In January 2011, Internet companies around the globe announced they would come together to perform the largest test of IPv6 deployment the world had ever seen. Cisco was among the first to proudly announce its official participation in World IPv6 Day, and after several months of preparation and an intense 24 hours in June, it was clear that we had witnessed a watershed moment in the move towards global deployment of IPv6.
So what next after this? As reports came in and logs were analyzed over the days and weeks after, it became increasingly clear that we didn’t need just another global test. Instead, we needed to enable IPv6 once and for all. So, on June 6, 2012, the industry will again unite but not just for single day. This time, we turn it on and leave it on. We’re calling this World IPv6 Launch, and it is now the largest commitment to full-scale production IPv6 deployment the world has ever seen.
For websites, the commitment is similar to last year in that reachability via IPv6 will be advertised within the global Domain Name System (DNS). This time, however, the DNS entry will remain indefinitely rather than disappear after a single day. In addition to websites, the Internet Society has setup requirements for participation by residential Internet Service Providers (ISPs) and makers of home networking equipment. The rationale for expanding to these two specific areas is that while IPv6 has been available in some models of consumer-grade networking equipment and from some ISPs for a number of years, it was very rarely enabled by default and as such very rarely in use despite the majority of internet devices being capable of IPv6.
In order to tackle these remaining barriers to deployment, new Internet subscriptions and consumer-grade home routers will begin to appear with IPv6 enabled by default as the normal course of doing business. Specifically, participating home networking equipment makers are committing to include IPv6 enabled by default through a wide range of their products (both “low end” and “high end” home routers) by June 6. For ISPs, websites will be measuring what percentage of users have IPv6 enabled, with a target of no less than 1% before the World IPv6 Launch deadline. The 1% is a “running start”, such that after June 6 we’ll be on a path of sustained growth in IPv6 deployment going forward.
Cisco is again pleased to announce its full participation and support, both by enabling IPv6 on www.cisco.com indefinitely and by enabling IPv6 by default in our new line of E-series home routers. In addition, we will be working with our customers, Cisco Services and development teams to ensure that as many companies as possible can participate and those that do are successful.
June 6, 2012. This is the year we Launch a new Internet Protocol.
Tags: dns, Internet Society, IPv6, ISOC, v6launch, World IPv6 Day, World IPv6 Launch, WorldIPv6Launch
Get your passports ready! Coming off the successful event last February and in preparation for the next World IPv6 Day, Cisco again is sponsoring the V6 World Congress 2012 in Paris February 7-10 2012. This is an opportunity to hear from a number of IPv6-related companies such as Google, Yahoo, Softbank, Comcast, and of course Cisco. In addition to the keynotes and panels the event also provides a unique opportunity to actually meet one-on-one with Cisco’s technology leaders.
While previously this was a service provider focused event, this year includes a number of sessions targeted towards enterprise customers, so even if you aren’t a network provider it’s still a great venue to learn about the transition to the IPv6 Internet.
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Tags: cgv6, Cisco, Dan Wing, Eric Vyncke, France, IPv6, Mark Townsley, MPLS World Congress, Paris, Ralph Droms, Service Provider
The Cisco Global Certification Team (GCT) is proud to announce the completion of USGv6 and ReadyLogo Phase 2 certifications for the following Cisco products:
- 4500-SUP7E USGv6 and ReadyLogo Phase 2
- ISR-G2 IPSec ReadyLogo Phase 2
- Linksys E4200 USGv6 and ReadyLogo Phase 2
- 79xx IP Phone USGv6 and ReadyLogo Phase 2
- ACE4710 USGv6 and ReadyLogo Phase 2
- ACE 30 blade for 6500 USGv6 and ReadyLogo Phase 2
- ACE 30 blade for 7600 USGv6 and ReadyLogo Phase 2
- Sx200 SOHO switch USGv6 and ReadyLogo Phase 2
- Sx300 SOHO switch USGv6 and ReadyLogo Phase 2
- ASR1K ReadyLogo USGv6 (retest) and ReadyLogo Phase 2
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Tags: 79xx, ACE, ASR1K, Cisco, g2, ip, IPv6, ISR, Phones, ReadyLogo, USGv6
Please join us on Tuesday, December 6, at 8 a.m. Pacific Time (11 a.m. Eastern Time) for this live interactive event.
During the live event, Cisco subject matter expert Salman Asadullah will focus on service provider IPv6 deployment techniques in core networks, which will help network designers and administrators understand IPv6 operation and implementation options for native IPv4 and Multiprotocol Label Switching (MPLS) core environments. This session will also shed light on IPv6 multihoming and addressing and Cisco Carrier-Grade IPv6 (CGv6) solution considerations in core networks.
Salman Asadullah is a Cisco distinguished engineer and also serves as IPv6 forum fellow, Broadband Forum ambassador, and co-chair of the IPv6 Education Certification Program. He has been working with large-scale IP and multiservice networks and technologies for more than 15 years. A frequent speaker at key industry events and conferences who represents Cisco in industry panel discussions and technical platforms, Asadullah influences technology directions and decisions with Cisco business units and customers and the Internet community at large. He is a coauthor and contributor to IETF RFCs/IDs and has written three Internetworking books, Cisco CCIE Fundamentals: Network Design & Case Study, PDIO of the IPT Networks, and Deploying IPv6 in Broadband Access Networks. Asadullah holds a bachelor of science degree in electrical engineering from the University of Arizona and a master of science degree in electrical engineering from the University of Kansas. He also holds CCIE certification number 2240.
You can register now at CiscoLive.com/ATE
The webinar will take place inside CiscoLiveVirtual.com
We look forward to your participation!
Tags: 2011, Ask the Expert, Cisco, IPv6, Service Provider, SP
Black holes, from a network security perspective, are placed in the network where traffic is forwarded and dropped. When an attack has been detected, black-holing can be used to drop all attack traffic at the edge of an Internet service provider (ISP) network, based on either destination or source IP addresses. Remotely triggered black hole (RTBH) filtering is a technique that uses routing protocol updates to manipulate route tables at the network edge or anywhere else in the network to specifically drop undesirable traffic before it enters the service provider network.
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Tags: IPv6, RTBH, security