MARK LEE FOX
Pilots at Cutwater Ln, San Mateo, CA

6421781, Jul 16, 2002

Aug 10, 1998

09/132166

Mark A. Fox - San Mateo CA
Peter F. King - Half Moon Bay CA
Seetharaman Ramasubramani - San Jose CA

Openwave Systems Inc. - Redwood City CA

H04L 100

713201, 713200, 380 30, 380231, 709232

A secure push server is disclosed. The push server is used for sending notifications to different wireless clients on different wireless networks. The push server allows information service providers to send notifications to the wireless clients. The information service providers initiate a request to the push server that includes updated information. The request also includes a certificate from the information service provider. The push server authenticates the request from the information service provider by verifying the certificate. The push server also determines if the certificate was issued from an acceptable certificate authority by examining an acceptable certificate authority list. Finally, the push server checks the content of the notification to be sure it does not interfere with other information service providers. After performing the security checks, the push server processes the notification request.

6742127, May 25, 2004

Jan 28, 2002

10/059949

Mark A. Fox - San Mateo CA
Peter F. King - Half Moon Bay CA
Seetharaman Ramasubramani - San Jose CA

Openwave Systems Inc. - Redwood City CA

G06F 1300

713201, 713200

A secure push server is disclosed. The push server is used for sending notifications to different wireless clients on different wireless networks. The push server allows information service providers to send notifications to the wireless clients. The information service providers initiate a request to the push server that includes updated information. The request also includes a certificate from the information service provider. The push server authenticates the request from the information service provider by verifying the certificate. The push server also determines if the certificate was issued from an acceptable certificate authority by examining an acceptable certificate authority list. Finally, the push server checks the content of the notification to be sure it does not interfere with other information service providers. After performing the security checks, the push server processes the notification request.

6473609, Oct 29, 2002

Sep 14, 1998

09/153322

Bruce V. Schwartz - San Mateo CA
Russell S. Greer - Los Gatos CA
Stephen S. Boyle - Fremont CA
Mark A. Fox - San Mateo CA
Alain S. Rossmann - Palo Alto CA
Mark G. Lentczner - Mountain View CA
Andrew L. Laursen - San Mateo CA
Brad E. Sandman - Sunnyvale CA

Openwave Systems Inc. - Redwood City CA

H04Q 720

455406, 455422, 455426, 455414, 455550, 455408, 455403

The present invention is particularly applicable to navigation of Internet by two-way interactive communication mobile devices that are capable of wireless communication via a link server with service providers or network servers on the Internet. Despite the limited computing resources in mobile devices that make it economically and technically impractical for the mobile devices to operate a local browser functioning as if it was in a desktop computer, the present invention allows the mobile devices to interact effectively with the Internet using a control engine operating in the link server and an interface engine operating in the mobile devices. The control engine, which utilizes the computing resources of the link server device, is responsible for tasks that require considerable computing power and memory, such as processing of URL requests, interpretation of markup language files, management of data cache and variable states. Further, working with a message processor in the server device, the control engine communicates with an interface engine using a compact data format that is efficiently transportable in the wireless data network. The interface engine typically performs tasks that do not require considerable computing power and memory, such as receiving input data from users, and the rendering of the compact data format received from the link server device, to cause the mobile device to display contents in the markup language files on a display screen.

6507589, Jan 14, 2003

Aug 10, 1998

09/131491

Seetharaman Ramasubramani - San Jose CA
Stephen S. Boyle - Fremont CA
Mark A. Fox - San Mateo CA

Openwave Systems Inc. - Redwood City CA

H04L 1246

370465, 370401

Techniques for routing messages to addressable portions (e. g. , processes) within an apparatus are disclosed. The techniques can be performed by a variety of apparatus including, for example, a gateway, a proxy server or a mobile device. After receiving the messages routed thereto, the addressable portions are able to process the messages and perhaps return a reply message. Often, the apparatus is a gateway or proxy server coupled between a network containing remote computers storing information and a wireless communication system including a plurality of mobile devices. The processing of the message will typically act to produce a message that forwards certain of the information from one or more of the remote computers on the network to a mobile device coupled to the wireless communication system.

7003284, Feb 21, 2006

May 8, 2002

10/142016

Bruce V. Schwartz - San Mateo CA, US
Russell S. Greer - Los Gatos CA, US
Stephen S. Boyle - Fremont CA, US
Mark A. Fox - San Mateo CA, US
Alain S. Rossmann - Palo Alto CA, US
Mark G. Lentczner - Mountain View CA, US
Andrew L. Laursen - San Mateo CA, US
Brad E. Sandman - Sunnyvale CA, US

Openwave Systems Inc. - Redwood City CA

H04Q 7/20, H04Q 7/38, H04Q 7/32

4554141, 4554261, 4554121, 4554122, 4554221, 455466, 379 671, 37910001, 709218, 709219, 709203, 370352

The invention allows access to the Internet by two-way mobile communication devices capable of wireless communication via a link server. Despite limited computing resources in the mobile devices, the invention allows the mobile devices to interact with Internet entities using a control engine in the link server and an interface engine in the mobile devices. The control engine utilizes the computing resources of the link server and handles tasks requiring considerable computing resources, such as processing of URL requests, interpreting markup language files, managing a data cache and variable states. Working with a message processor in the link server, the control engine communicates with an interface engine using a compact data format that is efficiently transportable in the wireless data network. The interface engine typically performs tasks that do not require considerable computing resources, such as receiving input from users and rendering data received from the link server.