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BSI 23/30447023 DC 2023

BSI 23/30447023 DC 2023

$13.70

BS EN ISO/IEC 9594-12. Information technology. Open systems interconnection – Part 12. The Directory. Public key infrastructure establishment and maintenance

Published By Publication Date Number of Pages
BSI 2023 86
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PDF Catalog

PDF Pages PDF Title
1 30447023-NC.pdf
3 ISO_IEC DIS 9594-12 ed.1 – id.84119 Enquiry PDF (en).pdf
9 1 Scope
2 Normative references
2.1 Identical Recommendations | International Standards
2.2 Recommendations
2.3 Others
10 3 Definitions
3.1 OSI reference model security architecture definitions
3.2 Baseline identity management terms and definitions
3.3 Terms defined in public-key and attribute certificate frameworks
11 3.4 Key management and public-key infrastructure establishment and maintenance definitions
12 4 Abbreviations
14 5 Conventions
6 Cyber security consideration for communication networks
6.1 The challenge of large ICT networks
15 6.2 Connection-mode communication
6.2.1 General
16 6.2.2 Association establishment phase
6.2.3 Data transfer phase
17 6.2.4 Association termination phase
6.3 Symmetric key requirements
18 7 Introduction to cryptographic algorithms
19 8 Hash algorithms
8.1 General
20 8.2 The SHA-2 series of hash algorithms
8.2.1 Referenced specifications
8.2.2 The SHA-2 model
21 8.2.3 The SHA-2 characteristics
8.2.4 SHA-2 formal specification
22 8.3 The Kᴇᴄᴄᴀᴋ algorithms
24 8.4 SHA-3 characteristics
25 8.5 SHA-3 formal specifications
8.5.1 SHA3-224 specification
8.5.2 SHA3-256 specification
8.5.3 SHA3-256 specification
8.5.4 SHA3-512 specification
8.5.5 SHAKE-128 and SHAKE-256 specifications
8.5.6 SHAKE-128-len and SHAKE-256-len specifications
9 Public-key algorithms and digital signature algorithms
9.1 General
27 9.2 The RSA public-key algorithm
9.2.1 General
9.2.2 Key generation
28 9.2.3 Security considerations
9.2.4 RSA asynchronous encryption/decryption
9.2.5 Signature generation and verification
29 9.3 The DSA public-key algorithm
9.4 The elliptic curve digital signature algorithm (ECDSA)
9.4.1 General
30 9.4.2 Defines curves
9.4.3 Key generation
9.4.4 Security considerations
31 9.4.5 Signature generation and verification
9.5 Edwards-curve digital signature algorithm
9.5.1 General
9.5.2 Defined digital signature algorithms
32 9.5.3 Key generation
9.5.4 Security issues
9.5.5 Signature generation and verification
10 Key establishment algorithms
10.1 Introduction
33 10.2 Key transport
10.2.1 RSA key transport
10.3 Key agreement
10.3.1 The Diffie-Hellman key agreement method
35 10.4 Key derivation functions
10.4.1 General
10.4.2 HMAC-based extract-and-expand key derivation function
36 11 Symmetric-key algorithms
11.1 Stream ciphers vs. block ciphers
11.2 Advanced encryption standard
11.2.1 General
38 11.2.2 The octet substitution layer
39 11.2.3 The Shift Rows layer
40 11.2.4 The mix columns layer
11.2.5 The add round key layer
11.3 Modes of advance encryption standard
11.3.1 Overview of AES modes
41 11.3.2 Advanced encryption standard – electronic codebook (AES-ECB) mode
11.3.3 Advanced encryption standard – cipher block chaining (AES-CBC)
42 11.3.4 Cipher feedback mode
11.3.5 Output feedback mode
11.3.6 Counter mode
43 12 Authenticated encryption with associated data (AEAD) algorithms
12.1 General
12.2 Advanced encryption standard – Galois/counter mode (AES-GCM)
12.3 Advanced encryption standard (AES)- Counter with CBC-MAC (CCM)
44 13 Integrity check value (ICV) algorithms
13.1 Introduction
13.2 Keyed-hash message authentication code (HMAC)
45 13.3 Cipher-based message authentication code (CMAC)
13.4 Kᴇᴄᴄᴀᴋ message authentication code (KMAC)
13.4.1 General
46 13.4.2 Input message constructions
13.4.3 KMAC formal specifications
47 13.5 Advance encryption standard (AES) – Galois message authentication code (GMAC) algorithm
14 Security strength
48 15 Random number generation and entropy
16 Post-quantum considerations
49 17 Hardware security modules
50 18 Introduction to the section
19 Public-key certificates
19.1 Content of a basic public-key certificate
19.1.1 Structure
19.1.2 Distinguished name considerations
51 19.1.3 Version component
19.1.4 Serial number component
19.1.5 Signature component
52 19.1.6 Issuer component
19.1.7 Validity component
19.1.8 Subject component
19.1.9 Subject public‑key information
19.1.10 Issuer unique ID and subject unique ID
53 19.2 Extensions
19.2.1 Use of extensions for public-key certificates
19.2.2 Basic constraints extension
19.2.3 Key usage extension
19.2.4 Subject directory attribute extension type
54 19.2.5 Subject alternative name extension
19.2.6 Authority information access extension
20 Trust establishment
20.1 General
55 20.2 Single public-key infrastructure domain
56 20.3 Trust establishment between two public-key infrastructure domains
20.4 A worldwide federated public-key infrastructure.
57 20.5 Trust anchor compromise
21 Identity verification in a machine-to-machine environment
21.1 General
21.2 The two-PKIs approach
58 21.3 Use of the shared secret approach
21.4 Operational PKI establishment
22 PKI configurations
22.1 Introduction
59 22.2 PKI components
23 Certification path processing
23.1 Certification path
60 23.2 Name chaining
23.3 Key identifier chaining
61 24 Certification path validation
24.1 Overview
62 24.2 Validating certification path
63 24.3 Validating individual public-key certificates
65 Annex€A Size of Public-key certificates
69 Annex€B Basic mathematic concepts for cryptographic algorithms
85 Bibliography

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