APNIC's Senior Research and Development Scientist George Michaelson gives an overview of global IPv6 trends in 2017 at the CNNIC OPM 2017 noting that IPv6 is now over the initial deployment and entering normal daily use in a significant number of economies.
The document discusses IPv4 and IPv6 address allocation trends over time. It finds that while IPv6 address allocations by RIRs have steadily increased year-over-year, much of the allocated space remains unused or unadvertised. For IPv4, address transfers have become common since exhaustion, but the majority of transferred space does not appear in RIR logs and may involve legacy space or leases. BGP data suggests a significant amount of IPv4 shifting occurs outside of the official transfer process.
Presentation given by Sanjaya, APNIC Deputy Director, at the the Indonesian Network Information Centre’s Open Policy Meeting (IDNIC OPM) held in Batam, Indonesia from 30 to 31 May 2016
A review of current worldwide IPv6 deploymentAPNIC
Presentation given by George Michaelson, APNIC's Senior R&D Scientist, at the 26th Taiwan Network Information Centre’s Open Policy Meeting (TWNIC OPM), held in Taipei, Taiwan from 22 to 23 June 2016
A review of current worldwide IPv6 deployment - HKNOG EditionAPNIC
This document analyzes global IPv6 deployment based on measurement data. It finds that worldwide IPv6 capability is around 6.5% according to APNIC measurements, though Google reports higher numbers around 10%. Some economies like Belgium, the US, and Japan have IPv6 capabilities above 10%, while most of the Asia Pacific region lags behind worldwide levels. The document suggests IPv6 deployment may be diverging, with some networks investing significantly in IPv6 and others remaining on IPv4, potentially leading to "two kinds of Internet".
The document analyzes global IPv6 deployment based on measurements from APNIC. It finds that worldwide IPv6 capability is around 6.5%, with some countries and networks higher. Indonesia has very low IPv6 capability currently around 0%, despite having adequate IPv4 and IPv6 address space assigned. The top Indonesian networks by sample size also show near 0% IPv6 capability.
A review of current worldwide IPv6 deployment - SANOG EditionAPNIC
This document provides an overview of global IPv6 deployment as of 2016, with a focus on the Asia Pacific region and SANOG economies. It finds that while global IPv6 capability is around 6.5%, some countries have much higher rates, like Belgium at 53%. In Asia Pacific, Japan, Australia, Malaysia, and Singapore show leading deployment. However, few economies in the region are above the global average. The document also analyzes IPv6 deployment data for ISPs and economies in the US, Belgium, Germany, Brazil, Ecuador, and Afghanistan and Bangladesh to understand trends. It concludes that IPv6 and IPv4 networks may increasingly diverge, with some networks investing in IPv6 and others relying more on IPv4 transition technologies
The document discusses IPv4 and IPv6 address allocation trends over time. It finds that while IPv6 address allocations by RIRs have steadily increased year-over-year, much of the allocated space remains unused or unadvertised. For IPv4, address transfers have become common since exhaustion, but the majority of transferred space does not appear in RIR logs and may involve legacy space or leases. BGP data suggests a significant amount of IPv4 shifting occurs outside of the official transfer process.
Presentation given by Sanjaya, APNIC Deputy Director, at the the Indonesian Network Information Centre’s Open Policy Meeting (IDNIC OPM) held in Batam, Indonesia from 30 to 31 May 2016
A review of current worldwide IPv6 deploymentAPNIC
Presentation given by George Michaelson, APNIC's Senior R&D Scientist, at the 26th Taiwan Network Information Centre’s Open Policy Meeting (TWNIC OPM), held in Taipei, Taiwan from 22 to 23 June 2016
A review of current worldwide IPv6 deployment - HKNOG EditionAPNIC
This document analyzes global IPv6 deployment based on measurement data. It finds that worldwide IPv6 capability is around 6.5% according to APNIC measurements, though Google reports higher numbers around 10%. Some economies like Belgium, the US, and Japan have IPv6 capabilities above 10%, while most of the Asia Pacific region lags behind worldwide levels. The document suggests IPv6 deployment may be diverging, with some networks investing significantly in IPv6 and others remaining on IPv4, potentially leading to "two kinds of Internet".
The document analyzes global IPv6 deployment based on measurements from APNIC. It finds that worldwide IPv6 capability is around 6.5%, with some countries and networks higher. Indonesia has very low IPv6 capability currently around 0%, despite having adequate IPv4 and IPv6 address space assigned. The top Indonesian networks by sample size also show near 0% IPv6 capability.
A review of current worldwide IPv6 deployment - SANOG EditionAPNIC
This document provides an overview of global IPv6 deployment as of 2016, with a focus on the Asia Pacific region and SANOG economies. It finds that while global IPv6 capability is around 6.5%, some countries have much higher rates, like Belgium at 53%. In Asia Pacific, Japan, Australia, Malaysia, and Singapore show leading deployment. However, few economies in the region are above the global average. The document also analyzes IPv6 deployment data for ISPs and economies in the US, Belgium, Germany, Brazil, Ecuador, and Afghanistan and Bangladesh to understand trends. It concludes that IPv6 and IPv4 networks may increasingly diverge, with some networks investing in IPv6 and others relying more on IPv4 transition technologies
IPv6 - delegations, deployment and trends, SANOG 29APNIC
Presented by Pubudu Jayasinghe, from APNIC Members Services team, at the 29th South Asian Network Operators Group meeting (SANOG29) held in Islamabad, Pakistan from 23 to 30 January 2017
Networking The Pacific, by Jonathan Brewer [APRICOT 2015]APNIC
This document discusses internet connectivity issues facing Pacific island nations. It notes that while submarine cables have connected many Pacific islands to international networks since the 1980s, domestic and inter-island connectivity remains poor. This results in inefficient routing that benefits few parties and high costs that may impact internet adoption rates. The document proposes documenting regional economic and social ties, monitoring interconnectivity, identifying routing inefficiencies, analyzing benefits of regional peering points, and developing a strategy to improve inter-island and domestic connectivity in the Pacific.
