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Josiah Umezurike Phones & Addresses

  • South Saint Paul, MN
  • 1642 Washburn Ave N, Minneapolis, MN 55411
  • Crystal, MN
  • 7016 Maple St, Omaha, NE 68104 (402) 571-3237
  • Saint Paul, MN

Resumes

Resumes

Josiah Umezurike Photo 1

Sr. Windows Infrastructure Engineer At Regis Corporation

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Position:
Sr. Windows Infrastructure Engineer at Regis Corporation, Windows Infrastructure Engineer at Mayo Clinic, CTO at PC-Integral, LLC
Location:
Greater Minneapolis-St. Paul Area
Industry:
Information Technology and Services
Work:
Regis Corporation - Edina since Feb 2013
Sr. Windows Infrastructure Engineer

Mayo Clinic - Rochester, Minnesota Area since Aug 2012
Windows Infrastructure Engineer

PC-Integral, LLC - Greater Minneapolis-St. Paul Area since Jan 2006
CTO

H B Fuller Company - Vadnais Height, MN Apr 2012 - Aug 2012
Infrastructure Engineer
Education:
Davenport University
Interests:
security
Honor & Awards:
National asociation of leadership and success
Josiah Umezurike Photo 2

Josiah Umezurike

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Josiah Johnson Umezurike
Owner/Manager
PC-Integral
Computers - Service & Repair. Computer Consultant
2008 4Th St S, South Saint Paul, MN 55075
(763) 291-6314
Josiah Johnson Umezurike
Owner/Manager, Manager
PC-Integral
Computer Related Services Data Processing/Preparation Ret Computers/Software
2008 4 St S, South Saint Paul, MN 55075
6036 42 Ave N, Minneapolis, MN 55422
(763) 291-6314
Josiah Umezurike
Principal
PC-Integral, Inc
Nonclassifiable Establishments
511 University Ave W, Saint Paul, MN 55103

Publications

Us Patents

Skc-Jju256 Encryption Using Knights Tour Solutions As The Main Key To Create A Cryptosystem

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US Patent:
20160379527, Dec 29, 2016
Filed:
Feb 2, 2012
Appl. No.:
13/364339
Inventors:
Josiah Johnson Umezurike - Minneapolis MN, US
International Classification:
G09C 1/00
Abstract:
The solutions of open knight's tours identified in the Galois's Field (Gf) are used to encrypt any volume of data. The solution meaning all moves of the Knight's Tour which continues to link the next active node bringing about a Knight's Tour Solution within any specified scope of GF elements. A Knight which is a piece on the standard chess board moves 2 squares up or down and 1 square sideways or vice-versa: These moves alone validate an open Knight's tour. We noticed that the numbers derived from the solution of the Knight's tours are cryptographically secure. The permutation of filling up 4*8 grid or squares with any 26 input have upper bounds in the order 1039—with repetition of any 6 inputs. Relatively, the arrangements of known 128 inputs (ASCII) in 8*16 grid or squares present increased upper bounds. The embodiment uses the Knight's Tour Solutions to create a cipher.
Josiah Johnson Umezurike from South Saint Paul, MN, age ~50 Get Report