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| ==IPv6 Deployment== | | ==IPv6 Deployment== |
| In December, 1995, [[IANA]] formally assumed the responsibility of the address management functions of IPv6; subsequently, in 1996, the IPv6 standard is completed and its production allocation is made available to [[ISP]]s in 1999. The early phase of IPv6 deployment started in 2000 using tunneling techniques over a common IPv4 layer. [[Google]] and [[Comcast]] are among the large internet operators deploying IPv6.<ref>[http://www.oecd.org/dataoecd/48/51/44953210.pdf www.oecd.org]</ref> By mid 2007, public interest on the use of IPv6 increased based on the [[AS|Autonomous System]] routing table. Between 2004 to 2008, IPv6 routes increased from 2.5 % TO 3%. As of 2008, the size of IPv6 deployment in terms of host capability is between 2-3 per one thousand internet hosts.<ref>[http://meetings.ripe.net/ripe-56/presentations/Huston-Measuring_IPv6_Deployment.pdf Measuring IPv6 Deployment]</ref> | | In December, 1995, [[IANA]] formally assumed the responsibility of the address management functions of IPv6; subsequently, in 1996, the IPv6 standard is completed and its production allocation is made available to [[ISP]]s in 1999. The early phase of IPv6 deployment started in 2000 using tunneling techniques over a common IPv4 layer. [[Google]] and [[Comcast]] are among the large internet operators deploying IPv6.<ref>[http://www.oecd.org/dataoecd/48/51/44953210.pdf www.oecd.org]</ref> By mid 2007, public interest on the use of IPv6 increased based on the [[AS|Autonomous System]] routing table. Between 2004 to 2008, IPv6 routes increased from 2.5 % TO 3%. As of 2008, the size of IPv6 deployment in terms of host capability is between 2-3 per one thousand internet hosts.<ref>[http://meetings.ripe.net/ripe-56/presentations/Huston-Measuring_IPv6_Deployment.pdf Measuring IPv6 Deployment]</ref> |
− | | + | ==ICANN's IPv6 Global Allocation Policy== |
| + | On July 16, 2006, [[ICANN]] released its' policy statement regarding the allocation of IPv6 address space which include:<ref>[http://www.icann.org/en/policies/proposed-ipv6-policy-14jul06.htm Proposed Global Policy for Allocation of IPv6 Address Space]</ref> |
| + | * The unit of IPv6 address space allocation from [[IANA]] will be /12. A sufficient number of address space will allocated to every [[RIR]] to support their registries needs for 18 months.RIR will be responsible in choosing their own allocation reservation strategies to ensure effective and efficient work. |
| + | * Every RIR with less than /12 of un-allocated address space will receive an IPv6 allocation from IANA following ICANN's implementation of the IPv6 Address Space Global Allocation Policy. |
| + | * Any RIR will be eligible for an additional allocation of IPv6 address space if an RIR has less than 50% of the /12 and an RIR's IPv6 address space is less than its established necessary space for the next 9 months period. During this situations, IANA will make a single IPv6 allocation enough to meet the RIR's established address space for 18 months. |
| + | * The IPv6 necessary space will be calculated this way, '''NECESSARY SPACE=AVERAGE NO. OF ADDRESSES ALLOCATED PER MONTH x LENGTH OF PERIOD IN MONTHS''' |
| + | * The allocation of IPV6 addresses to an RIR should be announced an updated on IANA, National Resource Organization ([[NRO]]), the coordinating body for the 5 RIRs responsible in distributing IP addresses and AS numbers; and RIR respective websites. The administrative procedures to manage this process will be handled by ICANN and NRO. |
| ==Google Experiment on IPv6== | | ==Google Experiment on IPv6== |
| The experiment conducted by Google on IPv6 end-user connectivity and traffic levels in 2009 found that:<ref>[http://www.oecd.org/dataoecd/48/51/44953210.pdf Result of Google Experiment on IPv6]</ref> | | The experiment conducted by Google on IPv6 end-user connectivity and traffic levels in 2009 found that:<ref>[http://www.oecd.org/dataoecd/48/51/44953210.pdf Result of Google Experiment on IPv6]</ref> |
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| * Networks originating majority of IPv6 traffic come from universities and research institutions with the exemption of [[free.fr]], a French IPv6 enabled ISP. | | * Networks originating majority of IPv6 traffic come from universities and research institutions with the exemption of [[free.fr]], a French IPv6 enabled ISP. |
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− | ==ICANN's IPv6 Global Allocation Policy==
| |
− | On July 16, 2006, [[ICANN]] released its' policy statement regarding the allocation of IPv6 address space which include:<ref>[http://www.icann.org/en/policies/proposed-ipv6-policy-14jul06.htm Proposed Global Policy for Allocation of IPv6 Address Space]</ref>
| |
− | * The unit of IPv6 address space allocation from [[IANA]] will be /12. A sufficient number of address space will allocated to every [[RIR]] to support their registries needs for 18 months.RIR will be responsible in choosing their own allocation reservation strategies to ensure effective and efficient work.
| |
− | * Every RIR with less than /12 of un-allocated address space will receive an IPv6 allocation from IANA following ICANN's implementation of the IPv6 Address Space Global Allocation Policy.
| |
− | * Any RIR will be eligible for an additional allocation of IPv6 address space if an RIR has less than 50% of the /12 and an RIR's IPv6 address space is less than its established necessary space for the next 9 months period. During this situations, IANA will make a single IPv6 allocation enough to meet the RIR's established address space for 18 months.
| |
− | * The IPv6 necessary space will be calculated this way, '''NECESSARY SPACE=AVERAGE NO. OF ADDRESSES ALLOCATED PER MONTH x LENGTH OF PERIOD IN MONTHS'''
| |
− | * The allocation of IPV6 addresses to an RIR should be announced an updated on IANA, National Resource Organization ([[NRO]]), the coordinating body for the 5 RIRs responsible in distributing IP addresses and AS numbers; and RIR respective websites. The administrative procedures to manage this process will be handled by ICANN and NRO.
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| ==References== | | ==References== |