The document discusses factors driving IPv6 deployment and analyzes measurement data on IPv6 adoption. It finds that while wealth and size of an ISP's customer base correlates somewhat with IPv6 deployment, the majority of IPv6 users are served by non-wealthy ISPs. Rapid growth of an ISP does not necessarily motivate accelerated IPv6 adoption either. Having a shortage of IPv4 addresses is likely the biggest factor, as the ISPs with the highest customer to IPv4 address ratios generally have higher IPv6 deployment. However, even with address shortages, some large ISPs still rely primarily on IPv4 for addressing growing customer networks.
The document discusses the state of IPv6 adoption and the transition from IPv4 to dual stack networks supporting both IPv4 and IPv6. It finds that while IPv6 adoption is growing, reaching about 18% of internet users, gaps still remain in parts of Asia, Eastern Europe, and Africa. It predicts that in the next few years some providers will stop supporting IPv4 only and offer IPv6 only services, which will leave remaining IPv4 only users, networks and services limited to a smaller portion of the internet. This "crunch time" where the transition is complete will be determined by market forces and could begin within the next 12-24 months.
IPv6 readiness among APEC TEL member economiesAPNIC
APNIC's External Relations Manager, Klée Aiken, presented an update of IPv6 end user readiness among APEC economies at APEC TEL 52, in Auckland, New Zealand.
This document analyzes IPv6 adoption trends in Asia, finding that while some economies like Japan, Australia, Malaysia, and Singapore show significant IPv6 capability, many others in the region are stagnant or show slow growth. It examines IPv6 deployment by major ISPs in economies with high IPv6 rates, like SK Telecom in Korea, and compares IPv6 capability between Asia, Europe, and North America. The analysis suggests the Internet may diverge between those investing in IPv6 and those relying primarily on IPv4.
APNIC Chief Scientist helps describe the phenomenon that puts India and other developing economies at the top of IPv6 deployment at the RIPE 76 IPv6 Working Group session.
This document discusses the need for IPv6 adoption in the Pacific region. It notes that while IPv4 addresses are still available in some Pacific nations, drivers like access to online content and services are increasing the need for IPv6. The status of IPv6 deployment is reviewed for several Pacific countries, showing most have very low IPv6 capability currently but high potential addresses per person with IPv6. Training opportunities are highlighted to help build capacity for IPv6 in the region.
This document provides an overview and schedule for an APNIC Member Gathering in Guangzhou, China in April 2017. The schedule includes presentations on IPv4 exhaustion, IPv4 transfers, IPv6 deployment status, and an introduction to APNIC services. Statistics are presented on IPv4 and IPv6 allocations and deployments in China and globally by year. Key topics covered include the current IPv4 and IPv6 policies of each RIR, IPv4 transfer policies and procedures, and the higher levels of IPv6 deployment seen in some Asia Pacific countries and networks.
IPv6 readiness among APEC TEL member economiesAPNIC
Presented by Klée Aiken at the 54th Asia Pacific Economic Cooperation Telecommunications and Information Working Group held in Kyoto, Japan from 31 October to 4 November.
This document summarizes an APNIC update presented at the PhNOG Regional Conference 2017. It provides information on IPv4 and IPv6 delegations and adoption in the Philippines. Key points include:
- IPv6 adoption in the Philippines is low at 0.06%, though global adoption has increased over 100% in the last year.
- The Philippines has been allocated over 5.4 million IPv4 addresses but IPv6 addresses and adoption also remain low compared to other ASEAN countries.
- Creating ROAs (Route Origin Authorizations) through MyAPNIC helps validate which ASes are authorized to announce specific IP prefixes and improves routing security. ROA adoption in the Philippines covers 46.3% of IPv4 addresses
This document provides a summary of updates from APNIC. It includes statistics on the decreasing rate of IPv4 address delegations and increasing rate of IPv6 and ASN delegations over time. It also summarizes IPv6 deployment progress in various Asian countries based on APNIC measurement data. Details are given on APNIC's work supporting IPv4 address transfers and developing a Resource Public Key Infrastructure. Recent APNIC policy proposals and decisions are also outlined. In general, the document summarizes the latest Internet resource statistics and policy/technical work from APNIC.
Presentation given by Srinivas (Sunny) Chendi, APNIC's Senior Internet Development Advisor, at the 3rd Open Policy meeting held by the Indian Registry for Internet Names and Numbers (IRINN) 24 November 2015
Global IPv6 Summit Presentation - Global Deployment or Digital DivideAPNIC
This document summarizes IPv6 deployment efforts globally and in specific regions and countries. It discusses the growing need for IPv6 due to the depletion of IPv4 address space. Several case studies are presented on IPv6 deployment by mobile carriers like T-Mobile USA. Taiwan's government efforts to promote IPv6 are also summarized, as well as the work done by TWNIC and APNIC to measure IPv6 readiness and encourage adoption.
The document discusses the current state of IPv6 adoption based on various statistics. It notes that as of November 2017, 25% of the top 1000 websites support IPv6 and IPv6 capability among end users has increased 112% in the last year to 17.02%. It also examines IPv6 adoption statistics specifically for Nepal, finding that while IPv6 address space assigned is much greater than IPv4, actual IPv6 capability among Nepalese users remains at 0%. The document analyzes IPv6 performance data, finding that in some cases IPv6 connections are up to 8 times more likely to fail but can also be up to 40% faster in some networks.
