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Father of Internet Warns Against Net Neutrality
An anonymous reader writes "At a recent talk at the Computer History Museum Robert Kahn, co-inventor of TCP/IP, warned against net neutrality legislation that could hinder experimentation and innovation. Calling 'net neutrality' a slogan, Khan also cautioned against 'dogmatic views of network architecture.' A video of the talk is also available."
I've said it before, and I'll say it again. The FCC has already stated that they will fine any company that abuses their ability to Tier bandwidth. So we're covered on that front without having to pass new laws. At the same time, the current situtation allows for ISPs to use the tiering features of their routing equipment as it was originally designed: To provide near real-time routing for time-sensitive traffic such as Voice Over IP.
Javascript + Nintendo DSi = DSiCade
Granted, people in Idaho don't care about Chicago's toll roads until they have to pay more for a loaf of bread that had to travel through Chicago to get to their local store. And yes, since many companies like UPS has enormous hubs in Chicago, everything that passes through them gets more expensive. This means that the people in Hawaii are paying for Chicago's toll roads twice: Once because UPS pays local taxes for those roads and again when their trucks pay the toll to get from Midway Airport to the UPS hub.
This is not about the end-user paying more for faster Internet service. This is about companies paying line owners to give their traffic priority. While a Comcast customer may not want to pay for blazing speed, they shouldn't have to wait longer or pay a toll when their web browsing takes them off of Comcast's lines and onto AT&T's. Internet lines are rarely local.
Finally, packets will follow the path of least resistance. This means that if Google pays gets priority for Time Warner's lines, most non-Google traffic will be routed around Time Warner, congesting AT&T's lines until AT&T starts giving priority to Yahoo, congesting everyone else s's lines further, which means that my slashdot post will get bogged down.
There is no "I disagree" mod for a reason. Flamebait, Troll, and Overrated are not substitutes.
And it's amazing all this happened while the internet was unregulated. Imagne what would of happened if it had been regulated.
Pretty easy... just look at cable TV.
Amazing how all the cable people required monopolies to run cable but no one needed a monopoly to run high speed internet.
Actually companies did need, er used a, monopoly to offer broadband. Except for Wifi, WiMAX, ie all landline providers do have monopolies by which they are able to offer broadband. This is true whether the ISP is cable or telco. The only way these companies would be willing to spend all the money to build the infrastructer was if they were granted exclusive rights. They have however outlived their purpose. To tell the truth, though I am a Libertarian, I believe local infrastructure should be locally owned. Either government, coop, or some local organization. The IEEE's Spectrum has a good article on how some communites in northeastern Utah are creating "A Broadband Utopia". I'd like to see more things like this. Falcon
Should there be a Law?
... the invention of a network protocol doesn't mean you automatically have some inspirational insight into the future governance of something which affects the daily lives of people worldwide.
Actually, there's a fairly obvious argument saying that the invention of such a protocol does imply such an insight.
We can see the natural state of a network without global "regulation" (i.e., standards) by looking at networking equipment invented by manufacturers. We call these LANs now, because they're only workable on a very local level. The reason is that no two of them can interoperate. Corporations don't communicate with their competitors, and they intentionally build equipment that won't talk to their competitors' equipment. The only way to get a world-wide network is to have some sort of governing body that can decree and enforce standards. Otherwise, all you get is a lot of non-cooperating, small-scale networks.
You can see the difficulty especially well with the cell-phone system. That has the potential to be a universally-accessible world-wide wireless comm system. But it hasn't much happened, because governments (especially the US government) allow the companies to control their own networks. Their natural behavior is to restrict their networks to "locked" equipment that you must buy from them, and which can't communicate well with the competition even when it's the same brand of phone. They also take great pains to prevent us independent software developers from building anything on their networks, because they don't want anything on their network that doesn't directly result in income to them.
There was a great deal of insight in the creation of the Internet. Especially impressive is the way that they found to use the limited, proprietary systems, by encapsulating them and building a higher-level layer of software that hid all the low-level incompatibilities. This is the primary value of the IP protocol. And they made all their specs and most of the code freely available to all developers, which produced the explosion of user applications of the past couple decades.
It took insight to appreciate that the commercial world would never do such a thing, so they needed an approach that could use commercial products while insulating the proprietary details from applications. The result was a system that actually encourages communication between unlike hardware from different manufacturers, something that those manufacturers still try to block when they can.
We should give credit where credit is due here.
Those who do study history are doomed to stand helplessly by while everyone else repeats it.