NBN EN ISO 11568-3 : 1996

1 Scope
2 Normative references
3 Definitions
4 General environment for key management techniques
4.1 Functionality of a secure cryptographic device
4.2 Double length keys
4.3 Key generation
4.4 Key calculation
4.5 Key hierarchies
5 Techniques for the provision of key management
      services
5.1 Key encipherment
5.2 Key variants
5.3 Key derivation
5.4 Key transformation
5.5 Key offsetting
5.6 Key notarization
5.7 Key tagging
5.8 Key verification
5.9 Key identification
5.10 Controls and audit
6 Key management services cross reference
Annexes
A Notation used in this part of ISO 11568
      A.1 Operators
      A.2 Suffix letters for keys
      A.3 Specific keys and key pairs
B Approved algorithms for symmetric key management
C Abbreviations
D Symmetric cipher examples
E Key variants and control vectors
      E.1 Key variants
      E.2 Control vectors
F Bibliography
1 Scope
2 Normative references
3 Definitions
4 Requirements
4.1 Key generation
4.2 Key storage
4.3 Key retrieval from back up
4.4 Key distribution
4.5 Key use
4.6 Key replacement
4.7 Key destruction
4.8 Key deletion
4.9 Key archive
4.10 Key termination
5 Methods
5.1 Key generation
5.2 Key storage
5.3 Key retrieval from back up
5.4 Key distribution and loading
5.5 Key use
5.6 Key replacement
5.7 Key destruction
5.8 Key deletion
5.9 Key archive
5.10 Key termination
1 Scope
2 Normative references
3 Definitions
4 General environment for key management techniques
4.1 Functionality of a secure cryptographic device
4.2 Double length keys
4.3 Key generation
4.4 Key calculation
4.5 Key hierarchies
5 Techniques for the provision of key management
      services
5.1 Key encipherment
5.2 Key variants
5.3 Key derivation
5.4 Key transformation
5.5 Key offsetting
5.6 Key notarization
5.7 Key tagging
5.8 Key verification
5.9 Key identification
5.10 Controls and audit
6 Key management services cross reference
Annexes
A Notation used in this part of ISO 11568
      A.1 Operators
      A.2 Suffix letters for keys
      A.3 Specific keys and key pairs
B Approved algorithms for symmetric key management
C Abbreviations
D Symmetric cipher examples
E Key variants and control vectors
      E.1 Key variants
      E.2 Control vectors
F Bibliography

Defines security requirements and implementation methods for each step in the key life cycle, applicable to keys at all levels of a key hierarchy. Applies to those institutions responsible for key management for protection of data in transactions originated by bank cards.