SAVI Analysis for PANA with SLACC Yilan Ding IETF 79 draft-ding-savi-pana-with-slacc-00.

Slides:



Advertisements
Similar presentations
Using HIP to solve MULTI-HOMING IN IPv6 networks YUAN Zhangyi Beijing University of Posts and Telecommunications.
Advertisements

URP Usage Scenarios for NAS Yoshihiro Ohba August 2001 Toshiba America Research, Inc.
DHCPv6.
Neighbor Discovery for IPv6 Mangesh Kaushikkar. Overview Introduction Terminology Protocol Overview Message Formats Conceptual Model of a Host.
TCP/IP Protocol Suite 1 Chapter 27 Upon completion you will be able to: Next Generation: IPv6 and ICMPv6 Understand the shortcomings of IPv4 Know the IPv6.
Auto Configuration and Mobility Options in IPv6 By: Hitu Malhotra and Sue Scheckermann.
EE 545 – BOGAZICI UNIVERSITY. Agenda Introduction to IP What happened IPv5 Disadvantages of IPv4 IPv6 Overview Benefits of IPv6 over IPv4 Questions -
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Addressing the Network – IPv4 Network Fundamentals – Chapter 6.
Umut Girit  One of the core members of the Internet Protocol Suite, the set of network protocols used for the Internet. With UDP, computer.
Network Localized Mobility Management using DHCP
PANA Requirements and Terminology - IETF54 -. PANA WG, IETF 54, Requirements and Terminology draft-ietf-pana-requirements-02.txt Changes Comments/questions.
Host Autoconfiguration ALTTC, Ghaziabad. IPv4 Address and IPv6 equivalents ALTTC, Ghaziabad.
Gursharan Singh Tatla SLIP and PPP 27-Mar
LTE Call Flow and MS Attached Procedures
1 Mobile IP Myungchul Kim Tel:
IPv6 Address Provisioning In IPv6 world there are three provisioning aspects wich are independent of whether the IPv6 node is a Host or CE router: IPv6.
DAD Optimization Youn-Hee Han Samsung Advanced Institute of Technology 57 th IETF, Vienna, Austria July 13-18, 2003.
MOBILITY SUPPORT IN IPv6
A Study of Mobile IP Kunal Ganguly Wichita State University CS843 – Distributed Computing.
IPv4-Embedded IPv6 Multicast Address draft-ietf-mboned-64-multicast-address-format IETF 84 Vancouver 1.
12/05/2007IETF70 PANA WG1 PANA Network Selection draft-ohba-pana-netsel-00.txt Yoshihiro Ohba.
Host Identity Protocol
 It defines the format of the frame to be exchanged between devices.  It defines how two devices can negotiate the establishment of the link and the.
1 Chapter06 Mobile IP. 2 Outline What is the problem at the routing layer when Internet hosts move?! Can the problem be solved? What is the standard solution?
IPv6 RADIUS attributes for IPv6 access networks draft-lourdelet-radext-ipv6-access-01 Glen Zorn, Benoit Lourdelet Wojciech Dec, Behcet Sarikaya Radext/dhc.
IPv6 Address autoconfiguration stateless & stateful.
DNS zone suffix option for DHCPv6 (draft-yan-dhc-dhcpv6-opt-dnszone-01.txt) IETF 61 (Washington, DC) Yinglan Jiang Renxiang Yan
National Institute Of Science & Technology Mobile IP Jiten Mishra (EC ) [1] MOBILE IP Under the guidance of Mr. N. Srinivasu By Jiten Mishra EC
Inter-Mobility Support in Controlled 6LoWPAN Networks Zinonos, Z. and Vassiliou, V., GLOBECOM Workshops, 2010 IEEE.
7/14/2003IETF57 PANA enabling IPsec based Access control draft-mohanp-pana-ipsec-00.txt Mohan Parthasarathy Tahoe Networks - Presented by Hannes Tschofenig.
DHCPv6 Route Option (draft-dec-dhcpv6-route-option-03.txt) IETF 77, March 2010 : Wojciech Dec Richard Johnson
TCP/IP Protocol Suite 1 Chapter 27 Upon completion you will be able to: Next Generation: IPv6 and ICMPv6 Understand the shortcomings of IPv4 Know the IPv6.
Prefix Delegation Protocol Selection T.J. Kniveton MEXT Working Group IETF 70 - December ’07 - Vancouver.
Authentication Mechanism for Port Control Protocol (PCP) draft-wasserman-pcp-authentication-01.txt Margaret Wasserman Sam Hartman Painless Security Dacheng.
Jun Li DHCP Option for Access Network Information draft-lijun-dhc-clf-nass-option-01.
Roaming Over Savi Device Tao Lin IETF 79. Outline DHCP/NDP Snooping mechanism Switch implementation Roaming over switches WLAN network Roaming over WLAN.
Doc.: IEEE /xxxr0 Submission November, 2004 Jim TomcikSlide 1 cdma2000-WLAN Interworking Jim Tomcik Raymond Hsu
1 © 2004, Cisco Systems, Inc. All rights reserved. CCNA 1 v3.1 Module 9 TCP/IP Protocol Suite and IP Addressing.
Introduction to Mobile IPv6
A Source Address Validation Architecture (SAVA) and IETF SAVI Working Group Jun Bi Tsinghua University/CERNET Oct 20, 2008.
An Address Management Mechanism for Blocking External Communications in IPv6 Networks 1.
© Janice Regan, CMPT 128, CMPT 371 Data Communications and Networking Network Layer NAT, IPv6.
Header Compression for Communication exceed 6LoWPAN
Mobile IPv6 with IKEv2 and revised IPsec architecture IETF 61
ISDS 4120 Project 1 DWAYNE CARRAL JR 3/27/15. There are seven layers which make up the OSI (Open Systems Interconnection Model) which is the model for.
Dean Cheng 81 st IETF Quebec City RADIUS Extensions for CGN Configurations draft-cheng-behave-cgn-cfg-radius-ext
Nov. 9, 2004IETF61 PANA WG PANA Specification Last Call Issues Yoshihiro Ohba, Alper Yegin, Basavaraj Patil, D. Forsberg, Hannes Tschofenig.
An Introduction to Mobile IPv4
1 Binding Protocol Addresses (ARP ). 2 Resolving Addresses Hardware only recognizes MAC addresses IP only uses IP addresses Consequence: software needed.
© 2005 Cisco Systems, Inc. All rights reserved. BGP v3.2—1-1 BGP Overview Establishing BGP Sessions.
6to4
Per-MS Prefix Model for IPv6 in WiMAX by Frank Xia Behcet Sarikaya Raj Patil Presented by Jonne Soininen.
August 2, 2005IETF63 EAP WG AAA-Key Derivation with Lower-Layer Parameter Binding (draft-ohba-eap-aaakey-binding-01.txt) Yoshihiro Ohba (Toshiba) Mayumi.
V6OPS WG IETF-72 IPv6 in Broadband Networks draft-kaippallimalil-v6ops-ipv6-bbnet Presented by: David Miles Kaippallimalil John Frank Xia July 2008.
NETEXT WG, th IETF, Beijing Logical Interface Support for multi-mode IP Hosts draft-ietf-netext-logical-interface-support-01 Sri Gundavelli.
Mobile IP THE 12 TH MEETING. Mobile IP  Incorporation of mobile users in the network.  Cellular system (e.g., GSM) started with mobility in mind. 
RFC 3775 IPv6 Mobility Support
Booting up on the Home Link
CIS 116 IPv6 Fundamentals 2 – Primer Rick Graziani Cabrillo College
PANA Issues and Resolutions
Transport Layer.
draft-jeyatharan-netext-pmip-partial-handoff-02
Routing and Switching Essentials v6.0
Mobility And IP Addressing
IEEE MEDIA INDEPENDENT HANDOVER DCN: srho
Proposal for IEEE 802.1CQ-LAAP
Proposal for IEEE 802.1CQ-LAAP
PMIP6 extensions for inter-access handovers and flow mobility
Lecture 4a Mobile IP 1.
Presentation transcript:

SAVI Analysis for PANA with SLACC Yilan Ding IETF 79 draft-ding-savi-pana-with-slacc-00

IPv6 Broadband Access Network Problems SAVI for PANA with SLACC outline

IPv6 Broadband Access Network In IPv6 network, HGW get a delegated prefix (says, /56) and then advertises it to UEs in home network. Subscriber generates GUA via stateless address configuration ▫ UE gets its own LLA/ULA address and then uses it as source IP address for the following PANA authentication for subscriber verification. ▫ Once the authentication succeeds, UE sends RS to HGW and HGW replies with RA with a /64 prefix option for SLACC configuration. ▫ UE uses the prefix to generate its GUA address, and uses it for the following data transportation. ▫ UE1 and UE2 maybe get different /64 prefix by this same way.

IPv6 Broadband Access Network

Problems IP edge only knows /56 prefix it delegated to HGW, there is no native way for IP edge to know which address/prefix UE1 and UE2 used within the range of the delegated /56 prefix. How to validate the address of UE? IP session terminates on IP edge, IP edge should have the detailed information stored for each session, e.g. prefix, address, layer 2 information, etc. If IP edge wants to treat the connections which terminate on UE1 and UE2 as different sessions, it needs to know the specific information of each to set up correct binding relationship. Solution is needed to solve this problem.

SAVI for PANA with SLACC PAR with EAP success payload is sent to UE. ‘I’ bit was set to indicate that UE is required to get a GUA and use that GUA for the following message exchange. In SLACC procedure, UE get advertised prefix from HGW by RS/RA exchange, and use it to generate the GUA address for data communication.

SAVI for PANA with SLACC UE sends PAN with ‘C’ bit set to IP edge. GUA address generated is used as the source IP address. IP edge retrieves the GUA and prefix information and binds them with the session initiated by UE. Embedded mechanism of PANA, a light- weighted solution

SAVI for PANA with SLACC Another approach: the address UE use in data communication may be allocated after authentication process finished

Discussions

Thank You