Majority of U.S. Federal agencies using .gov domains have not signed their DNS with DNSSEC (Domain Name Security Extensions) despite a December 2009 Federal deadline for adoption, according to the latest report by IID (Internet Identity). IID analyzed the DNS of more than 2,900 .gov domains and has released the results in its "Q3 State of DNS Report".
Andrew McLaughlin reporting in the White House website: "Last week marked a significant advance in the security of the Internet. After years of intensive design, testing, and implementation work, the Internet's domain name system now has a new security upgrade that allows Internet service providers and end users alike to protect against an important online vulnerability: the clandestine redirecting of online communications to unwanted destinations."
ICANN video highlighting last week's historical DNSSEC key signing ceremony held in a high security data centre located in Culpeper, VA, outside of Washington, DC. "During the ceremony, participants were present within a secure facility and witnessed the preparations required to ensure that the so-called key-signing-key (KSK) was not only generated correctly, but that almost every aspect of the equipment, software and procedures associated with its generation were also verified to be correct and trustworthy."
Leading US ISP, Comcast, has announced today its aggressive plans to deploy DNSSEC through out its netowrk. Chris Griffiths, Manager of DNS Engineering, writes: "We plan to implement DNSSEC for the websites we manage, such as comcast.com, comcast.net and xfinity.com, by the first quarter of 2011, if not sooner. By the end of 2011, we plan to implement DNSSEC validation for all of our customers."
The deployment of Domain Name System Security Extensions (DNSSEC) for the root zone got an official start today with its public signing for the first time. DNSSEC for the root zone is a joint effort between ICANN and VeriSign, with support from the U.S. Department of Commerce to improve security of the Internet's naming infrastructure. Kim Davies, ICANN's Manager of Root Zone Services, says: "What happened today was the deliberately un-validatable root zone started being published on l.root-servers.net. It is anticipated this will be rolled out across the other root servers over the coming months. This phase is designed to identify any issues with the larger DNS response sizes associated with DNSSEC data."
According to the latest Infrastructure Security Report by Arbor Netowrks, the Internet architecture and operations is about to face a perfect storm with the convergence of issues including IPv4 to IPv6 migration, implementation of DNS Security Extensions (DNSSEC) and to 4-byte ASNs (used for inter-domain routing on the Internet). "Any one of these changes alone would constitute a significant architectural and operational challenge for network operators; considered together, they represent the greatest and potentially most disruptive set of circumstances in the history of the Internet, given its growth in importance to worldwide communications and commerce," says the report.
The fifth-annual survey of domain name servers (DNS) on the public Internet -- called a "Pandora's box of both frightening and hopeful results" -- was released today by The Measurement Factory in partnership with Infoblox.
The Canadian Internet Registration Authority (CIRA) for the .ca country code Top-Level Domain yesterday announced the launch of a test-bed initiative for DNSSEC. CIRA’s Chief Information Officer, Norm Ritchie who made the official announcement at the SecTor security conference in Toronto, says it began the process of implementing DNSSEC in early 2009 and the implementation date is set for 2010. So far, over 15 Top-Level Domains have already deployed DNSSEC including dot-gov and dot-org.
Mehmet Akcin writes: As announced today as part of RIPE meeting in Lisbon, Portugal by Joe Abley, DNS Group Director at ICANN, and Matt Larson, Vice President of DNS Research at VeriSign, in their presentation (Page 25), DNSSEC for the root zone is proposed to be fully deployed by July 1, 2010. The Draft Timeline suggests Root zone being signed by December 1, 2009 while initially staying internal to ICANN and VeriSign. The incremental roll out of the signed root would then take place from January until July 2010.
Earlier this year, ICANN began to seriously consider the various effects of adding DNS protocol features and new entries into the Root Zone. With the NTIA announcement that the Root Zone would be signed this year, a root scaling study team was formed to assess the scalability of the processes used to create and publish the Root Zone. Properly considered, this study should have lasted longer than the 120 days -- but the results suggest that scaling up the root zone is not without risk -- and these risks should be considered before "green-lighting" any significant changes to the root zone or its processes. I, for one, would be interested in any comments, observations, etc. (The caveats: This was, by most measures, a rush job. My spin: This is or should be a risk assessment tool.) Full report available here [PDF].
Internet Systems Consortium (ISC) has announced that it is working with Afilias and Neustar, Inc. in the effort to support ISC's DNSSEC Look-aside Validation (DLV) registry by providing secondary DNS service for the DLV zone. DLV is a mechanism that provides many of the benefits of DNSSEC (short for DNS Security Extensions), enabling domain holders to secure their domain information today in advance of broader DNSSEC deployment and adoption. "Adding Afilias and Neustar as secondary DNS providers for the DLV zone demonstrates our collective understanding that DLV is a vitally important production service bigger than any single provider in the same way that there are 13 root server operators, not just one."
A team of developers including .SE (The Internet Infrastructure Foundation), LNetLabs, Nominet, Kirei, SURFnet, SIDN and John Dickinson have come together to create open source software, called OpenDNSSEC, to make it easier to deploy DNSSEC. Patrik Wallström, responsible for DNSSEC at .SE comments: "In order to spread the use of DNSSEC to an increased number of domain names, the management surrounding this technology must be simplified. Together with a number of collaborators, we're developing OpenDNSSEC. Leveraging our deployment experience, we will produce a well-packaged, easy-to-use and flexible DNSSEC tool that eliminates all manual procedures. Those in charge of name servers no longer need detailed knowledge about the protocol in order to use it."
According to a recent survey conducted by the European Network and Information Security Agency (ENISA), 78% of service providers in Europe have plans to deploy DNSSEC within the next 3 years. On the other hand, the study also found 22% have no plans to deploy DNSSEC in the next 3 years.
With the alarming increase in cyberattacks, criminals are literally turning businesses against their own customers in order to steal consumer's personal data, warns the latest annual X-Force Trend and Risk report from IBM. "The security industry puts a lot of effort into the technical evaluation of security threats, examining, sometimes at great length, the potential threat that each issue might present to corporations and consumers. Criminal attackers out for profit, however, have considerations that the security industry does not always take into account, such as monetization cost and overall profitability."
During a conference, "Internet of Things," in France, the U.S. Department of Commerce made the announcement that it will hold a public consultation on the different proposals to cryptographically sign the DNS root zone file, and determine who will hold the root zone trust anchor for global DNSSEC implementation, says Milton Mueller on the Internet Governance Forum blog. The blog, titled "Commerce Department asks the world to comment on its plans to retain control of the root," continues...