Exploring the impact of broadband and technology on our lives, our businesses, and our communities.
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If you are an economic developer and have not been paying much attention to the "old" utility service we call electricity, you may want to continue reading. A Samsung chip plant had a power outage that lasted only one day, but cost the company $43 million dollars in discarded product and lost revenue.
These days, I am in more and more communities that are beginning to look at redundancy not just in terms of data cables, but also in terms of electric service. Businesses are now keenly interested in business parks that offer dual electric feeds coming from different parts of the local electric grid. If power from one substation is lost for some reason, the power coming in from a different substation can keep businesses going.
Mark Pryor (D-Ark) has decided that Congress and the Federal government should decide what we can and cannot see on our TVs, cellphones, and portable media devices. Pryor is sponsoring a bill that would require the FCC to develop a "super V-chip" that would have to be installed in every device that connects to any third party network, including the network.
There are so many things wrong with this that it is hard to know where to start. First, adding this sort of flawed technology to every single electronic device would raise the cost of everything. And remember that we are rapidly moving towards a time when every single electronic device we own (radios, phones, TVs, computers, music players, etc. etc. etc.) all have some kind of connection to networks. The cost of implementing this would be staggering, and we would get to pay for this with higher prices.
It also beggars belief that we would want FCC bureaucrats in Washington D.C. to decide what we can and cannot look at. Pryor is wrapping this in the usual "it's for the children" bait and switch language, but it would give the Federal government total control over the media. The V-chip was a dumb idea from the start, but if you squinted hard, you could dimly see some kernel of justification for it, since in 1996 a lot of us still got TV over the airwaves, which was still heavily regulated by the FCC. With all the alternative ways to get news, information, and entertainment today, the FCC is hardly needed to "protect" us.
Pornography is a scourge, but as more and more communities move toward an open services model for delivering media, the open market will take care of this problem quite neatly. In open services networks, some Internet access providers will be able to cheaply and easily sell "family friendly" Internet access with all sorts of parental controls built in. It will be quicker, cheaper, and easier than any government-mandated solution, and it will work better. That's the right way to do it.
There are many articles and commentary on the recent announcement by the Governor of Ohio to create a statewide broadband network. But it is not clear what the impact might actually be. If you read the Executive Order closely, what you see is that Ohio, in many ways, is just starting to catch up to other states.
Most of the statewide initiative simply requires Ohio state agencies to start buying off the statewide network, instead of making their own deals. States like Iowa and Virginia did this many years ago. It also creates a Broadband Council, which other states, like Virginia, have also announced. But statewide task forces rarely have the opportunity or the authority to actually get things done. These groups can make use of the bully pulpit to raise awareness of a problem, but even then, the groups often become captured by political realities.
Because so many states have had operational statewide networks, we have had the opportunity to learn something about them. What typically happens is that the networks have a substantial initial impact by lowering the cost of broadband for schools and state agencies, especially in rural parts of a state that might be otherwise underserved.
But small and medium-sized (that is to say, innovative) broadband providers rarely get these big contracts. Inevitably, the big incumbent providers get the contracts. Once in place, the rates tend to decline only slowly, and so after the first big price reduction, prices tend to stagnate.
But here is the worst problem. From a community perspective, statewide networks are a disaster. Schools, libraries, and state agencies are the anchor tenants of a communitywide or regional open network. Without those government customers paying into the community network, it becomes much more difficult to make a business case for such a project.
So schools and state agencies in a rural region get lower rates, but the rest of the community, including businesses, seldom see any benefit, and in fact, are often worse off. Statewide networks can cripple economic development prospects. There is some language in the Ohio Executive Order about allowing non-government connections, but when state agencies and universities are calling most of the shots for a statewide network, business interests usually don't get appropriate attention. And in fact, over time, rates on the statewide network may be higher than what businesses can do in the private market. We don't really want government bureaucrats negotiating rates and services for businesses, and that is way statewide networks are usually run.
What is the alternative? Get local and regional initiatives started that use the "digital roads" approach, where government's role is limited to building a high performance digital road system, and let customers buy directly from private sector providers, instead of putting state level bureaucrats in charge of prices. States have an important role to play, but as I have said for many years, states should be building inter-community digital roads to connect local and regional efforts, using the same open access, open services model.
Legislators are finally getting the message about faulty electronic voting machines, and perhaps some of these machines will get auditable paper trails in time for the 2008 election. The House of Representatives is working on a bill that will require better accountability for the electronic ballot systems for all Federal elections, starting with the fall 2008 elections.
