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NXP Mifare DESFire8 MF3ICD81 V0C/004 Secure SmartCard Controller with Embedded Software
BSI-DSZ-CC-0487-2009 		S3CC9LC 16-bit RISC Microcontroller for Smart Card, Revision 2
BSI-DSZ-CC-0501-2008
name NXP Mifare DESFire8 MF3ICD81 V0C/004 Secure SmartCard Controller with Embedded Software S3CC9LC 16-bit RISC Microcontroller for Smart Card, Revision 2
not_valid_before 01.04.2009 01.07.2008
report_link https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/0487a.pdf https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/0501a.pdf
st_link https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/0487b.pdf https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/0501b.pdf
manufacturer NXP Semiconductors Samsung Electronics Co., Ltd.
manufacturer_web https://www.nxp.com/ https://www.samsung.com
security_level ADV_IMP.2, AVA_VLA.4, AVA_MSU.3, EAL4+, ALC_DVS.2 EAL5+, AVA_MSU.3, ALC_DVS.2, AVA_VLA.4
dgst d263edc36f0baf6c 3f287c94d1039f0b
heuristics/cert_id BSI-DSZ-CC-0487-2009 BSI-DSZ-CC-0501-2008
heuristics/extracted_sars ATE_COV.2, ADV_RCR.1, ALC_TAT.1, AVA_VLA.4, ADV_HLD.2, ATE_FUN.1, AGD_USR.1, AVA_SOF.1, ATE_IND.2, AGD_ADM.1, ADV_LLD.1, ALC_DVS.2, ALC_LCD.1, ADV_IMP.2, ATE_DPT.1, ADV_FSP.2, ADV_SPM.1, AVA_MSU.3 ALC_LCD.2, AGD_USR.1, ALC_DVS.2, AVA_SOF.1, ATE_COV.2, ATE_DPT.2, AGD_ADM.1, ADV_INT.1, ADV_RCR.2, ATE_FUN.1, ADV_IMP.2, ALC_TAT.2, ADV_HLD.3, AVA_VLA.4, ADV_SPM.3, ATE_IND.2, ADV_LLD.1, ADV_FSP.3, AVA_CCA.1, AVA_MSU.3
heuristics/extracted_versions 004 16, 2
heuristics/report_references/directly_referenced_by BSI-DSZ-CC-0712-2011 BSI-DSZ-CC-0624-2010, KECS-ISIS-0222-2010
heuristics/report_references/directly_referencing {} BSI-DSZ-CC-0452-2007
heuristics/report_references/indirectly_referenced_by BSI-DSZ-CC-0712-2011 ANSSI-CC-2012/09, KECS-ISIS-0378-2012, KECS-ISIS-0222-2010, BSI-DSZ-CC-0624-2010
heuristics/report_references/indirectly_referencing {} BSI-DSZ-CC-0438-2007, BSI-DSZ-CC-0400-2007, BSI-DSZ-CC-0452-2007
heuristics/st_references/directly_referenced_by {} KECS-ISIS-0222-2010
heuristics/st_references/indirectly_referenced_by {} KECS-ISIS-0222-2010
maintenance_updates
pdf_data/report_filename 0487a.pdf 0501a.pdf
pdf_data/report_frontpage
  • DE:
    • cert_id: BSI-DSZ-CC-0487-2009
    • cert_item: NXP Mifare DESFire8 MF3ICD81 V0C/004 Secure SmartCard Controller with Embedded Software
    • cert_lab: BSI
