| intCertNum |
1430 |
| strVendorName |
Security First Corp. |
| strURL |
http://www.securityfirstcorp.com |
| strAddress1 |
22362 Gilberto #130 |
| strAddress2 |
|
| strAddress3 |
|
| strCity |
Rancho Santa Margarita |
| strStateProv |
CA |
| strPostalCode |
92688 |
| strCountry |
92688 |
| strContact |
Rick Orsini |
| strEmail |
rorsini@SecurityFirstCorp.com |
| strPhone |
949-858-7525 |
| strFax |
949-858-7092 |
| strContact2 |
|
| strEmail2 |
|
| strFax2 |
|
| strPhone2 |
|
| intCertNum |
1430 |
| strModuleName |
SecureParser |
| strPartNumber |
Software Version: 4.7.0 |
| memModuleNotes |
When operated in FIPS mode |
| str140Version |
140-2 |
| _sp_ |
Security Policy [pdf][html][txt] |
| _cert_ |
Certificate [pdf][txt] |
| strPURL |
|
| strModuleType |
Software |
| strValidationDate |
10/25/2010;03/15/2013 |
| intOverallLevel |
2 |
| memIndividualLevelNotes |
-Cryptographic Module Specification: Level 3;-Roles, Services, and Authentication: Level 3;-EMI/EMC: Level 3;-Design Assurance: Level 3;;-Operational Environment: Tested as meeting Level 2 with Microsoft Windows Server 2003 SP2 running on a Dell Optiplex GX620; Microsoft Windows XP Professional SP2 running on a Dell Optiplex GX620; Red Hat Enterprise Linux Version 5.1 running on a SGI Altix XE240 |
| strFIPSAlgorithms |
AES (Certs. #1381 and #1382);
RNG (Cert. #754);
RSA (Cert. #668);
DSA (Cert. #448);
SHS (Cert. #1249);
HMAC (Cert. #813);
ECDSA (Cert. #173) |
| strOtherAlgorithms |
RSA (key wrapping;
key establishment methodology provides 128 bits of encryption strength);
AES (Cert. #1381, key wrapping;
key establishment methodology provides 128, 192, or 256 bits of encryption strength) |
| strConfiguration |
Multi-chip standalone |
| memModuleDescription |
The SecureParser is a security and high data availability architecture delivered in the form of a software toolkit that provides cryptographic data splitting (data encryption, random or deterministic distribution to multiple shares including additional fault tolerant bits, key splitting, authentication, integrity, share reassembly, key restoration and decryption) of arbitrary data. During the split process, additional redundant data may be optionally written to each share enabling the capability of restoring the original data when all shares are not available. |
| intModuleCount |
1 |
| memAdditionalNotes |
03/15/13: Updated security policy |
| strFirstValidtionDate |
10/25/10 00:00:00 |
| strLabName |
InfoGard |
| strValidationYear |
2010 |