Certificate 915 - Hughes Crypto Kernel
intCertNum 915
strVendorName Hughes Network Systems, LLC
strURL http://www.hughesnet.com
strAddress1 11717 Exploration Lane
strAddress2
strAddress3
strCity Germantown
strStateProv MD
strPostalCode 20876
strCountry 20876
strContact Vivek Gupta
strEmail vgupta@hns.com
strPhone 301-548-1292
strFax 301-428-1868
strContact2
strEmail2
strFax2
strPhone2
intCertNum 915
strModuleName Hughes Crypto Kernel
strPartNumber Software Version: 1.2
memModuleNotes When operated in FIPS mode
str140Version 140-2
_sp_ Security Policy   [pdf][html][txt]
_cert_ Certificate   [pdf][txt]
strPURL http://www.hughes.com/HUGHES/Rooms/DisplayPages/LayoutInitial?Container=com.webridge.entity.Entity%5BOID%5B911644E24F9E664CAF266266833BF600%5D%5D
strModuleType Software
strValidationDate 02/13/2008
intOverallLevel 1
memIndividualLevelNotes -Operational Environment: Tested as meeting Level 1 with Microsoft Windows Server 2003 (single-user mode)
strFIPSAlgorithms AES (Cert. #616);
SHS (Cert. #664);
HMAC (Cert. #319);
DSA (Cert. #239);
RNG (Cert. #351)
strOtherAlgorithms Diffie-Hellman (key agreement: key establishment methodology provides 80 bits of encryption strength;
non-compliant)
strConfiguration Multi-chip standalone
memModuleDescription The Hughes Crypto Kernel (HCK) is a FIPS 140-2 Level 1 cryptographic module available for the Hughes HN and HX systems. The HCK enables the use of end-to-end bidirectional encryption between a remote site and the enterprise data center, while still enabling the use of all Hughes satellite acceleration features, as well as Hughes' advanced routing, prioritization and access control capabilities. The HCK uses AES 128 bit encryption to encrypt user traffic, uses IKE to dynamically generate session keys used for encryption, and ensures message authentication and integrity using HMAC-SHA-1.
intModuleCount 1
memAdditionalNotes
strFirstValidtionDate 02/13/08 00:00:00
strLabName EWA
strValidationYear 2008