    • developer: NXP Semiconductors Germany GmbH
    • match_rules: ['(BSI-DSZ-CC-.+?) (?:for|For) (.+?) from (.*)']
  • DE:
    • cert_id: BSI-DSZ-CC-0501-2008
    • cert_item: S3CC9LC 16-bit RISC Microcontroller for Smart Card, Revision 2
    • cert_lab: BSI
    • developer: Samsung Electronics Co., Ltd
    • match_rules: ['(BSI-DSZ-CC-.+?) (?:for|For) (.+?) from (.*)']
pdf_data/report_keywords/cc_cert_id
  • DE:
    • BSI-DSZ-CC-0487: 1
    • BSI-DSZ-CC-0487-2009: 19
  • DE:
    • BSI-DSZ-CC-0452-2007: 1
    • BSI-DSZ-CC-0501: 1
    • BSI-DSZ-CC-0501-2008: 19
  • NL:
    • CC-0452-2007: 1
    • CC-0501: 1
pdf_data/report_keywords/cc_protection_profile_id
  • BSI:
    • BSI-PP- 0002-2001: 1
    • BSI-PP-0002-: 1
    • BSI-PP-0002-2001: 2
  • BSI:
    • BSI-PP-0002-2001: 4
pdf_data/report_keywords/cc_security_level
  • EAL:
    • EAL 1: 1
    • EAL 4: 9
    • EAL 4 augmented: 3
    • EAL 7: 1
    • EAL1: 5
    • EAL2: 3
    • EAL3: 4
    • EAL4: 7
    • EAL5: 6
    • EAL5+: 1
    • EAL6: 3
    • EAL7: 4
  • EAL:
    • EAL 1: 1
    • EAL 4: 5
    • EAL 5: 4
    • EAL 5 augmented: 4
    • EAL 7: 1
    • EAL1: 5
    • EAL2: 3
    • EAL3: 4
    • EAL4: 6
    • EAL5: 6
    • EAL5+: 1
    • EAL6: 3
    • EAL7: 4
pdf_data/report_keywords/cc_sar
  • ACM:
    • ACM_AUT: 2
    • ACM_AUT.1: 1
    • ACM_CAP: 2
    • ACM_CAP.4: 1
    • ACM_SCP: 2
    • ACM_SCP.2: 1
  • ADO:
    • ADO_DEL: 2
    • ADO_DEL.2: 1
    • ADO_IGS: 2
    • ADO_IGS.1: 1
  • ADV:
    • ADV_FSP: 2
    • ADV_HLD: 2
    • ADV_IMP: 2
    • ADV_IMP.2: 5
    • ADV_INT: 2
    • ADV_LLD: 2
    • ADV_RCR: 2
    • ADV_SPM: 2
  • AGD:
    • AGD_ADM: 2
    • AGD_USR: 2
  • ALC:
    • ALC_DVS: 2
    • ALC_DVS.2: 6
    • ALC_FLR: 2
    • ALC_LCD: 1
    • ALC_LCD.1: 1
    • ALC_TAT: 2
    • ALC_TAT.1: 1
  • APE:
    • APE_DES: 1
    • APE_ENV: 1
    • APE_INT: 1
    • APE_OBJ: 1
    • APE_REQ: 1
    • APE_SRE: 1
  • ASE:
    • ASE_DES: 1
    • ASE_ENV: 1
    • ASE_INT: 1
    • ASE_OBJ: 1
    • ASE_PPC: 1
    • ASE_REQ: 1
    • ASE_SRE: 1
    • ASE_TSS: 1
  • ATE:
    • ATE_COV: 2
    • ATE_DPT: 2
    • ATE_FUN: 2
    • ATE_IND: 2
  • AVA:
    • AVA_CCA: 2
    • AVA_MSU: 2
    • AVA_MSU.3: 5
    • AVA_SOF: 3
    • AVA_VLA: 3
    • AVA_VLA.2: 1
    • AVA_VLA.3: 1
    • AVA_VLA.4: 6
  • ACM:
    • ACM_AUT: 2
    • ACM_AUT.1: 1
    • ACM_CAP: 2
    • ACM_CAP.4: 1
    • ACM_SCP: 2
    • ACM_SCP.3: 1
  • ADO:
    • ADO_DEL: 2
    • ADO_DEL.2: 1