Securing the global routing system and the approach of operatorsAPNIC
This document discusses securing the global routing system and how network operators are adopting and implementing route validation techniques. It provides an overview of route origin validation using the Resource Public Key Infrastructure (RPKI) and examines adoption rates across several Southeast Asian countries based on the number of ROAs (Route Origin Authorizations) published. While RPKI adoption is growing as most operators create ROAs for minimum length prefixes and advertise the longest prefix, some ROAs remain invalid due to further allocations to customers. The document also outlines some open-source tools for collecting routing data and monitoring RPKI validation status.
IPv6 - delegations, deployment and trends, SANOG 29APNIC
Presented by Pubudu Jayasinghe, from APNIC Members Services team, at the 29th South Asian Network Operators Group meeting (SANOG29) held in Islamabad, Pakistan from 23 to 30 January 2017
Networking The Pacific, by Jonathan Brewer [APRICOT 2015]APNIC
This document discusses internet connectivity issues facing Pacific island nations. It notes that while submarine cables have connected many Pacific islands to international networks since the 1980s, domestic and inter-island connectivity remains poor. This results in inefficient routing that benefits few parties and high costs that may impact internet adoption rates. The document proposes documenting regional economic and social ties, monitoring interconnectivity, identifying routing inefficiencies, analyzing benefits of regional peering points, and developing a strategy to improve inter-island and domestic connectivity in the Pacific.
The document discusses factors driving IPv6 deployment and analyzes measurement data on IPv6 adoption. It finds that while wealth and size of an ISP's customer base correlates somewhat with IPv6 deployment, the majority of IPv6 users are served by non-wealthy ISPs. Rapid growth of an ISP does not necessarily motivate accelerated IPv6 adoption either. Having a shortage of IPv4 addresses is likely the biggest factor, as the ISPs with the highest customer to IPv4 address ratios generally have higher IPv6 deployment. However, even with address shortages, some large ISPs still rely primarily on IPv4 for addressing growing customer networks.
The document discusses the state of IPv6 adoption and the transition from IPv4 to dual stack networks supporting both IPv4 and IPv6. It finds that while IPv6 adoption is growing, reaching about 18% of internet users, gaps still remain in parts of Asia, Eastern Europe, and Africa. It predicts that in the next few years some providers will stop supporting IPv4 only and offer IPv6 only services, which will leave remaining IPv4 only users, networks and services limited to a smaller portion of the internet. This "crunch time" where the transition is complete will be determined by market forces and could begin within the next 12-24 months.
IPv6 readiness among APEC TEL member economiesAPNIC
APNIC's External Relations Manager, Klée Aiken, presented an update of IPv6 end user readiness among APEC economies at APEC TEL 52, in Auckland, New Zealand.
This document analyzes IPv6 adoption trends in Asia, finding that while some economies like Japan, Australia, Malaysia, and Singapore show significant IPv6 capability, many others in the region are stagnant or show slow growth. It examines IPv6 deployment by major ISPs in economies with high IPv6 rates, like SK Telecom in Korea, and compares IPv6 capability between Asia, Europe, and North America. The analysis suggests the Internet may diverge between those investing in IPv6 and those relying primarily on IPv4.
APNIC Chief Scientist helps describe the phenomenon that puts India and other developing economies at the top of IPv6 deployment at the RIPE 76 IPv6 Working Group session.
This document discusses the need for IPv6 adoption in the Pacific region. It notes that while IPv4 addresses are still available in some Pacific nations, drivers like access to online content and services are increasing the need for IPv6. The status of IPv6 deployment is reviewed for several Pacific countries, showing most have very low IPv6 capability currently but high potential addresses per person with IPv6. Training opportunities are highlighted to help build capacity for IPv6 in the region.
This document provides an overview and schedule for an APNIC Member Gathering in Guangzhou, China in April 2017. The schedule includes presentations on IPv4 exhaustion, IPv4 transfers, IPv6 deployment status, and an introduction to APNIC services. Statistics are presented on IPv4 and IPv6 allocations and deployments in China and globally by year. Key topics covered include the current IPv4 and IPv6 policies of each RIR, IPv4 transfer policies and procedures, and the higher levels of IPv6 deployment seen in some Asia Pacific countries and networks.
IPv6 readiness among APEC TEL member economiesAPNIC
Presented by Klée Aiken at the 54th Asia Pacific Economic Cooperation Telecommunications and Information Working Group held in Kyoto, Japan from 31 October to 4 November.
This document summarizes an APNIC update presented at the PhNOG Regional Conference 2017. It provides information on IPv4 and IPv6 delegations and adoption in the Philippines. Key points include:
- IPv6 adoption in the Philippines is low at 0.06%, though global adoption has increased over 100% in the last year.
- The Philippines has been allocated over 5.4 million IPv4 addresses but IPv6 addresses and adoption also remain low compared to other ASEAN countries.
- Creating ROAs (Route Origin Authorizations) through MyAPNIC helps validate which ASes are authorized to announce specific IP prefixes and improves routing security. ROA adoption in the Philippines covers 46.3% of IPv4 addresses
This document provides a summary of updates from APNIC. It includes statistics on the decreasing rate of IPv4 address delegations and increasing rate of IPv6 and ASN delegations over time. It also summarizes IPv6 deployment progress in various Asian countries based on APNIC measurement data. Details are given on APNIC's work supporting IPv4 address transfers and developing a Resource Public Key Infrastructure. Recent APNIC policy proposals and decisions are also outlined. In general, the document summarizes the latest Internet resource statistics and policy/technical work from APNIC.
