Google hints at the End of Net Neutrality
This cache makes perfect sense
Updated Network Neutrality, the public policy unicorn that's been the rallying cry for so many many on the American left for the last three years, took a body blow on Sunday with the Wall Street Journal's disclosure that the movement's sugar-daddy has been playing both sides of the fence.
The Journal reports that Google "has approached major cable and phone companies that carry Internet traffic with a proposal to create a fast lane for its own content."
Google claims that it’s doing nothing wrong, and predictably accuses the Journal of writing a hyperbolic piece that has the facts all wrong. It's essentially correct. Google is doing nothing that Akamai doesn’t already do, and nothing that the ISPs and carriers don't plan to do to reduce the load that P2P puts on their transit connections.
Caching data close to consumers is sound network engineering practice, beneficial to users and network operators alike because it increases network efficiency. More people are downloading HDTV files from Internet sources these days, and these transactions are highly repetitive. While broadcast TV can deliver a single copy of “Survivor” to millions of viewers at a time, Internet delivery requires millions of distinct file transfers across crowded pipes to accomplish the same end: this is the vaunted end-to-end principle at work.
There’s nothing wrong with Google's proposed arrangement, and quite a lot right with it. The main beneficiary is YouTube, which accounts for some 20 per cent of the Internet’s video traffic and was recently upgraded to a quasi-HD level of service. Taking YouTube off the public Internet and moving it directly to each ISP’s private network frees up bandwidth on the public Internet. Google’s not the only one doing this, and in fact so many companies are escaping the public Internet that researchers who measure Internet traffic at public peering points, such as Andrew Odlyzko, are scratching their heads in wonderment that the traffic they can measure only increases at 50 per cent a year. Researchers who study private network behavior see growth rates closer to 100 oer cent per year, and caching systems like Google’s and Akamai’s make this kind of traffic distribution possible.
While there’s nothing to see here of a technical nature, the political impact of this revelation is study in contrasts.
Sponsored: Benefits from the lessons learned in HPC