    • ADO_IGS: 2
    • ADO_IGS.1: 1
  • ADV:
    • ADV_FSP: 2
    • ADV_HLD: 2
    • ADV_IMP: 2
    • ADV_IMP.2: 1
    • ADV_INT: 2
    • ADV_LLD: 2
    • ADV_RCR: 2
    • ADV_SPM: 2
  • AGD:
    • AGD_ADM: 2
    • AGD_USR: 2
  • ALC:
    • ALC_DVS: 2
    • ALC_DVS.2: 6
    • ALC_FLR: 2
    • ALC_LCD: 1
    • ALC_LCD.2: 1
    • ALC_TAT: 2
    • ALC_TAT.2: 1
  • APE:
    • APE_DES: 1
    • APE_ENV: 1
    • APE_INT: 1
    • APE_OBJ: 1
    • APE_REQ: 1
    • APE_SRE: 1
  • ASE:
    • ASE_DES: 1
    • ASE_ENV: 1
    • ASE_INT: 1
    • ASE_OBJ: 1
    • ASE_PPC: 1
    • ASE_REQ: 1
    • ASE_SRE: 1
    • ASE_TSS: 1
  • ATE:
    • ATE_COV: 2
    • ATE_DPT: 2
    • ATE_FUN: 2
    • ATE_IND: 2
  • AVA:
    • AVA_CCA: 2
    • AVA_MSU: 2
    • AVA_MSU.3: 5
    • AVA_SOF: 3
    • AVA_VLA: 3
    • AVA_VLA.2: 1
    • AVA_VLA.3: 1
    • AVA_VLA.4: 6
pdf_data/report_keywords/cc_claims
  • O:
    • O.C: 2
  • R:
    • R.O: 2
pdf_data/report_keywords/vendor
  • NXP:
    • NXP: 11
    • NXP Semiconductors: 15
  • Infineon:
    • Infineon Technologies AG: 1
  • Philips:
    • Philips: 1
  • Samsung:
    • Samsung: 17
pdf_data/report_keywords/eval_facility
  • TUV:
    • TÜV Informationstechnik: 2
    • TÜViT: 2
pdf_data/report_keywords/symmetric_crypto
  • AES_competition:
    • AES:
      • AES: 9
  • DES:
    • 3DES:
      • Triple-DES: 5
    • DES:
      • DES: 2
  • AES_competition:
    • AES:
      • AES: 1
  • DES:
    • 3DES:
      • Triple-DES: 5
    • DES:
      • DES: 7
pdf_data/report_keywords/asymmetric_crypto
  • ECC:
    • ECDSA:
      • ECDSA: 1
pdf_data/report_keywords/cipher_mode
  • CBC:
    • CBC: 1
  • ECB:
    • ECB: 1
pdf_data/report_keywords/crypto_engine
  • TORNADO:
    • TORNADO: 2
pdf_data/report_keywords/side_channel_analysis
  • FI:
    • physical tampering: 1
  • SCA:
    • physical probing: 1
  • other:
    • JIL: 4
  • FI:
    • physical tampering: 1
  • SCA:
    • DPA: 1
    • physical probing: 1
    • side-channel: 1
  • other:
    • Bellcore attack: 1
    • JIL: 4
pdf_data/report_keywords/cplc_data
  • ICFab:
    • IC Fabricator: 1
  • ICVersion:
    • IC Version: 1
pdf_data/report_keywords/standard_id
  • BSI:
    • AIS 25: 3
    • AIS 26: 3
    • AIS 31: 3
    • AIS 32: 1
    • AIS 34: 4
    • AIS 35: 3
    • AIS 36: 1
    • AIS 37: 1
  • FIPS:
    • FIPS PUB 197: 1
    • FIPS PUB 46-3: 1
  • ISO:
    • ISO/IEC 15408:2005: 3
  • BSI:
    • AIS 25: 3
    • AIS 26: 2
