APNIC GAC Capetown final

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Status of IPv6 Addresses and Address Management: 

Status of IPv6 Addresses and Address Management Paul Wilson Director General APNIC

IPv6 Addressing Status Report: 

IPv6 Addressing Status Report What is an IP address? How are IP addresses managed? How many addresses are there? Where are all the addresses? Conclusion

What is an IP address?: 

What is an IP address? Internet infrastructure address Globally unique* A finite common resource IPv4: 32-bit number e.g. 192.131.13.3 4 billion addresses available IPv6: 128-bit number e.g. 3ffe:1a00:ff00:: Potentially*, equal to (IPv4)4 IP does not mean 'Intellectual Property'

IP addresses are not domain names…: 

202.12.29.142 202.112.0.46 IP addresses are not domain names… DNS

How are IP Addresses managed?: 

How are IP Addresses managed? and how did we get here?

1981 - 1992: 

1981 - 1992

1993 - 2001: 

1993 - 2001

2002 - 2004: 

2002 - 2004

What are RIRs?: 

What are RIRs? Regional Internet (address) Registries Industry self-regulatory structures Non-profit, open membership bodies First established in early 1990’s In response to call from IETF (RFC1366) To satisfy emerging technical/admin needs Voluntarily by consensus of community In the 'Internet Tradition' Consensus-based, open and transparent

What do RIRs do?: 

What do RIRs do? Internet resource management Primarily, IP addresses – IPv4 and IPv6 Registration services ('whois') Training, outreach and liaison Training courses, seminars, conferences… Liaison: IETF, ICANN, ITU, regional orgs… Newsletters, reports, web sites… Policy development and coordination Open Policy Meetings and processes

RIR Policy Development: 

RIR Policy Development OPEN TRANSPARENT ‘BOTTOM UP’ Anyone can participate All decisions andamp; policies documented andamp; freely available to anyone Internet community proposes and approves policy Need Discuss Evaluate Implement Consensus

How many IP Addresses?: 

How many IP Addresses? and how many are left?

IPv4 vs IPv6: 

IPv4 vs IPv6 IPv4: 32 bits 232 addresses = 4 billion addresses Being extended through use of 'NAT' IPv6: 128 bits 2128 addresses? = 340 billion billion billion billion addresses? Much less, due to IPv6 address structure…

How much IPv4?: 

How much IPv4? See www.potaroo.net

The NAT “Problem”: 

The NAT 'Problem'

How much IPv6?: 

128 bits How much IPv6? 248 site addresses = 281 thousand billion site addresses Assigned to 'sites' - homes, cars, phones etc 264 'subnet' addresses = 18 billion billion subnet addresses Assigned to individual network segments

IPv6 Address space lifetime: 

IPv6 Address space lifetime

Where are all the addresses?: 

Where are all the addresses? and how many are left?

IPv4 Allocations – IANA total: 

IPv4 Allocations – IANA total

IPv4 Allocations – IANA: 

IPv4 Allocations – IANA

IPv4 Allocations – RIRs: 

IPv4 Allocations – RIRs

IPv4 Allocations – Global: 

IPv4 Allocations – Global

IPv6 Allocations – RIRs: 

IPv6 Allocations – RIRs

IPv6 Allocations – RIRs: 

IPv6 Allocations – RIRs

IPv6 Allocations – Global: 

IPv6 Allocations – Global

Conclusion: 

Conclusion What is the future?

IPv6 – Internet for everything!: 

IPv6 – Internet for everything!

IPv6 – Summary: 

IPv6 – Summary The good news… IPv6 is available IPv6 addresses are very easy to get The not so good news… Cost: transition from IPv4 Demand: Do users want it? 'Chicken and Egg' syndrome The reality: A long process… 'Changing engines mid-flight' Critical message: Start now!

Thank You: 

Thank You Paul Wilson pwilson@apnic.net