Patents by Inventor Amir Ingher

Amir Ingher has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).

  • Publication number: 20110145570
    Abstract: An arrangement, system, and methods for creating and distributing authenticated personal information for users of network services and participants in social surveys, and in chat rooms and other forums. A trusted organization verifies that personal information presented by a user is correct, and authenticates the information in an encapsulated form as “certified profiles” within a smart card or other secure portable hardware device issued to the user Certified profiles are authenticated by digital signatures of the trusted organization and the profile users. Personal information in certified profiles can be in raw and/or in statistically-processed and abstracted form, and can be tailored by the user for specific needs to include whatever personal information is required, and to exclude all other personal information.
    Type: Application
    Filed: April 21, 2005
    Publication date: June 16, 2011
    Applicant: Fortress Gb Ltd.
    Inventors: Carmi David Gressel, Gabried Vago, Ran Granot, Mika Weinstein-Lustig, Uzi Apple, Herve Amsili, Timothy James Salmon, Avi Hecht, Tomer Kanza, Anat Vago, Mordechay Hadad, Amir Ingher
  • Patent number: 7827223
    Abstract: Systems and methods are disclosed, especially designed for very compact hardware implementations, to generate random number strings with a high level of entropy at maximum speed. For immediate deployment of software implementations, certain permutations have been introduced to maintain the same level of unpredictability which is more amenable to hi-level software programming, with a small time loss on hardware execution; typically when hardware devices communicate with software implementations. Particular attention has been paid to maintain maximum correlation immunity, and to maximize non-linearity of the output sequence. Good stream ciphers are based on random generators which have a large number of secured internal binary variables, which lead to the page synchronized stream ciphering. The method for parsed page synchronization which is presented is especially valuable for Internet applications, where occasionally frame sequences are often mixed.
    Type: Grant
    Filed: April 21, 2005
    Date of Patent: November 2, 2010
    Assignee: Fortress GB Ltd.
    Inventors: Carmi David Gressel, Michael Slobodkin, Ran Granot, Roy Krotman, Yehonatan Bick, Mark Fiterman, Gabriel Vago, Amir Ingher, Uzi Apple