    • AIS 31: 3
    • AIS 32: 1
    • AIS 34: 3
    • AIS 35: 2
    • AIS 36: 1
    • AIS 38: 1
    • AIS20: 1
  • ISO:
    • ISO/IEC 15408:2005: 3
pdf_data/report_keywords/certification_process
  • ConfidentialDocument:
    • 2009, T-Systems GEI GmbH (confidential document) [8] MF3ICD81 Configuration List, NXP Semiconductors, Rev. 1.2, 13. March 2009 (confidential: 1
    • IC with DES/3DES and AES Security, NXP Semiconductors, Rev. 1.5, 17 September 2008 (confidential document) [7] Evaluation Technical Report, NXP Mifare DESFire8 MF3ICD81, BSI-DSZ-CC-0487 Version 1.4, March: 1
    • read the Functional Specification [11] chapter 9.4.7. and the Configuration List [8] chapter 3.1.2 (confidential document). 3 Security Policy The Security Policy is expressed by the set of Security Functional Requirements: 1
  • ConfidentialDocument:
    • 2, TÜViT (confidential document) [8] Configuration Management Documentation (Class ACM_AUT/CAP/SCP) – Project Cheyenne II, Version: 1
    • 3, 2008-05-09 Samsung Electronics (confidential document) [9] Security Target Lite of S3CC9LC 16-bit RISC Microcontroller for Smart Cards, Version 1.0: 1
    • EVALUATION (ETR-COMP), 8103842493 / BSI-DSZ- CC-0501, S3CC91A, Version 2, 2008-06-03, TÜViT (confidential document) [12] Security Application Note, S3CC9LC, Version 1.1, 2008-05-06, Samsung Electronics 8: 1
    • for Smart Cards – Project Cheyenne II, Version 1.4, 2008-04-29, Samsung Electronics (confidential document) [7] EVALUATION TECHNICAL REPORT-SUMMARY (ETR SUMMARY), 8103842493 / BSI-DSZ-CC-0501, S3CC9LC: 1
pdf_data/report_metadata
  • /Author: Bundesamt für Sicherheit in der Informationstechnik
  • /CreationDate: D:20090416145259+02'00'
  • /Creator: Writer
  • /Keywords: "NXP Mifare DESFire8 MF3ICD81 V0C/004 Secure SmartCard Controller with Embedded Software, NXP Seminconductors Germany GmbH, BSI-DSZ-CC-0487-2009"
  • /ModDate: D:20090416150123+02'00'
  • /Producer: StarOffice 9
  • /Subject: Common Criteria Certification
  • /Title: Certification Report BSI-DSZ-CC-0487-2009
  • pdf_file_size_bytes: 684198
  • pdf_hyperlinks: http://www.bsi.bund.de/
  • pdf_is_encrypted: False
  • pdf_number_of_pages: 36
  • /Author: Federal Office for Information Security
  • /CreationDate: D:20080717125300+02'00'
  • /Creator: Writer
  • /Keywords: "S3CC9LC 16-bit RISC Microcontroller for Smart Card, Revision 2, BSI-DSZ-CC-0501-2008, Samsung Electronics Co., Ltd."
