic traversing between an IP-compliant source and non-IP compliant destination is disclosed. The virtual host includes a communications channel configured to channel process traffic, transforming IP-compliant traffic into a non-IP protocol appropriate for the destination.

Abstract: A Web server is provided having a multi-homed, modular framework. The modular framework allows extensions to the Web server to be easily compiled into the Web server, allowing the extensions to run natively as part of the server instead of incurring the overhead typical of CGI scripts, for example. The multi-homing capabilities of the Web server provide the appearance to Web users of multiple distinct and independent servers, allowing a small company or individual to create the same kind of Web presence enjoyed by larger companies. In effect, multiple virtual servers run on the same physical machine. The Web server as a whole is easily extensible to allow additional capabilities to be provided natively within the Web server itself. Furthermore, each virtual server is independently configurable in order to turn different capabilities on or off or to modify operation of the virtual server.

Abstract: Methods and apparatus for transparently managing outbound traffic from an internal user of a private network destined for a public network are disclosed. Embodiments include a firewall device operable between an internal user of a private network and an IP-compliant network. The firewall device being configured to assign a proxy agent to process a request by the internal user to form a connection with a public network element through the IP-compliant network. Disclosed embodiments include the proxy agent forming a connection only if the internal user is authorized to access the public requested network element.

Abstract: A firewall for authenticating a user access request is disclosed. The firewall device may include a proxy process for processing incoming connection requests. The proxy is configured to receive an access request from a user over a first communication medium and prompt the user for a username over the first communication medium. The firewall may then send a password to the user over a communication medium other than said first communication medium responsive to receiving a valid username from the user. The firewall may then verify the access request responsive to receiving the password from the user through the first communication medium. The firewall may send passwords to a mobile device for verification.

Abstract: A firewall for authenticating a user access request is disclosed. The firewall device may include a proxy process for processing incoming connection requests. The proxy is configured to receive an access request from a user over a first communication medium and prompt the user for a username and a first password portion over the first communication medium. The firewall may then send a second password portion to the user over a communication medium other than said first communication medium responsive to receiving a valid user name and first password portion pair from the user. The firewall may then verify the access request responsive to receiving the second password portion from the user through the first communication medium. The firewall may send passwords to a mobile device for verification.

Abstract: A virtual private network is disclosed. The network may include a first private network including a first firewall interposed between a first private network and a public network and a second firewall interposed between a first client machine and the first firewall machine. The network may include a second private network including a third firewall interposed between the second private network and the public network, and a fourth firewall interposed between a second client machine and the third firewall. An encrypted path is provided for traffic flowing between the first and second client machines over the public network. The encrypted path comprises encryption of a first type for traffic the first and second firewalls and the third and fourth firewalls, and encryption of a second type is used between the first and second private networks for traffic flowing over the public network.

Abstract: Methods and apparatus are disclosed for updating personal financial information on a web site. Preferred methods include a web site configured for receiving a request from a user to update personal financial information on the web site, verifying the user's identity, and allowing financial information to be updated if the user's response contains a proper password.