Section Number. Section Title. Controller as Proxy. Ruckus AP. Introduction and motivation.
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Request for Comments: V. Internet-Draft V. Obsoletes: if approved V. Category: Informational P. Updates: if approved Ericsson. Intended status: Informational P. May Expires: September 10, Independent. March 9, As such this. The key derivation function has been defined in the. This memo provides information for the Internet community. It does. This Internet-Draft is submitted in full conformance with the.
Distribution of this. Internet-Drafts are working documents of the Internet Engineering. Note that other groups may also distribute. The list of current Internet-. Internet-Drafts are draft documents valid for a maximum of six months. It is inappropriate to use Internet-Drafts as reference. This Internet-Draft will expire on September 10, Please review these documents. Code Components extracted from this document must. Requirements Language.
Method for 3rd Generation Authentication and Key Agreement method. The change is a new key derivation function that binds the keys. The new. Key Derivation. Partnership Project 3GPP. This specification allows its use in EAP. Hash Functions. Peer Identities.
Generating Pseudonyms and Fast Re-Authentication. Identifier Usage in 5G. Exported Parameters. Security Considerations. Discovered Vulnerabilities. Pervasive Monitoring. Security Properties of Binding Network Names. IANA Considerations. Type Value. Attribute Type Values. Key Derivation Function Namespace. Normative References. Informative References. Appendix A. Changes from RFC Appendix B. Changes to RFC Appendix C.
Changes from Previous Version of This Draft. Appendix D. Importance of Explicit Negotiation. Appendix E. Test Vectors. Authors' Addresses. This memo. As such this document obsoletes. Key Generation. It can be used for authentication to gain network access. This specification defines a new Extensible Authentication Protocol. This function binds the keys derived within the method to.
What is new in EAP-. AKA' is that it has a new key derivation function, specified in. This function binds the keys derived within the. This specification. Given that a different. Note that any change of the key derivation must be unambiguous to. Given that RFC See Appendix D for further information.
The change must also be secure against bidding down attacks that. Note also that choices in authentication protocols should be. This method can employ the derived keys CK'. See Section 4 for. But it is otherwise. Given that a different EAP method type value. Note: Appendix B explains why it is important to be explicit about.
The changes from RFC to this specification are as follows:. RFC referred to the Release 8 version. In addition, for identity privacy it is important. Also, while [RFC] specified. Some of the updates are small. For instance, for the first update,. But this reference is crucial in correct. Note: Any further updates in 3GPP specifications that affect, for. Upon such updates. It is an explicit non-goal of this draft to include any other. Section 5 specifies.
Section 6. AKA' identifiers are used in 5G context. Section 6 specifies what. Section 7 explains. Appendix B explains some of the design rationale for creating EAP-. Section 8. Finally, Appendix C provides test vectors.
Appendix D explains some of the. Finally, Appendix E provides. The RFC. Editor should check with the 3GPP liaisons that a stable version.
EAP-AKA - RFC 4187
EAP-AKA and EAP-SIM Parameters
Radiator now supports new EAP-AKA’ for even greater mobile authentication security