What is NTP Amplification: understanding how the latest trend in DDoS attacks works, and how to mitigate the risk

Monday, February 24, 2014

This Week in Enterprise Tech icon UPDATED: 21:40 | 24-02-2014 (video embedded below)
Watch Brandon Ross today at 5:30pm EST / 2:30pm PST on TWIT.tv discuss NTP amplification attacks (the latest trend in DDoS attacks), and the current broadband landscape, as well as other enterprise networking topics with Curtis Franklin and Louis Maresca - hosted by Robert Ballecer of TWiT.

Today's show:

Network Performance Gains with IPv6

Thursday, February 13, 2014

Interesting video from NANOG yesterday about IPv6 performance testing. Data analysis indicates that "v6 performance is generally faster than v4." (see some of the analysis from the video below)




5 Takeaways on the Present IPv6 Migration Landscape and IPv4 Exhaustion Timeline for 2014 (infographic)

Tuesday, February 11, 2014

Yesterday, we released the below infographic illustrating the present IPv6 migration landscape and challenges, with an IPv4 exhaustion timeline for 2014. While there are a number of takeaways, here are five:
  1. ARIN's IPv4 free pool has been depleting, on average, by approximately 35 million addresses each year since 2011, and as of December 2013, there were only 25 million IPv4 addresses remaining;
  2. Based on historical rates, IPv4 addresses from ARIN's free pool will likely be exhausted by the end of this year;
  3. The percent of IPv6 enabled networks worldwide is less than 20% (17.28%) - in the United States, it's less than 15% (12.90%);
  4. There are very few certified IPv6 network engineers (estimated to be less than 1,800 worldwide); and,
  5. The impending depletion of IPv4 addresses from ARIN's free pool, coupled with the low rate of IPv6 migration in the United States, will drive demand in 2014 for both IPv4 address acquisition, and IPv6 migration from a limited pool of resources. Start planning today.
To learn how we can help, send us an email, or call us: +1.404.635.6667.
IPv6 Migration Landscape and Challenges, and IPv4 Exhaustion Timeline for 2014