Presentation given by Srinivas (Sunny) Chendi, APNIC's Senior Internet Development Advisor, at the 3rd Open Policy meeting held by the Indian Registry for Internet Names and Numbers (IRINN) 24 November 2015
Global IPv6 Summit Presentation - Global Deployment or Digital DivideAPNIC
This document summarizes IPv6 deployment efforts globally and in specific regions and countries. It discusses the growing need for IPv6 due to the depletion of IPv4 address space. Several case studies are presented on IPv6 deployment by mobile carriers like T-Mobile USA. Taiwan's government efforts to promote IPv6 are also summarized, as well as the work done by TWNIC and APNIC to measure IPv6 readiness and encourage adoption.
The document discusses the current state of IPv6 adoption based on various statistics. It notes that as of November 2017, 25% of the top 1000 websites support IPv6 and IPv6 capability among end users has increased 112% in the last year to 17.02%. It also examines IPv6 adoption statistics specifically for Nepal, finding that while IPv6 address space assigned is much greater than IPv4, actual IPv6 capability among Nepalese users remains at 0%. The document analyzes IPv6 performance data, finding that in some cases IPv6 connections are up to 8 times more likely to fail but can also be up to 40% faster in some networks.
Securing the global routing system and the approach of operatorsAPNIC
This document discusses securing the global routing system and how network operators are adopting and implementing route validation techniques. It provides an overview of route origin validation using the Resource Public Key Infrastructure (RPKI) and examines adoption rates across several Southeast Asian countries based on the number of ROAs (Route Origin Authorizations) published. While RPKI adoption is growing as most operators create ROAs for minimum length prefixes and advertise the longest prefix, some ROAs remain invalid due to further allocations to customers. The document also outlines some open-source tools for collecting routing data and monitoring RPKI validation status.
IPv6 deployment is progressing globally with the world average at around 32% capable. In Asia, deployment is highest in South Asia led by India, with over 86% of its internet traffic now IPv6 capable. Other Asian countries like Vietnam and Thailand also show significant deployment levels across their major internet service providers. While progress has been steady, IPv6 uptake remains uneven worldwide and more can still be done to advance the transition.
AP IPv6 Taskforce Economies: IPv6 Capabilty from APNIC measurementsAPNIC
AP IPv6 Taskforce Economies: IPv6 Capabilty from APNIC measurements, by George Michaelson.
A presentation given at APRICOT 2016’s IPv6 Readiness Measurement BoF and APIPv6TF session on 24 February 2016.
The document discusses various criteria for evaluating IP transit providers, including cost, latency, and infrastructure. It provides latency test results for different providers to destinations around the world from Singapore. It also gives sample costs for IP transit connections from Bangladesh to London via different routes and providers. The best providers are those with the lowest latency and cost.
IPv6 Deployment in 2022 presentation by Guangliang Pan.pdfAPNIC
The document discusses IPv6 deployment globally and in specific regions and economies over the past 5 years. Some key points:
- Global IPv6 capability has increased from 18% in 2018 to 32% in 2022, with 117 economies now over 1% capable versus 64 in 2018.
- Asia Pacific continues to dominate, with APNIC economies accounting for 66% of global IPv6 traffic. India has the most users while China's contribution has grown substantially.
- Successful case studies from India, China, and Japan show major carriers like Reliance Jio, China Telecom 5G, and KDDI reaching 80-97% IPv6 capability.
- In Mongolia, deployment remains low with the top IS
APNIC Member Services Officer, Bayar Batjargal give an update of IPv6 in Mongolia at mnNOG 2023, held in Ulaanbaatar, Mongolia from 18 to 23 September 2023.
APNIC's Senior Research and Development Scientist, George Michaelson, provides an overview of global IPv6 trends at the Global IPv6 Summit Hangzhou, China, from 21 to 22 May 2018.
This document provides an update on IPv6 deployment globally and for specific countries and regions. Some of the key points summarized are:
- Global IPv6 end-user readiness has increased 43.87% in the last 12 months and is now at 16.11%.
- Belgium has the highest IPv6 capability rate at 59.69% while many Asian and European countries rank highly as well. Trinidad and Tobago saw a 37.83% increase and ranks in the top 15.
- Studies have shown IPv6 performance is on par with IPv4 in terms of speed and reliability with some networks like LinkedIn seeing improvements over IPv6.
- Industry trends show the rise of mobile access and devices
This document summarizes the results of an IPv6 survey of Japanese web domains conducted in December 2019. It found that 3% of domains and 1.94% of FQDNs supported IPv6, increases of 0.02% and 0.06% respectively from the previous month. The top ASes by number of IPv6 addresses were SAKURA Internet, Mirai Communication Network, Amazon, and Google. CDN IPv6 support rates ranged from 0.00% to 60.96% depending on the provider.
Presentation given by Guangliang Pan at the Internet Society’s ION Hangzhou 2016 conference held alongside the CNNIC OPM on 14 July in Hangzhou, China.
ConnecTechAsia 2018: Global IPv6 Deployment UpdateAPNIC
Senior Internet Resource Analyst Anna Mulingbayan gives an update on global IPv6 deployment at the inaugural ConnecTechAsia 2018 event in Singapore from 26 to 28 June 2018.
ION Islamabad, 25 January 2017
By Pubudu Jayasinghe, APNIC & Aftab Siddiqui, Internet Society
Today, we can say that IPv6 is already happening all around the world. It’s interesting to see the main reasons that made it happen, how it’s happening, and to make the audience think about their deployment status and strategy. Statistics from different sources are showed, including data from RIPE NCC measurements.
