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Paul G Entzel

from Mead, CO
Age ~62
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Also known as:
Paul Gregory Entzel, Paul Entzel
360 Hunters Ridge Dr, Mead, CO 80542
Related to:
Kimberlee Michalek, 30Anthony RomanoMary Michalek, 82Mary Michalek, 60Josephine F Michalek, 76
Connected to:
Eric R Entzeroth, 62Brian L Entzi, 60Janna K Entzminger, 54Jennifer Entzminger, 28Kristina M Entzminger, 31Chukwuma C Enubuzor, 38Eric M Envall, 47Sayed A Enver, 48Nancy E Enwall, 71Ekene Enweani, 29

Paul Entzel Phones & Addresses

  • 360 Hunters Ridge Dr, Mead, CO 80542
  • Loveland, CO
  • San Dimas, CA
  • Monrovia, CA
  • Longmont, CO
  • Fort Collins, CO
  • Pasadena, CA
  • Temple City, CA

Resumes

Resumes

Paul Entzel Photo 1

Senior Firmware Engineer At Lsi

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Position:
Senior Firmware Development Engineer at LSI Engenio, Principal Firmware Enginner at LSI
Location:
Greater Denver Area
Industry:
Computer Hardware
Work:
LSI Engenio since Oct 2007
Senior Firmware Development Engineer
LSI since 2007
Principal Firmware Enginner
Quantum 1998 - 2007
Senior Firmware Engineer
Exabyte 1996 - 1998
Senior Firmware Engineer
Hewlett Packard 1995 - 1996
Firmware Engineer
Skills:
C
Embedded Software
Standards Development
System Architecture
SSD
SATA
Processors
SCSI
Embedded Systems
SAS
Firmware
Fibre Channel
Software Development
Storage
Microprocessors
Debugging
ASIC
Software Engineering
C++
Kernel
RTOS
ARM
Logic Analyzer
FPGA
Hardware
Paul Entzel Photo 2

Paul Entzel

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Publications

Us Patents

Cryptographic Key Management For Stored Data

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US Patent:
2008021, Sep 11, 2008
Filed:
Mar 9, 2007
Appl. No.:
11/716271
Inventors:
Matthew V. Ball - Broomfield CO,
Paul G. Entzel - Mead CO,
Stephen A. Hellwege - Ladera Ranch CA,
International Classification:
H04L 9/00
US Classification:
380277
Abstract:
A method is provided for performing application-transparent key management in a storage library associated with an encrypting removable storage device. Encryption and decryption is performed by a key manager and the removable storage device, and is transparent to the application. Data is encrypted using keys that are managed by the storage key manager. An administrative interface allows an administrator to specify and manage encryption keys. A key identifier is associated with each key, and the key identifier is written to the tape along with the encrypted data. When reading encrypted data, the removable storage device reads the key identifier from the tape and requests the corresponding encryption key from the key manager. The removable storage device then provides the decrypted data to the application. The encryption key may be exported from the key manager or library in an encrypted XML format. Encrypted tapes can therefore be decrypted in different libraries by exporting the keys from one library to another.
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Paul G Entzel from Mead, CO, age ~62 Get Report