Donovan S White, 7113378 Calle Colina, Poway, CA 92064

8127346, Feb 28, 2012

Jun 29, 2010

12/826501

Robert T. Kulakowski - Rancho Santa Fe CA, US
Donovan Steve White - Poway CA, US

Verimatrix, Inc. - San Diego CA

H04L 29/06

726 10, 726 2, 726 3, 726 5, 726 9

In a security system for network communications with client devices, each client device has a communication module for communicating with at least one server over a network, a data storage module for storing one or more covert data values of one or more operational events at the client device, and a covert identifier generating module which creates at least one covert identifier based on the stored covert data values. The covert identifier is provided in one or more network messages to the server, or otherwise sent to the service provider, and may be provided in response to a specific request received over the network, or routinely in one or more messages normally involved in network communications. The server compares covert identifiers received from client devices having the same client identifier in order to detect possible clones.

8503675, Aug 6, 2013

Feb 24, 2009

12/599499

William D. Bauer - Gering NE, US
Donovan Steve White - Poway CA, US
David W. Eder - Bozeman MT, US

Beyond Broadband Technology, LLC - Tyler TX

H04N 7/167

380210, 725 26, 380281, 380284

Methods and apparatus permit a one-way downloadable security for electronic signals such as cable television, free-to-air, direct broadcast satellite, electronic device enablement, and other services. The system can allow a broadcast transmission capability () to provide an encrypted signal to an individual reception capability () in a manner that maintains the full security of a traditional decryption key process while completely eliminating any need for a trusted authority. By including a nascent decryption key generator that may create a secure, key-based environment from an unsecure individualized information transmission (), a sequence of key(s) from a root key(s) to a derived key(s) to a temporary key(s) and ultimately to a fully random key(s) can be generated in activating a device or a decryption capability for a subscriber.

2013031, Nov 28, 2013

Aug 5, 2013

13/959160

Donovan Steve White - Poway CA, US
David W. Eder - Bozeman MT, US

BEYOND BROADBAND TECHNOLOGY, LLC - Gering NE

H04L 9/08

380278

Methods and apparatus permit a one-way downloadable security for electronic signals such as cable television, free-to-air, direct broadcast satellite, internet, electronic device enablement, and other services. The system can allow a broadcast transmission capability () to provide an encrypted signal to an individual reception capability () in a manner that maintains the full security of a traditional decryption key process while completely eliminating any need for a trusted authority. By including a nascent decryption key generator that may create a secure, key-based environment from an unsecure individualized information transmission (), a sequence of key(s) from a root key(s) to a derived key(s) to a temporary key(s) and ultimately to a fully random key(s) can be generated in activating a device or a decryption capability for a subscriber.

5155590, Oct 13, 1992

Mar 20, 1990

7/498084

Robert J. Beyers - Snellville GA
Charles R. Bramhall - Norcross GA
Gregory S. Durden - Jonesboro GA
Robert J. Edwards - Lawrenceville GA
Ray T. Haman - Duluth GA
Douglas J. Hoder - Lakewood GA
Donald R. Huntley - Roswell GA
John A. Kennedy - Doraville GA
Emory L. McGinty - Lilburn GA
Jay C. McMullan - Doraville GA
David J. Naddor - Doraville GA
Randolph J. Schaubs - Stone Mountain GA
Jesse M. Still - Woodstock GA
Anthony J. Wasilewski - Alpharetta GA
Lamar E. West - Maysville GA
Donovan S. White - Alpharetta GA

Scientific-Atlanta, Inc. - Norcross GA

H04B 1700
H04H 102

358 86

Automatic level calibration apparatus for transmitting data from a cable television terminal to the headend of a cable television system comprises programmable transmitter apparatus of the terminal, programmable receiving apparatus at the headend and a calibration controller. Responsive to an addressed command from the headend, the programmable transmitter apparatus returns a sequence of levels at a particular calibration frequency. The programmable receiver apparatus determines an indication of the received signal strength of each of the levels of the sequence of levels. The controller determines an optimum level for transmissions from the terminal.

5235619, Aug 10, 1993

Mar 20, 1990

7/498083

Robert J. Beyers - Snellville GA
Charles R. Bramhall - Norcross GA
Gregory S. Durden - Jonesboro GA
Robert J. Edwards - Lawrenceville GA
Ray T. Haman - Buluth GA
Douglas J. Hoder - Lakewood OH
Donald R. Huntley - Roswell GA
John A. Kennedy - Doraville GA
Emory L. McGinty - Lilburn GA
Jay C. McMullan - Doraville GA
David J. Naddor - Doraville GA
Randolph J. Schaubs - Stone Mountain GA
Jesse M. Still - Woodstock GA
Anthony J. Wasilewski - Alpharetta GA
Lamar E. West - Maysville GA
Donovan S. White - Alpharetta GA

Scientific-Atlanta, Inc. - Atlanta GA

H04L 100
H04H 100

375 38

A method of transferring a data message from a remote unit to a central location is provided. A plurality of data channels is selected for transmitting the data message from the remote unit to the central location. At least one random transmit time is generated for transmitting the data message for each of the plurality of data channels. The data message is transmitted over the plurality of data channels at the transmit times. An apparatus for transferring a data message from a remote unit to a central location is also provided.