Keynote at ISCRAM-China2008: Next generation of Safety Networksglobal
The document discusses next generation safety networks and the transition from IPv4 to IPv6. It provides the following key points:
1) IPv6 is needed to power the next generation of smart transportation, e-society, e-commerce, and other advanced applications that require more addresses and capabilities than IPv4 can provide.
2) China has undertaken major initiatives like CNGI to build out IPv6 infrastructure nationwide in preparation for IPv4 address exhaustion and to promote next generation applications.
3) The 2008 Beijing Olympics demonstrated the first large-scale use of IPv6 for applications like visual surveillance and facility management across multiple venues.
The document provides an update on IPv6 deployment globally and in Southeast Asia. It summarizes that global IPv6 end-user readiness has increased 7.69% over the last 12 months to 16.94%. Specific countries and mobile networks in India, Thailand, Vietnam, and Malaysia are highlighted as having seen large increases in IPv6 capability, with some mobile networks over 200% growth. Performance tests show IPv6 can be as fast or faster than IPv4 in some situations. Industry trends of growing mobile usage and native IPv6 support in newer devices are positive drivers for further IPv6 adoption.
LATIF LADID PRESIDENT IPV6 FORUM, CHAIR, EU IPV6 TASK FORCE, EMERITUS TRUSTEE, INTERNET
SOCIETY, LUXEMBURG
- President, IPv6 FORUM (www.ipv6forum.com)
- Chair, European IPv6 Task Force (www.ipv6.eu )
- Emeritus Trustee, Internet Society - ISOC (www.isoc.org)
- IPv6 Ready Logo Program Board (www.ipv6ready.org)
- Senior Researcher @ SnT - University of Luxembourg on multiple European
Commission Next Generation Technologies IST Projects:
· 6INIT: www.6init.org - First Pioneer IPv6 Research Project
· 6WINIT: http://www.cs.ucl.ac.uk/research/6winit/ · Euro6IX:
www.euro6ix.org . NGNi, http://www.ngni.org · Eurov6 :
www.eurov6.org
. IPv6 Security & Privacy project - Security Expert Initiative (SEINIT
http://www.isoc.org/seinit/portal/index.php?option=com_frontpage&Itemid=1
. European Security Task Force project - SecurIST:
http://www.tssg.org/archives/2007/09/securist_2.html
. u-2010 Emergency & Disaster and Crisis Management
www.u-2010.eu .
. Public Safety Communication Forum
http://www.publicsafetycommunication.eu
. EFIPSANS project www.efipsans.org
. Secricom Safety & Security Project www.secricom.eu
. ceFIMS www.cefims.eu
. OUTSMART http://www.fi-ppp-outsmart.eu
- Member of 3GPP PCG (www.3gpp.org)
- Member of 3GPP2 PCG (www.3gpp2.org)
- Vice Chair, IEEE ComSoc EntNET
(http://committees.comsoc.org/entnet/committee.html)
- Member of UN Strategy Council GAID
- Member of the Future Internet Forum for Member States
http://ec.europa.eu/information_society/activities/foi/lead/fif/index_en.htm
- Board member of WSA http://www.wsis-award.org/index.wbp
APNIC Services Team Lead Anna Mulingbayan presented on the status of IPv6 and RPKI deployment at PhNOG 2022 held in Makati, Philippines from 11 to 15 July 2022.
Similar to CNNIC OPM 2017: Global IPv6 Trends in 2017 (20)
APNIC Foundation, presented by Ellisha Heppner at the PNG DNS Forum 2024APNIC
Ellisha Heppner, Grant Management Lead, presented an update on APNIC Foundation to the PNG DNS Forum held from 6 to 10 May, 2024 in Port Moresby, Papua New Guinea.
Registry Data Accuracy Improvements, presented by Chimi Dorji at SANOG 41 / I...APNIC
Chimi Dorji, Internet Resource Analyst at APNIC, presented on Registry Data Accuracy Improvements at SANOG 41 jointly held with INNOG 7 in Mumbai, India from 25 to 30 April 2024.
APNIC Policy Roundup, presented by Sunny Chendi at the 5th ICANN APAC-TWNIC E...APNIC
Sunny Chendi, Senior Advisor, Membership and Policy at APNIC, presents 'APNIC Policy Roundup' at the 5th ICANN APAC-TWNIC Engagement Forum and 41st TWNIC OPM in Taipei, Taiwan from 23 to 24 April.
DDoS In Oceania and the Pacific, presented by Dave Phelan at NZNOG 2024APNIC
Dave Phelan, Senior Network Analyst/Technical Trainer at APNIC, presents 'DDoS In Oceania and the Pacific' at NZNOG 2024 held in Nelson, New Zealand from 8 to 12 April 2024.
'Future Evolution of the Internet' delivered by Geoff Huston at Everything Op...APNIC
Geoff Huston, Chief Scientist at APNIC deliver keynote presentation on the 'Future Evolution of the Internet' at the Everything Open 2024 conference in Gladstone, Australia from 16 to 18 April 2024.
