Here we are, all the way up to Myth #4! That makes this the 4th installment of our 10 part series on the top IPv6 Security Myths. This myth is one of my favorite myths to bust when speaking with folks around the world. The reason for that is how many otherwise well-informed and highly experienced engineers, and others, hold this myth as truth. It's understandable, really.
On February 26 of this year the Federal Communications Commission (FCC) of the United States will vote on a proposed new ruling on the issue of "Network Neutrality" in the United States, bringing into force a new round of measures that are intended to prevent certain access providers from deliberately differentiating service responses on the carriage services that they provide.
Every time Google becomes involved in telecommunications it gets international media coverage; and every single time the same question is raised -- why does Google become involved in telecoms infrastructure, plus the underlying issue of it becoming a telecoms operator. This time the question is -- why does Google want to become involved in mobile telecoms and how is it going to compete with the other operators?
As we have previously observed, the efforts undertaken by ICANN, the World Economic Forum (WEF), and CGI.BR to launch a NETmundial Initiative (NMI) to follow up on last spring's NETmundial meeting in Sao Paulo has encountered heavy skepticism and substantial resistance from the major civil society and technical groups from which endorsement and participation was sought.
Today we continue with part 2 of the 10 part series on IPv6 Security Myths by debunking one of the myths I overhear people propagating out loud far too much: That you don't need to worry about security because IPv6 has it built into the protocol. In this post, we'll explore several of the reasons that this is in fact a myth and look at some harsh realities surrounding IPv6 security.
Now that IPv6 is being actively deployed around the world, security is more and more a growing concern. Unfortunately, there are still a large number of myths that plague the IPv6 security world. These are things that people state as fact but simply aren't true. While traveling the world, talking to the people who've already deployed IPv6, I've identified what I believe are the ten most common IPv6 security myths.
When a business gets hacked and its corporate information is dumped on the Internet for all and sundry to see (albeit illegally), the effects of that breach are obviously devastating for all concerned. In many ways it's like the day after a fierce storm has driven a super-cargo container ship aground and beachcombers from far and wide have descended upon the ruptured carcass of metal to cart away anything they think has value or can be sold by the side of road.
There are many voices calling for increased initiatives by municipalities to build and operate broadband internet infrastructure as a public utility, but until this week, very little in the way of economic analysis to fully examine whether the benefits justify the costs. A paper released this week finds that local efforts produce small economic benefits, but cause a notable increase in the size of local government.
As 2014 winds down, cloud spending is up. That's the word from research firm IDC -- as reported by IT Jungle, cloud spending will reach over $56 billion this year and won't stop anytime soon. By 2018, predictions peg the cloud as worth $127 billion, and that's just counting "core" cloud services such as SaaS, PaaS and IaaS. Cloud-based peripherals, the Internet of Things and other cloud initiatives are also on track to make an impact; here's a quick look at top cloud considerations for the coming year.
The Internet's Domain Name System is a modern day miracle. It may not represent the largest database that has ever been built, but nevertheless it's truly massive. And even if it's not the largest database that's ever been built, it's perhaps one of the more intensively used... Given the fragmentation of the IPv4 address space with the widespread use of various forms of address sharing, then it increasingly looks as if the DNS is the only remaining common glue that binds the Internet together as a single network.