Supporting IPv6 on a Linux Server Node
As part of our activities in the Open Architecture Research at Ericsson Research Canada, we are conducting several IPv6-related projects, such as supporting IPv6 on our telecom-grade server nodes, porting application servers to work with IPv6 and establishing research projects in different IPv6 areas.
One of the interesting activities we carried out was to experiment with the Linux IPv6 implementations currently available and present recommendations to decide which implementation to adopt for our Linux processors. The recommendations were based on IPv6-implementation characteristics, such as its development speed, its compliance to the standards and its performance vs. other implementations. The results were presented during the Linux Symposium in Ottawa, Canada, June 26-29 (www.linuxsymposium.org/2002/view_txt.php?text=abstract&talk=93).
For 2002, we continue to support IPv6 on our Linux clusters. Our current efforts are in the direction of supporting IPv6 on the SIP and SCTP implementations for Linux, as well as building an IPv6 benchmarking environment capable of testing the performance and scalability of platforms and applications running over IPv6.
In closing, it's important to know that one of the key advantages of IPv6 is addresses. Any individual can receive as many addresses as the current IPv4 address space. This empowers users with complete freedom to deploy servers and services without having to take care of NAT problems and limited address space. Welcome to the freedom of deploying services on the Internet!
We'd like to thank Ericsson Open Architecture Research for approving the publication of this article, Canarie, Inc. (www.canarie.ca) for funding part of the Freenet6 Project and David Gordon (David.Gordon@Ericsson.ca) for his help in the ECUR Lab setting up IPv6 nodes and editing and reviewing this article.
Ibrahim Haddad (Ibrahim.Haddad@Ericsson.com) currently is a researcher at the Ericsson Corporate Research Unit in Montréal, Canada. He is primarily involved in researching carrier-class server nodes for real-time, all-IP networks and represents Ericsson on the Technical Groups of the Open Source Development Lab. Marc Blanchet works at Viagénie, a consulting firm specialized in IP engineering, IPv6 and network security. He has been involved in IPv6 since 1995 and has written many IETF documents on IPv6. He also wrote Migrating to IPv6, published by Wiley.
- Free Today: September Issue of Linux Journal (Retail value: $5.99)
- The Tiny Internet Project, Part I
- Bitcoin on Amazon! Sort of...
- Download "Linux Management with Red Hat Satellite: Measuring Business Impact and ROI"
- Android Browser Security--What You Haven't Been Told
- Returning Values from Bash Functions
- Epiq Solutions' Sidekiq M.2
- Nativ Disc
- Securing the Programmer
Pick up any e-commerce web or mobile app today, and you’ll be holding a mashup of interconnected applications and services from a variety of different providers. For instance, when you connect to Amazon’s e-commerce app, cookies, tags and pixels that are monitored by solutions like Exact Target, BazaarVoice, Bing, Shopzilla, Liveramp and Google Tag Manager track every action you take. You’re presented with special offers and coupons based on your viewing and buying patterns. If you find something you want for your birthday, a third party manages your wish list, which you can share through multiple social- media outlets or email to a friend. When you select something to buy, you find yourself presented with similar items as kind suggestions. And when you finally check out, you’re offered the ability to pay with promo codes, gifts cards, PayPal or a variety of credit cards.Get the Guide