IP addressing and IPv6, presented by Paul Wilson at IETF 119APNIC
Paul Wilson, Director General of APNIC delivers a presentation on IP addressing and IPv6 to the Policymakers Program during IETF 119 in Brisbane Australia from 16 to 22 March 2024.
draft-harrison-sidrops-manifest-number-01, presented at IETF 119APNIC
Tom Harrison, Product and Delivery Manager at APNIC presents at the Registration Protocols Extensions working group during IETF 119 in Brisbane, Australia from 16-22 March 2024
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...APNIC
Che-Hoo Cheng, Senior Director, Development at APNIC presents on the "Benefits of doing Internet peering and running an Internet Exchange (IX)" at the Communications Regulatory Commission of Mongolia's IPv6, IXP, Datacenter - Policy and Regulation International Trends Forum in Ulaanbaatar, Mongolia on 7 March 2024
APNIC Update and RIR Policies for ccTLDs, presented at APTLD 85APNIC
APNIC Senior Advisor, Membership and Policy, Sunny Chendi presented on APNIC updates and RIR Policies for ccTLDs at APTLD 85 in Goa, India from 19-22 February 2024.
Discover the benefits of outsourcing SEO to Indiadavidjhones387
"Discover the benefits of outsourcing SEO to India! From cost-effective services and expert professionals to round-the-clock work advantages, learn how your business can achieve digital success with Indian SEO solutions.
Gen Z and the marketplaces - let's translate their needsLaura Szabó
The product workshop focused on exploring the requirements of Generation Z in relation to marketplace dynamics. We delved into their specific needs, examined the specifics in their shopping preferences, and analyzed their preferred methods for accessing information and making purchases within a marketplace. Through the study of real-life cases , we tried to gain valuable insights into enhancing the marketplace experience for Generation Z.
The workshop was held on the DMA Conference in Vienna June 2024.
Understanding User Behavior with Google Analytics.pdfSEO Article Boost
Unlocking the full potential of Google Analytics is crucial for understanding and optimizing your website’s performance. This guide dives deep into the essential aspects of Google Analytics, from analyzing traffic sources to understanding user demographics and tracking user engagement.
Traffic Sources Analysis:
Discover where your website traffic originates. By examining the Acquisition section, you can identify whether visitors come from organic search, paid campaigns, direct visits, social media, or referral links. This knowledge helps in refining marketing strategies and optimizing resource allocation.
User Demographics Insights:
Gain a comprehensive view of your audience by exploring demographic data in the Audience section. Understand age, gender, and interests to tailor your marketing strategies effectively. Leverage this information to create personalized content and improve user engagement and conversion rates.
Tracking User Engagement:
Learn how to measure user interaction with your site through key metrics like bounce rate, average session duration, and pages per session. Enhance user experience by analyzing engagement metrics and implementing strategies to keep visitors engaged.
Conversion Rate Optimization:
Understand the importance of conversion rates and how to track them using Google Analytics. Set up Goals, analyze conversion funnels, segment your audience, and employ A/B testing to optimize your website for higher conversions. Utilize ecommerce tracking and multi-channel funnels for a detailed view of your sales performance and marketing channel contributions.
Custom Reports and Dashboards:
Create custom reports and dashboards to visualize and interpret data relevant to your business goals. Use advanced filters, segments, and visualization options to gain deeper insights. Incorporate custom dimensions and metrics for tailored data analysis. Integrate external data sources to enrich your analytics and make well-informed decisions.
This guide is designed to help you harness the power of Google Analytics for making data-driven decisions that enhance website performance and achieve your digital marketing objectives. Whether you are looking to improve SEO, refine your social media strategy, or boost conversion rates, understanding and utilizing Google Analytics is essential for your success.
Instagram has become one of the most popular social media platforms, allowing people to share photos, videos, and stories with their followers. Sometimes, though, you might want to view someone's story without them knowing.
Ready to Unlock the Power of Blockchain!Toptal Tech
Imagine a world where data flows freely, yet remains secure. A world where trust is built into the fabric of every transaction. This is the promise of blockchain, a revolutionary technology poised to reshape our digital landscape.
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3. CC IPv6 % CC IPv6 % CC IPv6 % CC IPv6 % CC IPv6 % CC IPV6 %
BE 54.40% DE 43.79% IE 43.06% US 36.20% CH 36.07% GR 34.70%
LU 32.99% EE 30.46% IN 30.27% JP 24.84% GB 24.45% PT 22.37%
FR 19.65% CA 18.53% TT 18.04% EC 17.97% MY 17.39% PE 17.32%
AU 15.58% BR 15.41% NO 14.12% NL 11.78% ZW 11.72% FI 11.66%
NZ 10.96% CZ 10.34%
CC IPv6 % CC IPv6 % CC IPv6 % CC IPv6 % CC IPv6 % CC IPv6%
RO 9.53% AT 9.12% GT 8.68% HU 8.11% SA 6.63% SI 6.32%
MO 6.27% VN 5.64% BO 5.16% SG 4.02% SE 4.01% PL 3.61%
TH 3.58% LK 3.13% BA 2.64% DK 2.42% NR 2.39% BG 2.11%
SK 1.61% IL 1.57% IT 1.43% AR 1.32% DO 1.26% KR 1.25%
RU 1.14% MX 1.09% HK 0.93% MD 0.58% UY 0.56% EG 0.43%
TW 0.42% BT 0.41% ES 0.35% CN 0.35% SC 0.33% LV 0.29%
AE 0.28% ZA 0.27% PR 0.26% IS 0.25% VU 0.21% PA 0.20%
ID 0.19% KN 0.14% AF 0.13% ZM 0.11% UA 0.10% TZ 0.10%
Above and
Below the Line:
9. Higher IPv6 capable Economies worldwide
0
20
40
60
80
100
%ofSamples
US GB DE BE EC BR IN MY VN JP
10. Top 10 by sample, US
ASN AS Name IPv6
Capable
IPv6
Preferred
# Samples
AS7922 Comcast Cable Communications, LLC 63.76% 60.38% 12719895
AS7018 ATT Services, Inc. 77.87% 71.80% 6929501
AS701 Verizon Business 0.14% 0.02% 3439816
AS20115 Charter Communications 3.07% 2.83% 3436396
AS22773 Cox Communications Inc. 42.45% 39.71% 2770177
AS209 Qwest Communications Company, LLC 0.13% 0.08% 2056507
AS20001 Time Warner Cable Internet LLC 45.61% 42.58% 2051298
AS10796 Time Warner Cable Internet LLC 32.92% 31.30% 2018570
AS32934 FACEBOOK - Facebook, Inc. 99.77% 99.35% 1802329
AS5650 Frontier Communications of America, Inc. 0.10% 0.01% 1654647
13. Lets apply this curve model to IPv6
• Logistic Curve, a form of Sigmoid Curve
• Use the IPv6 World adoption rate figures
• Project forward to a (hypothetical) 100% adoptionlevel
• Python numpy/scipy curve fit to data
• Result?
