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Communication Cryptographic Library (CCL)
Communication Cryptographic Library (CCL)
cert_id 512 2854
dgst 94f8607915dff25f a91612704c1770a3
heuristics/algorithms SHS#215, RNG#6, AES#131, HMAC-SHA-1#215, DSA#101 DRBG#1178, HMAC#2601, SHS#3290, AES#3985, ECDSA#882, KTS#3985
pdf_data/keywords/fips_cert_id
  • Cert:
    • #1178: 1
    • #2601: 1
    • #3290: 1
    • #3985: 2
    • #882: 1
pdf_data/keywords/fips_certlike
  • Certlike:
    • AES 128: 4
    • AES 192: 5
    • AES 256: 4
    • AES-128: 5
    • AES-128 CBC 4: 1
    • AES-192: 5
    • AES-192 CBC 7: 1
    • AES-256: 5
    • AES-256 CBC 10: 1
    • DES 1: 1
    • DES 56: 2
    • DES 8: 2
    • DES1: 1
    • DES2: 5
    • DSA 1024: 2
    • HMAC 160: 2
    • HMAC-SHA-1: 14
    • HMAC-SHA-1 160: 2
    • HMAC-SHA-1 17: 2
    • SHA- 1: 1
    • SHA-1: 13
    • SHA-1 160: 1
  • Certlike:
    • #2601 SHA: 1
    • #3985 AES: 1
    • #3985 DRBG: 1
    • #882 HMAC: 1
    • AES 128: 5
    • AES 192: 5
    • AES 256: 4
    • AES-128: 2
    • AES-128 CBC 4: 1
    • AES-192: 2
    • AES-192 CBC 7: 1
    • AES-256: 2
    • AES-256 CBC 10: 1
    • Cert # AES: 1
    • DES 56: 2
    • DRBG 256: 1
    • DRBG 4: 1
    • DRBG 56: 1
    • HMAC- SHA-256: 1
    • HMAC-SHA- 256 256: 2
    • HMAC-SHA-256: 6
    • HMAC-SHA-256 256: 2
    • HMAC-SHA256 15: 2
    • SHA- 256: 2
    • SHA- 512: 1
    • SHA-256: 11
    • SHA-512: 8
    • SHA-512 #3290: 1
    • SHA256: 2
    • SHA512: 1
    • SHA512 13: 1
pdf_data/keywords/vendor
  • Qualcomm:
    • Qualcomm: 4
pdf_data/keywords/symmetric_crypto
  • AES_competition:
    • AES:
      • AES: 55
      • AES-128: 6
      • AES-192: 6
      • AES-256: 6
  • DES:
    • DES:
      • DES: 35
  • constructions:
    • MAC:
      • HMAC: 9
  • AES_competition:
    • AES:
      • AES: 47
      • AES-128: 3
      • AES-192: 3
      • AES-256: 3
  • DES:
    • DES:
      • DES: 17
  • constructions:
    • MAC:
      • HMAC: 6
      • HMAC-SHA-256: 4
pdf_data/keywords/asymmetric_crypto
  • FF:
    • DSA:
      • DSA: 34
  • ECC:
    • ECDSA:
      • ECDSA: 19
pdf_data/keywords/hash_function
  • SHA:
    • SHA1:
      • SHA-1: 14
  • SHA:
    • SHA2:
      • SHA-256: 11
      • SHA-512: 9
      • SHA256: 2
      • SHA512: 2
pdf_data/keywords/randomness
  • PRNG:
    • PRNG: 17
  • PRNG:
    • DRBG: 23
pdf_data/keywords/cipher_mode
  • CBC:
    • CBC: 9
  • CFB:
    • CFB: 4
  • ECB:
    • ECB: 11
  • OFB:
    • OFB: 10
  • CBC:
    • CBC: 6
  • CFB:
    • CFB: 1
  • ECB:
    • ECB: 8
  • OFB:
    • OFB: 6
pdf_data/keywords/ecc_curve
  • NIST:
    • P-256: 10
pdf_data/keywords/standard_id
  • FIPS:
    • FIPS 140-2: 19
    • FIPS 186-2: 2
  • FIPS:
    • FIPS 140-2: 19
    • FIPS 180-4: 1
    • FIPS 186-4: 1
    • FIPS 197: 1
    • FIPS 198-1: 1
  • NIST:
    • SP 800-107: 1
    • SP 800-131A: 1
    • SP 800-38A: 1
    • SP 800-38F: 1
    • SP 800-90A: 2
pdf_data/policy_metadata
  • /Author: Rose
  • /CreationDate: D:20050225203113Z
  • /Creator: PScript5.dll Version 5.2
  • /ModDate: D:20050225123929-08'00'
