Virginia L Robbins - Hillsboro OR, US Lewis V Rothrock - Hillsboro OR, US Carlos V Rozas - Portland OR, US
Assignee:
Intel Corporation - Santa Clara CA
International Classification:
H04L 9/00
US Classification:
713167, 713165
Abstract:
A system and method for verifying integrity of a system with multiple components includes a plurality of related object components that forms the software system, a signed binary description file manager that generates a signed binary description file (SBDF) to store verification and license information of the plurality of related object components, and a verification agent that verifies itself and the plurality of related object components. The manager associates unique identification (ID) names that represents the related object components with corresponding sets of component license information, and stores the associations in the signed binary description file. The verification agent retrieves license information pertinent to itself and each of the related object components utilizing the SBDF. The verification agent verifies the related object components after verifying its own integrity.
Method And Apparatus For Adapting Symetric Key Algorithm To Semi Symetric Algorithm
Virginia Robbins - Hillsboro OR, US David Palmer - Portland OR, US
International Classification:
H04L009/00
US Classification:
380/044000
Abstract:
A circuit is presented including a key generating section. The key generating section generates a plurality of individual keys based on a main key. A decryption generating section is connected to the key generating section and a main decryption section. The decryption generating section generates a plurality of individual decryption processes based on the main decryption section and the plurality of individual keys. Also included is a main encryption section. The main encryption section uses the main key to encrypt content. Additionally, a method is presented that generates a plurality of individual keys based on a main key. The method also generates a plurality of individual decryption processes based on a main decryption process and the plurality of individual keys. Content is encrypted based on an encryption process and the main key.
Peer-Aware Self-Regulation For Virtualized Environments
Ron Gallella - Beaverton OR, US Virginia Robbins - Hillsboro OR, US Ben Sherwood - Hillsboro OR, US Joseph Dodge - Beaverton OR, US Paul R. Spear - Anahola HI, US
International Classification:
G06F 21/56
US Classification:
726 24
Abstract:
Technologies for self-regulation for virtualized environments may include, by a virtual machine on an electronic device, detecting an attempted anti-malware operation by a monitored module, determining anti-malware operation levels of one or more other virtual machines on the electronic device, and, based on the attempted anti-malware operation and upon the anti-malware operation levels, determining whether to allow the attempted operation.
Principle Software Engineer / Architect at McAfee, Inc
Location:
Portland, Oregon Area
Industry:
Computer & Network Security
Work:
McAfee, Inc - Beaverton, OR since Dec 2005
Principle Software Engineer / Architect
Microsoft May 2002 - Dec 2005
Senior Software Engineer
Intel Oct 2001 - May 2002
Software Engineer
Convera Jan 2001 - Oct 2001
Software Engineer
Intel Jun 1999 - Jan 2001
Software Engineer
Education:
Oregon Graduate Institute 1999 - 2002
Portland State University
Interests:
Math, cryptography, puzzle, coding, physics, reading, science fiction, video games, music, playing and listening to the violon, hiking, swimming, skiing.
Beth Estes, Chris Marsh, Christina Morris, Bryan Hamer, Casey Isburg, Matt Shroyer, Summer Halvorson, Emma Thomas, Ravonne Tagtow, Christina Godinez, Holly Millard