13
16. China (.CN)
1,386,516,550 people
723,761,639 users
52% penetration
1,327 ASes
11.01T GDP
IPv4 364 in BGP
338,292,736 addresses
0.24 per head
88% visible
IPv6 69 in BGP
91,388,315 M addresses
65,912 per head
21% visible
0% capability
18. Top 10 by samples, China
ASN AS Name IPv6
Capable
IPv6
Preferred
#
Samples
AS4134 CHINANET-BACKBONE 0.25% 0.12% 6732942
AS4837 CNCGROUP China169 Backbone 0.23% 0.08% 3176306
AS4812 China Telecom (Group) 0.23% 0.07% 1357227
AS9808 Guangdong China Mobile Communication Co.Ltd. 0.08% 0.04% 1211296
AS4808 China Unicom Beijing Province Network 0.27% 0.23% 780732
AS56046 Jiangsu China Mobile communications corporation 0.20% 0.08% 506458
AS56041 Zhejiang China Mobile communications corporation 0.02% 0.00% 349418
AS56040 Guangdong China Mobile communications corp. 0.05% 0.01% 321661
AS24444 Shandong China Mobile Communication Company 0.14% 0.04% 298079
AS17621 China Unicom Shanghai network 0.20% 0.10% 183499
19. Top 10 IPv6 Capable
ASN AS Name IPv6
Capable
IPv6
Preferred
# Samples
AS21859 ZNET - Zenlayer Inc 29.35% 0.54% 184
AS7497 CSTNET-AS-AP Computer Network Information
Center
29.10% 18.18% 5281
AS4538 China Education and Research Network Center 22.64% 19.26% 71316
AS17964 Beijing Dian-Xin-Tong Network Technologies Co., 20.26% 17.05% 3149
AS4809 China Telecom Next Generation Carrier Network 4.52% 2.43% 5710
AS9929 China Netcom Corp. 2.49% 0.10% 4772
AS38019 Tianjin China Mobile Communication Company Ltd 2.09% 1.61% 17427
AS17622 China Unicom Guangzhou network 1.93% 1.55% 74198
AS4847 China Networks Inter-Exchange 1.44% 1.10% 148184
AS58466 CHINANET Guangdong province network 1.19% 0.00% 6154
20. Top 10 IPv6 Capable,Samplesize>10,000 (April-May)
ASN AS Name IPv6
Capable
IPv6
Preferred
#
Samples
AS17816 China Unicom IP network China169 Guangdong 0.88% 0.79% 146,602
China Networks Inter-Exchange 1.71% 1.37% 130,843
AS17622 China Unicom Guangzhou network 1.47% 1.25% 87,779
AS4538 China Education and Research Network Center 26.37% 22.96% 69,151
AS58466 Guangdong province network 0.54% 0.00% 35,189
AS17962 ShenZhen Topway Video Communication Co. Ltd 0.58% 0.00% 32,567
AS17623 China Unicom Shenzen network 0.61% 0.00% 29,854
AS7497 Computer Network Information Center 33.89% 11.98% 12,341
AS4809 China Telecom Next Generation Carrier Network 4.35% 2.47% 11,152
AS38019 Tianjin Mobile Communication Company Limited 10.03% 4.96% 10,534
21. Summary: IPv6 is entering its growth spurt
• It seems clear that worldwide, IPv6 is now over the initial deployment and
entering normal daily use in a significant number of economies.
• In our region, India, Vietnam, Japan, Australia, Singapore and New Zealand
have decided to move to a dual stack world.
• Its possible that inside five years, half or more of the internet by end users could
be IPv6 enabled
• APNIC continues to measure worldwide IPv6 deployment and will be reporting
on it regularly.
21
Editor's Notes
This talk is an overview of the current world trends in IPv6. Its got data up to June of this year, and is an update on the pack I presented in Beijing towards the end of last year.
The current single-line figure we have for IPv6 is quite encouraging: it’s a steady increase in IPv6 worldwide, and we are comfortably sure this is a significant viable IPv6 network.
There has been a marked up-swing in the latter part of 2016 continuing in 2017. The force of this trend is unmistakable and I’m going to come back to this later on with a crude predictive model.
So keep this line in mind.
Now, lets look at the ranking for the leading IPv6 economies of the world, considering this line. Basically, lets work with 10% as ‘world-grade’ IPv6.
Since the last time I presented, one more economy in the Asia-Pacific region has moved into the worlds-best-practice set. So we now have 5 economies. India, Japan, Malaysia, Australia and New Zealand.
If we look in the second rank Vietnam has surged up the table, along with Singapore, Thailand and Sri Lanka. But the bottom of this list has not really altered much. Korea, Taiwan, China remain very low. There is little to no visible signs of IPv6 capability to end users.