  • /ModDate: D:20080717145955+02'00'
  • /Producer: StarOffice 8
  • /Subject: Common Criteria Zertifizierung
  • /Title: Zertifizierungsreport BSI-DSZ-CC-0501-2008
  • pdf_file_size_bytes: 569988
  • pdf_hyperlinks: http://www.bsi.bund.de/
  • pdf_is_encrypted: False
  • pdf_number_of_pages: 36
pdf_data/st_filename 0487b.pdf 0501b.pdf
pdf_data/st_keywords/cc_cert_id
  • DE:
    • BSI-DSZ-CC-0487: 1
pdf_data/st_keywords/cc_protection_profile_id
  • BSI:
    • BSI-PP-0002-2001: 3
  • BSI:
    • BSI-PP-0002: 8
pdf_data/st_keywords/cc_security_level
  • EAL:
    • EAL 4: 4
    • EAL 4 augmented: 2
    • EAL4: 6
    • EAL4 augmented: 1
    • EAL4+: 2
  • EAL:
    • EAL4: 1
    • EAL5: 8
    • EAL5 augmented: 1
pdf_data/st_keywords/cc_sar
  • ACM:
    • ACM_AUT: 1
    • ACM_AUT.1: 1
    • ACM_CAP: 1
    • ACM_CAP.4: 2
    • ACM_SCP: 1
    • ACM_SCP.2: 2
  • ADO:
    • ADO_DEL: 2
    • ADO_DEL.2: 2
    • ADO_IGS: 2
    • ADO_IGS.1: 2
  • ADV:
    • ADV_FSP: 1
    • ADV_FSP.2: 2
    • ADV_HLD: 1
    • ADV_HLD.2: 1
    • ADV_IMP: 1
    • ADV_IMP.2: 2
    • ADV_LLD: 1
    • ADV_LLD.1: 1
    • ADV_RCR: 4
    • ADV_RCR.1: 1
    • ADV_SPM: 1
    • ADV_SPM.1: 1
  • AGD:
    • AGD_ADM: 2
    • AGD_ADM.1: 2
    • AGD_USR: 2
    • AGD_USR.1: 2
  • ALC:
    • ALC_DVS: 1
    • ALC_DVS.2: 3
    • ALC_LCD: 1
    • ALC_LCD.1: 1
    • ALC_TAT: 1
    • ALC_TAT.1: 1
  • ATE:
    • ATE_COV.2: 2
    • ATE_DPT.1: 1
    • ATE_FUN.1: 1
    • ATE_IND.2: 1
  • AVA:
    • AVA_MSU: 2
    • AVA_MSU.3: 2
    • AVA_SOF.1: 2
    • AVA_VLA.4: 4
  • ACM:
    • ACM_AUT: 2
    • ACM_AUT.1: 1
    • ACM_CAP: 2
    • ACM_CAP.4: 2
    • ACM_SCP: 2
    • ACM_SCP.3: 1
  • ADO:
    • ADO_DEL: 2
    • ADO_DEL.2: 2
    • ADO_IGS: 2
    • ADO_IGS.1: 3
  • ADV:
    • ADV_FSP: 1
    • ADV_FSP.1: 2
    • ADV_FSP.3: 1
    • ADV_HLD: 1
    • ADV_HLD.2: 1
    • ADV_HLD.3: 1
    • ADV_IMP: 1
    • ADV_IMP.1: 1
    • ADV_IMP.2: 1
    • ADV_INT: 1
    • ADV_INT.1: 1
    • ADV_LLD: 1
    • ADV_LLD.1: 2
    • ADV_RCR: 1
    • ADV_RCR.2: 1
    • ADV_SPM: 1
    • ADV_SPM.1: 4
    • ADV_SPM.3: 1
  • AGD:
    • AGD_ADM: 2
    • AGD_ADM.1: 4
    • AGD_USR: 2
    • AGD_USR.1: 4
  • ALC:
    • ALC_DVS: 2
    • ALC_DVS.1: 1
    • ALC_DVS.2: 6
    • ALC_LCD: 2
    • ALC_LCD.2: 1
    • ALC_TAT: 2
    • ALC_TAT.2: 1
  • ATE:
    • ATE_COV: 1
    • ATE_COV.2: 2
    • ATE_DPT: 1
    • ATE_DPT.2: 1
    • ATE_FUN: 1
    • ATE_FUN.1: 1
    • ATE_IND.2: 1
  • AVA:
    • AVA_CCA: 1
    • AVA_CCA.1: 1
    • AVA_MSU: 1
    • AVA_MSU.2: 1
    • AVA_MSU.3: 6
