How can you ensure that when you enable IPv6, it achieves the same or better performance than IPv4 traffic?
This is a question is far too often raised rather late in the service lifecycle. Many organizations planning to enable IPv6 or deploying it assume that the process will be straightforward and performance will be similar to, if not better than, IPv6. The reality is quite different and is due to many factors.
By submitting your email address, you agree to receive emails regarding relevant topic offers from TechTarget and its partners. You can withdraw your consent at any time. Contact TechTarget at 275 Grove Street, Newton, MA.
While networking equipment for the most part has parity on performance for IPv4 and IPv6, inconsistent configurations, asymmetric traffic and resource distribution, and faulty transition mechanisms often times lead to poor performance over IPv6. However, let me be very clear here: This is not a problem with the protocol. These problems stem from the lack of consistent deployments, and the consequences are numerous, including the following:
- Poor user experience with your Web-based services
- Blacklisting from the AAAA resource records of Google, Yahoo, Facebook and other popular Web properties
- User experience for internal or cloud-based services may be degraded
At Nephos6, we created an "IPv6 effectiveness" coefficient that considers the various factors involved in assessing the user experience over IPv6 vs. IPv4 -- after all, user experience is the metric that really matters. We found that many IPv6-enabled websites have a poor IPv6 performance globally and with significant variability across the world. For example, the U.S. Internal Revenue Service's website, irs.gov, which was measured just before the deadline for filing income tax returns on April 15, 2013, consistently showed that 61% of IPv6-based queries were effective. We had anecdotal reports from people who actually experienced significant problems downloading tax forms because they were using IPv6 to access the site. In our tests, we observed inconsistency in service performance over time. We have also observed in other tests that Web properties hosted by a cloud provider go down for IPv6 and not for IPv4 for long periods of time without the provider even noticing it.
The point here is not that IPv6 enablement should be delayed; the adoption is inevitable and accelerating. The point is that enabling IPv6 without monitoring tools may cause significant harm to the business, and IPv6 has to be treated as a production service. You must establish a baseline for quality, and it must be monitored regularly. If you want to check and monitor the IPv6 effectiveness of your Web properties, try our free service, v6Sonar.
Do you have a question for Ciprian Popoviciu or any of our other experts? Send your questions about technical and business issues in cloud services to email@example.com. All submissions are treated anonymously.
Dig Deeper on Next-Generation Network Architecture
Related Q&A from Ciprian Popoviciu
Many new technologies are driving the need for IPv6 deployment, and the Internet of Things may be the biggest driver. IPv6 expert Ciprian Popoviciu ...continue reading
If services providers want to improve their cloud services and build large-scale cloud infrastructures, they must look to IPv6. IPv6 expert Ciprian ...continue reading
As the transition to IPv6 looms, the need for OpenStack to be IPv6-ready is greater than ever. Expert Ciprian Popoviciu explains the steps being ...continue reading
Have a question for an expert?
Please add a title for your question
Get answers from a TechTarget expert on whatever's puzzling you.