Mobile IPv6 in 6NET: An Overview. Chris Edwards, Lancaster University, UK
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1 Mobile IPv6 in 6NET: An Overview Chris Edwards, Lancaster University, UK
2 Summary Mobile IPv6 Overview Status of the Protocol Available Implementations Deployment in 6NET Trials and Testing MIPv6++ Related 6NET Deliverables
3 MIPv6 Overview Routing protocol for mobile IPv6 hosts Nothing more, nothing less Transparent to upper layer protocols and applications Uncommon protocol architecture Tries to avoid actively involving routers! Protocol state held in end-stations Mobile nodes Correspondent nodes One exception the Home Agent
4 MIPv6 Operation Mobile Nodes Acquire Home address Home agent When away from home Acquire care-of address Register care-of address with home agent and any relevant correspondent nodes Mobile IPv6 ensures correct routing
5 MIPv6 Bindings Cache Maintains a mapping between the mobile node s home address and its current care-of address Held by home agents and correspondent nodes Provides info to allow correct routing of IPv6 packets to mobile node Provides a de-coupling between an IPv6 address and routing information
6 MIPv6 and Security Authentication Massive security / denial of service attack in MIPv6 as described so far What s to stop an attacker sending bogus Binding Update messages? IPSec protects signalling between mobile node and its home agent Return Routability test allows correspondent nodes to determine binding updates are authentic Privacy IPSec between the mobile node and its home agent is control traffic only!
7 Status of the Protocol Current specification is an Internet Draft drafts/draft-ietf-mobileip- ipv6-24.txt accepted by IESG for RFC status No RFC number yet... currently in RFC editor s queue MOBILEIP wg now finished MIP6 wg continuing work on developments that are required for wide-scale deployments MIPSHOP wg Signalling and HO optimisation
8 Available Implementations (v24 compliant) Linux MIPL ipv6.org/ 2.4.x kernel versions, 2.6 coming BSD KAME stack FreeBSD 4.9, NetBSD 1.6.2, OpenBSD 3.4 Cisco IOS technology preview available by request ohanami EFT Microsoft Expect beta release sometime in Q4 2004
9 Deployment in 6NET Several MIPv6 Testbeds Various implementations Different focus for each testbed Overall goal is to investigate deployment issues for both small and large scales implementation issues ease of setup interoperability autoconfiguration / bootstrap handover performance privacy, security multicast
10 MIPv6 Testers ULANC UCL Fokus OULU ULP TELIN PSNC Partner MIPv6 Nodes HA, MN, CN HA, MN, CN HA, MN, CN HA, MN, CN HA, MN, CN HA, MN, CN HA, MN, CN Implementations Microsoft, Cisco, KAME, MIPL MIPL MIPL, KAME MIPL Cisco, MIPL, KAME MIPL MIPL, Cisco
11 6NET MIPv6 Home Agents Microsoft Cisco KAME MIPL MIPL ULANC OULU MIPL TELIN MIPL PSNC UCL Fokus Cisco MIPL ULP KAME MIPL Cisco MIPL KAME
12 Trials and Testing Now we have a standard Protocol conformance Interoperability Handoff performances Input for deliverable Final MIPv6 Support Guide Cookbook / How-To for people wishing to deploy MIPv6 on small or large scale
13 Trials and Testing (2) TAHI test suite also used in Connectathon IETF Remote Interop Testing similar to 6Bone testing draft-kniveton kniveton-mipv6-remote-testing-00
14 Remote MIPv6 Demo HA1 Home Network for MN1 and MN2 Remote Demo Network Network A MN1 Network B MN2 HA2 Home Network HA for CN Network C CN
15 MIPv6 ++ Seamless Handovers Need to eliminate both latency and loss Fast handover implementation for Linux performance analysis vs vanilla handovers Network Mobility using MIPv6 Mobile routers have home agents like in normal MIPv6 Route optimisation problem Some interesting deployment scenarios...
16 Remote Network Support Leaf networks in Rural Locations Microwave / WiMAX links Flexible access to on-line resources for response team Provide temporary Internet connectivity to the remote site
17 Mobile Library Mobile library offering Internet access and virtual library service Could cover many libraries from one mobile station Use whatever uplink is available
18 Related 6NET Deliverables D4.1.1 Survey and Evaluation of MIPv6 Implementations somewhat out of date D4.1.2 Initial MIPv6 Support Guide D4.1.5 Multicast with Mobile Hosts: Analysis and Performance Evaluation To come... D4.1.3 Mobile IPv6 Handovers: Performance Analysis and Evaluation D4.1.4 Final MIPv6 Support Guide
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