    • AVA_SOF: 1
    • AVA_SOF.1: 1
    • AVA_VLA: 1
    • AVA_VLA.4: 7
pdf_data/st_keywords/cc_sfr
  • FAU:
    • FAU_SAS.1: 4
  • FCS:
    • FCS_CKM.1: 6
    • FCS_CKM.4: 13
    • FCS_CKM.4.1: 1
    • FCS_COP.1: 20
    • FCS_COP.1.1: 2
    • FCS_RND.1: 5
    • FCS_RND.1.1: 1
  • FDP:
    • FDP_ACC.1: 11
    • FDP_ACC.1.1: 1
    • FDP_ACF.1: 6
    • FDP_ACF.1.1: 1
    • FDP_ACF.1.2: 1
    • FDP_ACF.1.3: 1
    • FDP_ACF.1.4: 1
    • FDP_IFC: 1
    • FDP_IFC.1: 11
    • FDP_ITC.1: 6
    • FDP_ITC.2: 15
    • FDP_ITC.2.1: 1
    • FDP_ITC.2.2: 1
    • FDP_ITC.2.3: 1
    • FDP_ITC.2.4: 1
    • FDP_ITC.2.5: 1
    • FDP_ITT.1: 6
    • FDP_ROL.1: 6
    • FDP_ROL.1.1: 1
    • FDP_ROL.1.2: 1
    • FDP_SDI.1: 1
  • FIA:
    • FIA_UAU.1: 1
    • FIA_UAU.2: 5
    • FIA_UAU.5: 7
    • FIA_UAU.5.1: 1
    • FIA_UAU.5.2: 1
    • FIA_UID.1: 4
    • FIA_UID.2: 8
  • FMT:
    • FMT_LIM.1: 3
    • FMT_LIM.2: 3
    • FMT_MSA.1: 6
    • FMT_MSA.1.1: 1
    • FMT_MSA.2: 16
    • FMT_MSA.3: 8
    • FMT_MSA.3.1: 1
    • FMT_MSA.3.2: 1
    • FMT_MTD.1: 6
    • FMT_MTD.1.1: 1
    • FMT_SMF.1: 9
    • FMT_SMF.1.1: 1
    • FMT_SMR.1: 12
    • FMT_SMR.1.1: 1
    • FMT_SMR.1.2: 1
  • FPR:
    • FPR_UNL.1: 6
    • FPR_UNL.1.1: 1
  • FPT:
    • FPT_AMT.1: 1
    • FPT_FLS.1: 7
    • FPT_ITT.1: 6
    • FPT_PHP.3: 7
    • FPT_RPL.1: 8
    • FPT_RPL.1.1: 1
    • FPT_RPL.1.2: 1
    • FPT_SEP.1: 6
    • FPT_TDC.1: 7
    • FPT_TDC.1.1: 1
    • FPT_TDC.1.2: 1
  • FRU:
    • FRU_FLT.2: 7
  • FTP:
    • FTP_ITC.1: 2
    • FTP_TRP.1: 11
    • FTP_TRP.1.1: 1
    • FTP_TRP.1.2: 1
    • FTP_TRP.1.3: 3
  • FAU:
    • FAU_GEN: 1
    • FAU_GEN.1: 1
    • FAU_SAS: 3
    • FAU_SAS.1: 8
    • FAU_SAS.1.1: 1
  • FCS:
    • FCS_CKM.1: 29
    • FCS_CKM.1.1: 3
    • FCS_CKM.2: 4
    • FCS_CKM.4: 19
    • FCS_CKM.4.1: 2
    • FCS_COP: 1
    • FCS_COP.1: 21
    • FCS_COP.1.1: 2
    • FCS_RND: 2
    • FCS_RND.1: 8
    • FCS_RND.1.1: 1
  • FDP:
    • FDP_ACC: 1
    • FDP_ACC.1: 21
    • FDP_ACC.1.1: 1
    • FDP_ACF: 1
    • FDP_ACF.1: 12
    • FDP_ACF.1.1: 1
    • FDP_ACF.1.2: 1
    • FDP_ACF.1.3: 1
    • FDP_ACF.1.4: 1
    • FDP_CKM.2: 1
    • FDP_IFC: 2
    • FDP_IFC.1: 22
    • FDP_IFC.1.1: 1
    • FDP_IFF.1: 3
    • FDP_ITC.1: 15
    • FDP_ITC.1.1: 2
    • FDP_ITC.1.2: 2
    • FDP_ITC.1.3: 2
    • FDP_ITC.2: 17
    • FDP_ITC.2.1: 2
    • FDP_ITC.2.2: 2
    • FDP_ITC.2.3: 2
    • FDP_ITC.2.4: 2
    • FDP_ITC.2.5: 2
    • FDP_ITT: 1
    • FDP_ITT.1: 17
    • FDP_ITT.1.1: 1
    • FDP_SDI.1: 2
  • FMT:
    • FMT_LIM: 4
    • FMT_LIM.1: 14
