What is reputed to be the largest wireless cloud in the U.S.
is in Oregon.
Conventional wisdom has it that only densely populated metropolitan areas can support wireless Internet services.
This CNN story matches what I’ve seen here in Texas.
Texas spent $200 million a year to start rural Internet projects (which is another story),
but the only successful rural wireless ISPs I know of (two of them headquartered within 12 miles of my house)
never took a cent of government grant money and ignored the conventional wisdom.
They seem to be doing fine.
The Oregon WISP is taking government money, but not grants.
It’s been the fall follies in U.S. ISPs.
Two major ISPS (Level3 and Cogent) depeered each other.
SBC raises DSL prices and brags about how it’s going
to charge companies that want to use its bandwith for fast applications:
How concerned are you about Internet upstarts like Google (GOOG ), MSN, Vonage, and others?
How do you think they’re going to get to customers? Through a broadband
pipe. Cable companies have them. We have them. Now what they would like
to do is use my pipes free, but I ain’t going to let them do that because
we have spent this capital and we have to have a return on it. So there’s
going to have to be some mechanism for these people who use these pipes
to pay for the portion they’re using. Why should they be allowed to use
The Internet can’t be free in that sense, because we and the cable
companies have made an investment and for a Google or Yahoo! (YHOO )
or Vonage or anybody to expect to use these pipes [for] free is nuts!
At SBC, It’s All About "Scale and Scope"
CEO Edward Whitacre talks about the AT&T Wireless acquisition and how
he’s moving to keep abreast of cable competitors,
BusinessWeek, 7 November 2005
Meanwhile, back in Japan, NTT and others provide the pipes, and
multiple application providers provide VoIP, video, and numerous
other services on top of them.
End-user speeds in Japan are typically 50 megabits per second over DSL,
with 100 megabits per second available over fiber to the home (FTTH),
both at prices less than what the average U.S. DSL customer pays.
Why can Japan (and Korea) do it while the U.S. can’t?
Hint: the answer is not population density, nor government subsidies.
Interesting article about what to do when traditional Internet security measures fail:
The Internet today is in the same position as New Orleans was before the hurricane, a heavily fortified resource of incalculable economic and cultural value whose protections will one day inevitably fail.
What will you do when the cyber-levee breaks?
Opinion by Bruce Levinson,
SEPTEMBER 21, 2005
The article recommends distributed backups and diversified communication methods.
It even recommends what it calls plenipotentiaries, i.e., someone in each office of a company
who can act without checking with the home office.
Those are good ideas.
And I’m not sure why that last shouldn’t be more widely used; distributed agility
should lead to more productivity in any case.
And it’s been 200 years now since Admiral Horaio Nelson had his sailors trained
so well that his orders before the battle of Trafalgar consisted of
“England expects that every man will do his duty.”
Yet there’s something missing in the article’s recommendations.
U.S. regulators are so suddenly be advocating two-factor authentication
for U.S. financial tranactions
may be that they doubtless know
about what happened in the U.K. with one-factor ATM cards some years ago:
This is the story of how the UK banking system could have collapsed
in the early 1990s, but for the forbearance of a junior barrister who
also happened to be an expert in computer law – and who discovered that
at that time the computing department of one of the banks issuing ATM
cards had “gone rogue”, cracking PINs and taking money from customers’
accounts with abandon.
How ATM fraud nearly brought down British banking
Phantoms and rogue banks,
By Charles Arthur,
Published Friday 21st October 2005 09:52 GMT
This problem had been going on since the 1980s, and there has been
a class action lawsuit in process since 1992 trying to force the affected
banks to replace the money stolen from their customers.
Why have we only heard about it now?
At Techsummit 2005
one of the big topics was software patents.
Pretty much everyone knows there are problems with them; for example, a British firm recently tried
to patent hyperlinks (I believe that one was rejected by a court), and many dubious patents
have been approved
by the U.S. Patent and Trademark Office (USPTO), the most famous of which are probably
Amazon’s One Click Shopping patent and one for online credit card authorization.
Such patents promote monoply and thus monoculture, which makes software, computers, the Internet,
and the economy brittle and at risk.
You can fight such patents after the fact, as EFF is doing, or perhaps more radical solutions are called for.
In a previous item we were discussing
two-factor authentication for banks
, as recommended by U.S. federal oversight bodies, and Axel pointed out that it’s not enough to authenticate the user once; really every transaction needs to be authenticated, as apparently is already the practice in Europe.
Here’s another per-transaction authentication system, this one for electronic mail, by MessageLevel.
Banks and other entities that do business online want to be able to send invoices and other auditable financial
information via electronic mail. That’s difficult, partly because of phishing, which makes everyone distrust
MessageLevel offers a three-way handshake to deal with this problem.
Today I’m in Dana Point, California, for
, sponsored by CCIA and OSAIA, which starts very early tomorrow morning.
Speakers include Larry Lessig, Brian Kahin, J.D. Lasica, and Dr. Dan Geer.
Me, I’m here to listen.
Catastrophe bonds continue to be floated, apparently about one a month.
For example, in August, Swiss Re and RMS were involved in issuing a bond
to protect Zurich American Insurance Corporation
against hurricanes and certain earthquakes
The earthquakes in question are on the New Madrid fault, named for New Madrid Missouri,
which last shook in the winter of 1811-1812
with three magnitude 8 (that’s right magnitude eight; more on that later) quakes, that rang church bells
in Charleston, S.C.
This cat bond, like most, has a high trigger: $1 billion in losses from a single hurricane or earthquake.
With the current population of the to-be-affected area, a New Madrid quake could trigger it.
I’ve often wondered why government disaster agencies and non-governmental relief organizations don’t have a box they can drop into a disaster area to provide connectivity and other vital services.
After all, the sun was shining brightly on New Orleans while
the waters were rising.
It seems such a thing does exist.
Jamais Cascio provides
a description of components
that add up to power via solar and other sources,
satellite telephone, satellite Internet access, WIFI Internet,
and water purification.
Pack the other parts along with some food
into SkyBuilt Power’s Mobile Power Station and drop by parachute: instant relief in a box!
Now to make lots of things like this much smaller and cheaper so you can litter the landscape with them, and make
them find each other and build an Internet mesh….
The AP reports that U.S. federal regulators have sent
a letter to banks
saying they should go beyond passwords to two-factor authentication by the end of 2006.
There are all sorts of possibilities for what the other factor might be, from cell phone acks to a physical gizmo that
emits a code to use.
I’m betting banks will ask what your last payment for x purpose was.
Dan Gllmor reports a bank he used only a few years ago still used social security number as logn name.
I don’t keep much money at that bank anymore.
Banks are probably worried that more people will do what Dan did,
thus limiting their online reach.