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Network Localized Mobility Management using DHCP

Network Localized Mobility Management using DHCP. draft-templin-autoconf-netlmm-dhcp-04 fred.l.templin@boeing.com IETF67 – NETLMM wg. NETLMM Domain. Backhaul Network. Access Rtrs (ARs). Mobility Anchor Point(s) (MAPs). Access Networks. Mobile Nodes (MNs). NETLMM Using DHCP.

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Network Localized Mobility Management using DHCP

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  1. Network Localized Mobility Management using DHCP draft-templin-autoconf-netlmm-dhcp-04 fred.l.templin@boeing.com IETF67 – NETLMM wg

  2. NETLMM Domain Backhaul Network Access Rtrs (ARs) Mobility Anchor Point(s) (MAPs) Access Networks Mobile Nodes (MNs)

  3. NETLMM Using DHCP • Three different MN types supported: • DHCP-only • SLAAC-only • DHCP+SLAAC • ARs configure both DHCP client/relay • MAP(s) configure DHCP server

  4. AR Client/Relay Configuration • DHCP client/relay co-resident - use loopback interface • Relay performs ordinary relaying; manages IP forwarding table • Client responsible for: • reliable message exchanges • network-initiated handovers • Proxy-DHCP for SLAAC-only MNs Client Relay lo0 Access Router Backhaul network Access network netfilter eth0 eth1

  5. Model of Operation • MNs use DHCP and/or SLAAC and observe NETLMM MN-AR interface spec • ARs/MAPs use ordinary DHCP message exchanges • ARs/MAPs manage ip forwarding tables based on address/prefix delegations • Host-initiated handovers driven by MN • Network-initiated handovers driven by AR • Proxy-DHCP for SLAAC-only Mobile Nodes • (Rudimentary) mechanism for setting up AR-MAP relationships - can be made more robust

  6. Host-Initiated Message Exchange

  7. Network-Initiated Message Exchange

  8. Motivation • deliver best solution to address customer’s requirements, but: • no early visibility into DT effort • PMIP not yet on radar screen • need to assure proper link-model operation for customer’s use-case • re-use of widely-deployed mechanisms already deployed by customer • prefer standard solutions, but customer will have their solution in any event

  9. Status • ‘draft-templin-autoconf-netlmm-dhcp-04’ • support for both IPv4 and IPv6 • uses standard DHCPv4/v6 messaging • DHCPv6 requires RAAN; SRSN options (in WGLC for Proposed Standard) • two independent implementations of -02 draft for DHCPv4 (Boeing and MITRE)

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