    • FMT_LIM.1.1: 1
    • FMT_LIM.2: 19
    • FMT_LIM.2.1: 1
    • FMT_MSA: 2
    • FMT_MSA.1: 12
    • FMT_MSA.1.1: 1
    • FMT_MSA.2: 21
    • FMT_MSA.2.1: 2
    • FMT_MSA.3: 13
    • FMT_MSA.3.1: 1
    • FMT_MSA.3.2: 1
    • FMT_SMF: 1
    • FMT_SMF.1: 7
    • FMT_SMF.1.1: 1
    • FMT_SMR.1: 8
  • FPT:
    • FPT_AMT.1: 1
    • FPT_FLS: 1
    • FPT_FLS.1: 22
    • FPT_FLS.1.1: 1
    • FPT_ITT: 1
    • FPT_ITT.1: 15
    • FPT_ITT.1.1: 1
    • FPT_PHP: 2
    • FPT_PHP.3: 18
    • FPT_PHP.3.1: 1
    • FPT_SEP: 2
    • FPT_SEP.1: 10
    • FPT_SEP.1.1: 1
    • FPT_SEP.1.2: 1
    • FPT_TDC.1: 2
  • FRU:
    • FRU_FLT: 1
    • FRU_FLT.1: 1
    • FRU_FLT.2: 18
  • FTP:
    • FTP_ITC.1: 2
    • FTP_TRP.1: 2
pdf_data/st_keywords/cc_claims
  • O:
    • O.RND: 3
  • T:
    • T.RND: 2
  • O:
    • O.RND: 5
  • T:
    • T.RND: 4
pdf_data/st_keywords/vendor
  • NXP:
    • NXP: 71
    • NXP Semiconductors: 14
  • Samsung:
    • Samsung: 1
pdf_data/st_keywords/symmetric_crypto
  • AES_competition:
    • AES:
      • AES: 32
  • DES:
    • 3DES:
      • TDEA: 1
      • Triple-DES: 8
    • DES:
      • DEA: 1
      • DES: 22
  • DES:
    • 3DES:
      • 3DES: 13
      • T-DES: 1
      • Triple-DES: 1
    • DES:
      • DES: 12
  • miscellaneous:
    • SEED:
      • SEED: 1
pdf_data/st_keywords/crypto_scheme
  • MAC:
    • MAC: 4
pdf_data/st_keywords/randomness
  • RNG:
    • RND: 5
  • TRNG:
    • TRNG: 1
  • RNG:
    • RND: 10
    • RNG: 3
pdf_data/st_keywords/crypto_engine
  • TORNADO:
    • TORNADO: 8
pdf_data/st_keywords/side_channel_analysis
  • FI:
    • Malfunction: 9
    • fault injection: 2
    • malfunction: 2
  • SCA:
    • Leak-Inherent: 8
    • Physical Probing: 2
    • physical probing: 1
    • timing attacks: 1
  • FI:
    • DFA: 1
    • Malfunction: 24
    • malfunction: 12
    • physical tampering: 2
  • SCA:
    • DPA: 5
    • Leak-Inherent: 20
    • Physical Probing: 4
    • Physical probing: 2
    • SPA: 3
    • physical probing: 6
    • side-channel: 2
    • timing attacks: 1
  • other:
    • reverse engineering: 3
pdf_data/st_keywords/standard_id
  • BSI:
    • AIS31: 2
  • CC:
    • CCMB-2005-08-001: 2
    • CCMB-2005-08-002: 2
    • CCMB-2005-08-003: 2
    • CCMB-2005-08-004: 2
  • FIPS:
    • FIPS PUB 197: 3
    • FIPS PUB 46-3: 3
  • BSI:
    • AIS 20: 2
    • AIS20: 3
  • FIPS:
    • FIPS PUB 46-3: 2
  • ISO:
    • ISO/IEC 15408-2005: 1
    • ISO/IEC 7816: 4
    • ISO/IEC 9796-1: 3
pdf_data/st_keywords/certification_process
  • OutOfScope:
