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US Patent 8009829 Method and system for deploying advanced cryptographic algorithms

Patent 8009829 was granted and assigned to SPYRUS on August, 2011 by the United States Patent and Trademark Office.

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Contents

Is a
Patent
Patent

Patent attributes

Current Assignee
SPYRUS
SPYRUS
Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
Patent Number
8009829
Patent Inventor Names
Robert R. Jueneman0
Duane J. Linsenbardt0
John N. Young0
William Reid Carlisle0
Date of Patent
August 30, 2011
Patent Application Number
11924406
Date Filed
October 25, 2007
Patent Citations Received
‌
US Patent 12137173 Mutually authenticated ECDHE key exchange for a device and a network using multiple PKI key pairs
0
‌
US Patent 11757846 Cognitive multi-encrypted mail platform
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US Patent 11757634 System for secure client-side cryptographic key retrieval using cryptographic key splitting and wrapping
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US Patent 11764972 Generating a hybrid security certificate using multiple cryptosystems
‌
US Patent 11790098 Digital document repository access control using encoded graphical codes
‌
US Patent 11880479 Access control for updating documents in a digital document repository
0
Patent Primary Examiner
‌
Longbit Chai
Patent abstract

A method and system for deploying a suite of advanced cryptographic algorithms that includes: providing a legacy cryptographic interface that is associated with a legacy operating system and a legacy application, and supports a suite of legacy cryptographic algorithms; providing a suite of advanced cryptographic algorithms that includes one or more of an advanced asymmetric key algorithm, an advanced symmetric key algorithm, and/or an advanced hash function; providing an advanced cryptographic interface that is independent of the legacy operating system and the legacy application, backwards compatible with the legacy cryptographic interface, and capable of supporting the suite of advanced cryptographic algorithms; and transparently and automatically substituting the suite of advanced cryptographic algorithms for the legacy cryptographic algorithms through the invocation of the advanced cryptographic interface at the time of an initial performance of encrypting, hashing, digitally signing the hash of, decrypting, re-hashing, and/or validating the digital signature of an item.

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