However, if you look at the timeline, its quite encouraging how a lot of AP region economies have taken some steps. There are good signs of movement overall in our region.
I’m going to focus on four economies: Japan, India, Vietnam and Australia.
Japan has been a consistent early adopter of IPv6, with KDDI one of the first to move. The interesting change since I last presented is AS4713, OCN which is the domestic market partner of NTT Japan. They have moved from a closed-network triple-play into a globally routed IPv6 model, and you can see they now have around 20% of their users reachable. This is a big move because OCN is one of the main providers of services to home users.
Japans overall rate of adoption is ahead of world rate, but still somewhat slow. Its not sped up significantly since launch.
Australia is still a story about only two main ISPs, Foxtel who have completed their deployment of IPv6 and are now running dual-stack, and Telstra which has moved from test phase into a fully commercial dualstack service on its cellular network, using 464XLAT. Its almost at 50% saturation, and that’s without yet having a model which has been released to iPad and iPhone handsets so its going to increase massively once that’s out of test phase. You can see the underlying trend for australia tracks world rate. Its perhaps speeded up a bit in its rate of growth.
Keep foxtels rate of adoption in mind:
India is now one of the worlds highest ranked IPv6 enabled economies, but its still solely due to Reliance, which has completed its deploymemnt. 80% of Reliance users are now Ipv6 enabled. The rate of adoption has a very characteristic curve the same as Foxtel, which we’re going to discuss later.
This is Vietnam. FPT looks to be the third ranked ISP nationally, and again we see this characteristic adoption curve of very rapid deployment. Its tailled off a bit lately, perhaps its to do with the logistics of deploying IPv6 in some market segment.
So if we look worldwide, we can see that other economies are doing significantly better than us. The Belgians stand out with over 50% penetration now, and the US and Germany are moving strongly at 30%. But some interesting signs are out that South American economies are also moving, including Ecuador and Brazil which now have very large deployments.
I’ve included India and Malaysia on this chart so we can see where IPv6 ‘tiger’ economies are going against this scale.
America is a mature market, with quite strong competition in the IPv6 segment. 5 of the top 10 by volume have significant IPv6 deployment. I’m not sure how Facebook made it onto the list, I suspect this is a measurement glitch but its probable they now offer some kind of advert brokering service to browsers, which we’re picking up. Its interesting its dualstack and at a very very high rate of capability, which makes me think its coming from their core network.
What you can see from the US market is this regular pattern of initially slow, then quite accellerated, then again slow termination of adoption. This is a characteristic model of new deployment we’ve seen worldwide. So lets talk about this a bit.
This is a chart from the New York Times, subsequently picked up by the Harvard Business Review. And it looks at the rate of adoption of new technologies across the 20th century.
So if you look at something like the telephone, it was an amazing luxury when it first came to market. A few millionaires had them, then government departments like the railroad adopted them, then slowly it moved into normal domestic life but it didn’t reach 80% until the 1960s. That’s a long slow curve. Radio on the other hand, BAM! It came to market in the 1920s and went off like a rocket. It reached market saturation in almost 10 years. Color TVs were the same, as soon as they became affordable, they deployed in a few years. As we move to the right it looks to me like the rate of adoption sometimes is almost completely over in 5 years. The VCR for instance, or Cellphones.
So, this curve is very characteristic. Lets use it as a model, to see where Ipv6 adoption might be going.
The curve is called a logistic curve. It’s a type of sigmoid. I used a python data modelling package, to apply it to the data we have for worldwide IPv6 capability, and it’s a very good fit for the current trends.
This is the application of a logistic function, to try and map out the future course of IPv6 adoption worldwide. Logistic functions often apply to supply-chain deployment of innovation, because they have slower initial release, then a surge of deployment, then tail off to a maximum. We have seen this historically with lots of different kinds of technology, and the pace of change seems to get faster as time goes on. The chart is HIGHLY SPECULATIVE and the actual future course is uncertain. It will almost certainly max out before 100%, and so the actual curve may reflect approach to a more plausible target like 65% or 80%
Have a look at the web if you want to see more detail about IPv6 deployment worldwide, and I especially recommend Fred Bakers research which has been edited by the internet society. It’s a great read.
So.. Lets look at china.
The good news here, is that the volume of visible IPv6 announcement has surged from last time. When I spoke in Beijing last year, IPv6 visibility was under 10% but now its pretty respectible.
Its still a small percentage of active ASN which announce it, but much more of the national address pool is visibly being routed. That’s a good thing. There has been a little increase in the ASN, you have a small number more active BGP speakers, but there’s been next to no overall increase in IPv4 address holdings at scale. There might be a lot more people with a /22 but since that’s only 1024 addresses, the overall impact on the national address stock is small. So, the overall story remains true: you cannot have enough globally visible Ipv4 to give addresses to every device in china, now or in the future. But, in IPv6 its more than possible to do this. There is no shortage of addresses in Ipv6, and there is no impediment to a national IPv6 network from supply.
There hasn’t been any visible change in visible end user access to IPv6. we understand this, its not a surprise this hasn’t lifted yet, there are well understood national strategic reasons for this.
If we look at the sample counts, these are the significant ASN and entities we see in China from the outside. China Mobile is well represented in ths random sample. So, when there is a decision to deploy IPv6 we expect it to be very rapid nationwide, based on the federal/state model of ASN assignment to each sub-entity.
Ignoring the size for now, the capability to do IPv6 lies in these companies and entities. Its clear there is going to be a lot of IPv6 capable people in the countty when it goes public.
An earlier sample I took counted only the entities with more than 10,000 samples, and this is the current data I have on their IPv6 capability.