  • /Producer: Acrobat Distiller 5.0.5 (Windows)
  • /Title: Microsoft Word - CCL-Security Policy2.doc
  • pdf_file_size_bytes: 188540
  • pdf_hyperlinks: {}
  • pdf_is_encrypted: True
  • pdf_number_of_pages: 17
  • /Author: John Oblak
  • /Company: EF Johnson
  • /CreationDate: D:20210427150726-07'00'
  • /Creator: Acrobat PDFMaker 17 for Word
  • /ModDate: D:20210427150738-07'00'
  • /Producer: Adobe PDF Library 17.11.238
  • /SourceModified: D:20210427220522
  • /Subject: FIPS-140-2 Security Policy
  • /Title: Security Policy 5100
  • pdf_file_size_bytes: 350277
  • pdf_hyperlinks: {}
  • pdf_is_encrypted: False
  • pdf_number_of_pages: 15
state/policy_pdf_hash Different Different
state/policy_txt_hash Different Different
web_data/caveat When operated in FIPS mode When operated in FIPS mode. No assurance of the minimum strength of generated keys. The module generates keys whose strengths are modified by available entropy
web_data/certificate_pdf_url https://csrc.nist.gov/CSRC/media/projects/cryptographic-module-validation-program/documents/certificates/140crt512.pdf https://csrc.nist.gov/CSRC/media/projects/cryptographic-module-validation-program/documents/certificates/FIPS140ConsolidatedCertMar2017.pdf
web_data/description The E.F. Johnson Co. Communication Cryptographic Library (CCL) is a Microsoft Windows 2000/2003/XP and Pocket PC 2003 Dynamic Link Library that performs security related functions. The CCL is packaged as a Software Development Kit which makes available an Application Programming Interface (API) for all the security functions of the CCL. The security functions available via the APIs are: AES 128 bit, AES 192 bit, AES 256 bit, DES, DSA 1024 bit Signature Generation and Verification, HMAC, PRNG, and SHA-1. The CCL is used in the E.F. Johnson Subscriber Management Assistant key loader. The CCL is a dynamically linked library implemented using the C programming language with an external Java interface. Application developers wishing to use the CCL can use the CCL's Application Programming Interface (API) to perform AES, ECDSA, HMAC, DRBG, SHA256 and SHA512 security related functions. It also includes non-validated legacy services to support DES encryption while operating in the Non-Approved mode of operation.
web_data/exceptions [] Physical Security: N/A, Mitigation of Other Attacks: N/A
web_data/historical_reason RNG SP800-131A Revision 1 Transition Moved to historical list due to sunsetting
web_data/sw_versions 2.0 Product Number 039-5804-200 Rev 3.0
web_data/tested_conf Pocket PC 2003 (in single-user mode), Windows XP Professional SP1 Android 6.0 running on a Nexus 5X (single-user mode),
web_data/validation_history
  • date: 15.03.2004
  • lab: UL VERIFICATION SERVICES INC
  • validation_type: Initial
  • date: 05.05.2005
  • lab:
  • validation_type: Update
  • date: 02.03.2017
  • lab: UL VERIFICATION SERVICES INC
  • validation_type: Initial
  • date: 28.06.2018
  • lab: UL VERIFICATION SERVICES INC
  • validation_type: Update
web_data/vendor E.F. Johnson Co. EFJohnson Technologies