    • TSF shall ensure that only secure values are accepted for security attributes.” This is clearly out of scope for the TOE. The design concept of the TOE and the systems in which the TOE is used is based on the: 2
    • out of scope: 2
pdf_data/st_metadata
  • /Alternative descriptive title: Security Target Lite
  • /Author: NXP Business Line Identification - HGA, KKG
  • /CertificationID: BSI-DSZ-CC-0487
  • /Copyright date: 2007
  • /CreationDate: D:20081010151413+02'00'
  • /Creator: Acrobat PDFMaker 7.0.7 for Word
  • /Descriptive title: Security Target Lite
  • /Division: NXP Semiconductors
  • /Keywords: Security Target, Mifare, MF3ICD81
  • /ModDate: D:20090416140134+02'00'
  • /Modification date: 10 October 2008
  • /Producer: Acrobat Distiller 7.0.5 (Windows)
  • /Revision: Rev.1.1
  • /Security status: Public
  • /SourceModified: D:20081010131123
  • /Specification status: Evaluation Documentation
  • /Status:
  • /Subject: MF3ICD81
  • /Template date: 1 October 2006
  • /Template version: 2.8.1
  • /Title: Security Target Lite Mifare DESFire8 MF3ICD81
  • /docpath: H:\work\SMX02\Evaluation\Procedure_P5CC037V0A\DeveloperDocuments
  • /list_of_authors: Hans-Gerd Albertsen, Kurt Koenig
  • /philips_smx_cl_docpath: H:\work\SMX02\Evaluation\Procedure_P5CC037V0A\DeveloperDocuments
  • /relBibilioPath: ..\..\Bibliography.doc
  • /text_cert_body_long: Bundesamt für Sicherheit in der Informationstechnik
  • /text_cert_body_short: BSI
  • /text_developer_long: NXP Semiconductors, Business Line Identification
  • /text_developer_short: NXP
  • /text_product_letter: A
  • /text_product_long: NXP Mifare DESFire8 MF3ICD81
  • /text_product_minor: V0A
  • /text_product_short: MF3ICD81
  • /text_sponsor_long: NXP Semiconductors, Business Line Identification
  • /text_sponsor_short: NXP
  • pdf_file_size_bytes: 463871
  • pdf_hyperlinks: {}
  • pdf_is_encrypted: False
  • pdf_number_of_pages: 59
  • /Author: Kyungsuk Yi (Bryant)
  • /CreationDate: D:20080604112348+09'00'
  • /Creator: PScript5.dll Version 5.2.2
  • /Keywords: Smartcard, IC, S3CC9LC, 16-bit RISC Microcontroller For Smart Cards, 16-bit CMOS Microcontroller For Smart Cards, Samsung Electronics
  • /ModDate: D:20080609165456+09'00'
  • /Producer: Acrobat Distiller 6.0.1 (Windows)
  • /Subject: Security Target Lite
  • /Title: Security Target Lite of S3CC9LC 16-bit RISC Microcontroller For Smart Cards
  • pdf_file_size_bytes: 536251
  • pdf_hyperlinks: {}
  • pdf_is_encrypted: True
  • pdf_number_of_pages: 60
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