Tonight, we start with a longer note that requires some setup, so bear with me as I break from the usual format for a moment.
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The FCC’s attempt to reclassify broadband as if it were a telephone service had already encountered opposition from a strong, bipartisan majority of Congress – not to mention usually Democratic allies like the AFL-CIO, CWA, IBEW, LULAC, MMTC, NAACP, Urban League and Sierra Club.
It is increasingly becoming a question of whether the FCC really wants to pick a Title II fight in the Courts, another with Democratic coalition members and yet another with Congress. That kind of path has the potential to be lose-lose-lose for the FCC and for Democrats.
But another story that emerged last week may be the most interesting fight of all.
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I hide nothing from you: I kicked back this Friday night. I slacked off. Now it’s Saturday at 2am and I’m finally getting to this. But, you all read this in the morning anyway so it really doesn’t matter much, right? (If I’m wrong I’ll surely hear in the comments)
Let’s start with a widely reported but badly reported story: DNSSEC. This is a framework for the Domain Name System (the framework for translating from hostnames such as www.redstate.com to IP addresses, which are the actual addresses used on the Internet). The system is akin to SSL for domains. Verisign will manage it for the Commerce Department and create a single “Root Key” which is then used to create certificates for domains, which will then be used to make sure your a domain’s DNS records are legitimate.
In my estimation, it’s just a big boondoggle for [Verisign] to get more customers. The vast majority of domains won’t be able to be secured by it, because Verisign is going to have a monopoly and will charge accordingly. This will only affect big businesses transacting large amounts of money, and they’re already secured against DNS-based attacks. If they’re smart they are, anyway.
What DNSSEC does that is bad, however, is create a new point of failure for the Internet, because there are 7 key holders which control escrowed access to the root key. If 3 of them lose the keys, the entire system will have to be re-keyed at expense and inconvenience to all, as pointed out by George Ou.
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