Yesterday, the National Telecommunications and Information Administration of the U.S. government hosted a workshop discussing the state of IPv6 in the United States and its impact on industry, government, and the Internet economy. I was asked to be a panelist, along with industry executives from ARIN, ISOC, ICANN, Comcast, Akamai, Verizon, Google, VeriSign, DOE, NIST, and DREN. Moderated by Aneesh Chopra, Chief Technology Officer of the United States and Vivek Kundra, Chief Information Officer of the United States, this was the first event in the past few years to truly shine a spotlight on IPv6 adoption (or lack thereof) and introduce key directives to move this issue forward.
It seems that there is an increasing level of interest in the topic of IPv4 address exhaustion, so I thought I'll share a set of answers to the most common questions I've been asked on this topic in recent times. ... If there is a common factor in many of these challenges, it is scaling the network to meet an ever expanding agenda of more users, more devices, more traffic, more services and more policies.
Most everyone who visits CircleID is familiar with Moore's Law, which stated simply holds that computing power doubles every 18 months. This has been going on since the 1960s and shows no sign of slowing. Moore's Law drives faster and faster computing, which produces more and more data and network complexity. This inexorable trend is putting immense pressure on corporate networks, and the strain is too much for many of them to handle on their own.
This is the first in a series of releases that tie extensive code injection campaigns directly to policy failures within the Internet architecture. In this report we detail a PHP injection found on dozens of university and non-profit websites which redirected visitor's browsers to illicit pharmacies controlled by the VIPMEDS/Rx-Partners affiliate network. This is not a unique problem, however the pharmacy shop sites in question: HEALTHCUBE[DOT]US and GETPILLS[DOT]US should not even exist under the .US Nexus Policy.
At the beginning of 2008, the South Korean government passed a law that allowed telecoms operators to broadcast programmes in real-time over their broadband networks. The KCC awarded IPTV licences to KT Corp, Hanaro Telecom and LG Dacom. KT was banking on real-time Internet TV services because growth in the traditional broadband and telephone markets had slowed. The company planned to invest more than KRW1.7 trillion (US$1.5 billion) in IPTV services by 2012 as part of efforts to cultivate new sources of revenue.
IPv6 a major catalyst for billions of dollars worth of deals? The Intel announcement of their McAfee purchase for 7.7 billion seems to indicate as much when Dave DeWalt , McAfee CEO is quoted as saying during a conference call; "If we look at the transition from IPv4 to IPv6, we're seeing an explosion of billions of devices and they all need to be secured."
Yesterday CommunityDNS noticed a sudden, heavy spike in traffic through its Anycast node in Hong Kong. While comfortably processing queries at 863,000 queries per second for close to 2 hours the occurrence was undeniable. While we can't say the increase in traffic was specifically due to DDoS, its sudden increase is suspicious and reminds us that DDoS is still a popular tool used by the malicious community.
I never thought I'd see the day when the difference in capability between a wireless and a wireline Internet would become a core policy differentiator in a national election, but this has now happened in Australia. ... It seems that everyone has an interest in a ubiquitous, fast and cheap internet. Now that interest has been taken up as a major policy differentiator by both sides of the political spectrum in the recent Australian election. What was this all about?
July 15, 2010 (yesterday) marked the end of the beginning for DNSSEC, as the DNS root was cryptographically signed. For nearly two decades, security researchers, academics and Internet leaders have worked to develop and deploy Domain Name System Security Extensions (DNSSEC). DNSSEC was developed to improve the overall security of the DNS, a need which was dramatized by the discovery of the Kaminsky bug a few years ago.
I just finished reading Richard Clarke and Robert Knake's book Cyberwar. Though the book has flaws, some of them serious, the authors make some important points. They deserve to be taken seriously. I should note that I disagree with some of my friends about whether or not "cyberwar" is a real concept. Earlier, I speculated that perhaps it might be a useful way to conduct disinformation operations, but it need not be so limited.
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