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BS ISO/IEC 11770-3:2021 – TC:2022 Edition

BS ISO/IEC 11770-3:2021 – TC:2022 Edition

$280.87

Tracked Changes. Information security. Key management – Mechanisms using asymmetric techniques

Published By Publication Date Number of Pages
BSI 2022 246
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PDF Catalog

PDF Pages PDF Title
1 30452789
147 A-30435245
148 undefined
152 Foreword
153 Introduction
154 1 Scope
155 2 Normative references
3 Terms and definitions
161 4 Symbols and abbreviations
163 5 Requirements
164 6 Key derivation functions
7 Cofactor multiplication
165 8 Key commitment
9 Key confirmation
166 10 Framework for key management
10.1 General
167 10.2 Key agreement between two parties
10.3 Key agreement between three parties
168 10.4 Secret key transport
10.5 Public key transport
11 Key agreement
11.1 Key agreement mechanism 1
169 Figure 1 — Key agreement mechanism 1
Figure 2 — Key agreement mechanisms 2 and 8
170 11.2 Key agreement mechanism 2
11.3 Key agreement mechanism 3
171 Figure 3 — Key agreement mechanism 3
Figure 4 — Key agreement mechanisms 4, 5 and 9
172 11.4 Key agreement mechanism 4
173 11.5 Key agreement mechanism 5
174 11.6 Key agreement mechanism 6
Figure 5 — Key agreement mechanism 6
175 Figure 6 — Key agreement mechanism 7
176 11.7 Key agreement mechanism 7
177 11.8 Key agreement mechanism 8
178 11.9 Key agreement mechanism 9
179 11.10 Key agreement mechanism 10
Figure 7 — Key agreement mechanism 10
Figure 8 — Key agreement mechanism 11
180 11.11 Key agreement mechanism 11
181 11.12 Key agreement mechanism 12
Figure 9 — Key agreement mechanism 12
182 11.13 Key agreement mechanism 13
183 Figure 10 — Key agreement mechanism 13 (2-pass)
11.14 Key agreement mechanism 14
184 Figure 11 — Key agreement mechanism 14 (3-pass)
11.15 Key agreement mechanism 15
185 Figure 12 — Key agreement mechanism 15
12 Secret key transport
12.1 Secret key transport mechanism 1
186 Figure 13 — Secret key transport mechanism 1
Figure 14 — Secret key transport mechanism 2
187 12.2 Secret key transport mechanism 2
188 12.3 Secret key transport mechanism 3
189 Figure 15 — Secret key transport mechanism 3
Figure 16 — Secret key transport mechanism 4
190 12.4 Secret key transport mechanism 4
191 12.5 Secret key transport mechanism 5
192 Figure 17 — Secret key transport mechanism 5
Figure 18 — Secret key transport mechanism 6
194 12.6 Secret key transport mechanism 6
195 13 Public key transport
13.1 Public key transport mechanism 1
Figure 19 — Public key transport mechanism 1
196 Figure 20 — Public key transport mechanism 2
13.2 Public key transport mechanism 2
197 13.3 Public key transport mechanism 3
Figure 21 — Public key transport mechanism 3
199 Annex A (normative) Object identifiers
208 Annex B (informative) Properties of key establishment mechanisms
209 Table B.1 — Properties of key agreement mechanisms
Table B.2 — Properties of secret key transport mechanisms
210 Table B.3 — Properties of public key transport mechanisms
211 Annex C (informative) Examples of key derivation functions
C.1 ASN.1 syntax for key derivation functions
C.2 IEEE P1363 key derivation function
212 C.3 ANSI X9.42 key derivation function
213 C.4 ANSI X9.63 key derivation function
214 C.5 NIST SP 800-56A concatenation key derivation function
216 C.6 NIST SP 800-56A ASN.1 key derivation function
219 Annex D (informative) Examples of key establishment mechanisms
D.1 Examples of a function F, and sets S1 and S2
D.2 Non-interactive Diffie-Hellman key agreement
D.3 Identity-based mechanism
220 D.4 ElGamal key agreement
D.5 Nyberg-Rueppel key agreement
221 D.6 Diffie-Hellman key agreement
D.7 Matsumoto-Takashima-Imai A(0) key agreement
D.8 Beller-Yacobi protocol
223 Annex E (informative) Examples of elliptic curve based key establishment mechanisms
E.1 Example of a function F
E.2 Common information
E.3 Non-interactive key agreement of Diffie-Hellman type
224 E.4 Key agreement of ElGamal type
E.5 Key agreement following Nyberg-Rueppel
225 E.6 Key agreement of Matsumoto-Takashima-Imai type A(0)
E.7 Key agreement of Diffie-Hellman type
226 E.8 Key agreement of Diffie-Hellman type with 2 key pairs
E.9 Key agreement of Diffie-Hellman type with 2 signatures and key confirmation
228 E.10 Full unified model
E.11 Key agreement of MQV type with one pass
229 E.12 Key agreement of MQV type with two passes
E.13 Key agreement of MQV type with three passes
230 E.14 Key agreement of Diffie-Hellman type with blinded public key
231 E.15 Key agreement of Diffie-Hellman type with blinded public key
233 Annex F (informative) Example of bilinear pairing based key establishment mechanisms
F.1 Example of a function FP
F.2 Joux key agreement
234 F.3 Identity-based key agreement following Smart-Chen-Cheng
235 F.4 Identity-based key agreement following Fujioka-Suzuki-Ustaoglu
F.5 SM9 identity-based key agreement
237 Annex G (informative) Secret key transport
G.1 ElGamal key transfer
G.2 ElGamal key transfer with originator’s signature
G.3 RSA key transfer
238 G.4 Elliptic curve based key transport of ElGamal type
239 G.5 Elliptic curve based key transport of ElGamal type with originator signature
240 G.6 Sakai-Kasahara key transfer
241 Bibliography
244 Blank Page

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BS ISO/IEC 11770-3:2021 - TC
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