The really galling part of this is that all this was completely avoidable. Many of us in the IT business saw this train coming a long way off. Unfortunately, a lot of local governments, who buy most voting equipment, were happy to ignore technical experts without a financial stake in the outcome and instead fell hook, line, and sinker for the promises of vendors, who were giddy over the windfall market that fell into their laps--nearly every voting machine in America was going to be replaced!
The taxpayers get to pay twice for this fiasco, but at least it is going to get fixed.
Senator Ted "the Internet is made of tubes" Stevenson is at it again, calling for "universal" filtering of the Internet to protect us all from pornography. The Internet pornography problem is a serious one, and deserves serious attention, but Senator Stevens is not making a serious proposal.
First, the Federal government has no business filtering and checking everything we look at; it is as if the government planned to put an agent on our doorstep and insisted on looking at every book, magazine, and letter that we tried to carry in the house, and had the power to arbitrarily remove any item without explanation, including the pictures of your one year old niece in the bathtub that your sister in law sent in the mail (it would classified as child pornography).
Second, Senator Stevens reveals that his understanding of the Internet has not evolved much past the "tubes" analogy. There is no one central location for the "Internet." It is everywhere and nowhere. It does not stop at national boundaries. U.S. laws have no effect on servers and content providers in other countries. Stevens' proposal smacks of political grandstanding ("...it's for the children") at a time when there are much more serious issues that beg for attention.
Our local paper, the Roanoke Times, has a series of articles on broadband today. There is a nice chart on the front page of the paper comparing various connection speeds, starting with dial up and progressing to some of the incumbent fiber connections. But the chart tops out at 30 megabit fiber service, which is still well below what residents in other countries are getting today, and is also well below what some U.S. communities are planning for roll out in the next six to twelve months: 100 megabit fiber service.
Those U.S. communities are also following European and Canadian communities by implementing open access, open services networks. The Roanoke Times articles correctly identify competition as a key requirement for communities, but it is hard to get that when the infrastructure is owned end to end by a single company.
The emerging model for community broadband is a digital road system, open to any business, not just one or two, as some older community systems have done. European open access, open service networks typically have dozens of service provider offering 75 to 100 kinds of services on the network--now that's competition. Once two or three of these new community digital road systems are in operation, the bar will be raised substantially, and 30 megabit fiber is going to look very limited.
Note to economic developers: If you are trying to attract companies to your region, would you rather market your transportation system as a closed toll road or an open highway?
Those of us who have been on cable or satellite connections for our TV service for many years can easily forget that a lot of people still watch TV the old-fashioned way, from signals coming through the air from a nearby TV tower. In just about a year and half, all those TVs will stop working because Congress has mandated a switch to digital TV. The old TVs will need a converter box that is able to pick up the new digital over the air signals.
Nationwide, it adds up to tens of millions of viewers. In the end, it is time to make the switch. The change will free up radio frequency spectrum that can be used for improved public safety communications systems, and other portions of the spectrum will be able to provide broadband services at much longer distances than systems can provide now (at relatively low bandwidth). The new data services will provide better coverage for mobile devices and fewer towers will be needed.
Those of us that have been watching how people use public networks (I started in 1982) know that there is a certain "newbie" phenomenon that takes place when some new feature or service is introduced. I have always been skeptical of the "social networking" trend, which is best represented by sites like FaceBook and MySpace.
As James Lileks has noted, the notion that it is "cool" to post pictures of ourselves in compromising situations is a new and somewhat baffling concept to anyone who has worked for more than a few years. But today's college students have somehow decided putting pictures of themselves doing profane or illegal things is cute/funny/cool.
But we may have reached the tipping point as the MySpace and FaceBook newbies begin to see that actions have consequences. The University of Minnesota has kicked several players off the football team for posting pictures online that do not meet the team standards of conduct. And as more and more reports surface of employers rejecting job applicants who have posted inappropriate material online, the somewhat juvenile appeal of exposing one's self (literally) online is going to diminish.
This article suggests that Microsoft may be planning to build adware right into the Windows operating system. The software giant has filed a patent that would use the kinds of files you have stored on your hard drive to determine what kind of ads are displayed in your Web browser.
In other words, Microsoft plans to rummage through your files and sell the information to advertisers. It is a clever idea in concept but appalling in practice, as it basically makes Microsoft the de facto owner of your data and information. Even if the company provides an opt-in or opt-out option, it would be too easy to turn it on by mistake or forget to turn it off.
Let's hope this is one patent that will never actually become a "product."