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IPv6@home

IPv6@home. A master thesis work by Christer Engman (e94_cen@e.kth.se). Department of Teleinformatics Royal Institute of Technology. Network Services Telia Research AB. Agenda. Home Networking IPv6 IPv6 at Home IPv6 Transition Experiments Conclusions. Home Networking.

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IPv6@home

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  1. IPv6@home A master thesis work by Christer Engman (e94_cen@e.kth.se) Department of Teleinformatics Royal Institute of Technology Network Services Telia Research AB

  2. Agenda • Home Networking • IPv6 • IPv6 at Home • IPv6 Transition • Experiments • Conclusions IPv6@home

  3. Home Networking Connect everything! Internet IPv6@home

  4. Supersedes IPv4 Appeared in 1992 IPv4 “full” between 2005 and 2010 Enhanced functionality Appearance Deadline? Today Year 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 IPv6 Internet Protocol version 6 IPv6@home

  5. IPv6 at Home Addressing • Many nodes! • 128-bit addresses • Hierarchy • Multiple addresses • DNS 3ffe:0:2000:73b9:200:f8ff:fe32:5fc 192.168.2.27 IPv6@home

  6. IPv6 at Home Plug and Play • “Just plug it in…” • Autoconfiguration, AC • Neighbor Discovery • Stateless AC (router ads) • Stateful AC (DHCPv6) • Related technologies • Jini (Sun) • UPnP (Microsoft) Router Advertisements IPv6@home

  7. IPv6 at Home Mobility • Future devices will be mobile • Autoconfiguration • Security • Mobile IPv6 IPv6@home

  8. IPv6 at Home Multimedia • Convergence of telephony, radio, TV... • High performance • optimized design • “Jumbograms” • QoS • Multicasting IPv6@home

  9. IPv6 at Home Security • Important! • Autoconfiguration • Mobility • E-commerce • Native IPsec • Authentication • Encryption IPv6@home

  10. IPv6 Transition Strategy IPv6@home

  11. IPv4 + IPv6 IPv4 IPv6 IPv6 Transition Mechanisms • IPv4 connectivity • NAT-PT • SOCKS/proxies • Dual-Stack (AIIH) • IPv6 connectivity • 6to4 • 6over4 • Old applications • Bump in the Stack (BIS) IPv6@home

  12. Experiments Lab network setup • IPv6 support • Connectivity • DNS • Transition mechanisms IPv6@home

  13. Conclusions • IPv6 delivers all required functionality • Transition mechanisms • IPv6 still work in progress • Few IPv6 implementations Too immature to deploy! IPv6@home

  14. Future Work • Follow the development • Additional IPv6 projects/thesis works • Always consider IPv6 in future projects • IPv6 implementations IPv6@home

  15. Further Information • Literature • Christian Huitema, “IPv6 - The New Internet Protocol”, Prentice Hall, 1998 • WWW • http://www.e.kth.se/~e94_cen/exjobb • http://www.ipv6.org • http://www.6bone.net • RFCs & Internet drafts • http://www.ietf.org IPv6@home

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