Phishers getting more clever

(via Schneier’s security blog)

In an effort to fool more people, phishers have taken to using man-in-the-middle attacks.  In the past, if you thought a site was a scam or an email was a phishing attempt, you could enter bogus login information, see a success message, and know that the setup was a fake.  Now Washington Post has an article about phishers putting up a fake site and passing login credentials on to the real host site (in this case a bank, but also sometimes ebay, paypal, Amazon, and more) and using the response to determine what you see in response.  So if you enter bogus information, you will get a “Bad login” response from the fake host.  If you enter real information, you’ll end up forwarded to the real login success screen on the real host and the phisher will have a confirmed account.

The site asks for your user name and password, as well as the token-generated key. If you visit the site and enter bogus information to test whether the site is legit — a tactic used by some security-savvy people — you might be fooled. That’s because this site acts as the “man in the middle” — it submits data provided by the user to the actual Citibusiness login site. If that data generates an error, so does the phishing site, thus making it look more real.

By the way – Mr. Schneier predicted this last year (and really, it was a pretty obvious next step for phishers to take – I predicted it, too, but I’m not smart enough for anyone to listen to me).

[tags]Phishing, Online security, Computer fraud[/tags]

More net neutrality discussion

Ed Felton is one of the good guys.  And he’s a bright cookie, too (perhaps I’m mixing metaphors).  So when he speaks about net neutrality, I read it with the expectation that what he says is better than what I would come up with on my own.  With that in mind, I looked at his latest net neutrality article and saw his the commentary by others on this topic.
First, Felton highlights the end paragraph from his net neutrality paper (the first link above).:

There is a good policy argument in favor of doing nothing and letting the situation develop further. The present situation, with the network neutrality issue on the table in Washington but no rules yet adopted, is in many ways ideal. ISPs, knowing that discriminating now would make regulation seem more necessary, are on their best behavior; and with no rules yet adopted we don’t have to face the difficult issues of line-drawing and enforcement. Enacting strong regulation now would risk side-effects, and passing toothless regulation now would remove the threat of regulation. If it is possible to maintain the threat of regulation while leaving the issue unresolved, time will teach us more about what regulation, if any, is needed.

With this starting basis, he then writes on a response by Bill Hermann, from the Public Knowledge blog.  Essentially, Hermann writes that Felton’s wait and see recommendation is not smart.  If we wait too long, he argues, the topic will no longer be highly visible, and getting policy-makers to see things our way will be harder and more likely to fail.  This sounds well-reasoned to me.  I can certainly see the point, and after reading Hermann’s article, I’m starting to think maybe he is thinking better about this than Felton.  Then, however, Felton puts up part of the rebuttal to this from Tim Lee over at The Technology Liberation Front.

Lee’s response is extremely well-written, I believe.  And after reading it, I start to feel swayed back to Felton’s way.  Of course, since I’m not as good about thinking these things through carefully, I find myself writing about others far more often than writing my own commentary.  Lee points out how many times laws and regulations have been put in place to stop big business from taking industries over only to have those laws bent, twisted, and modified over years and years.  In the end, these bastardized laws then become the things which support big business controlling what was once off-limits and erecting barriers to entry to stifle competition.

So let’s say Herman is right and the good guys have limited resources with which to wage this fight. What happens once network neutrality is the law of the land, Public Knowledge has moved onto its next legislative issue, and the only guys in the room at FCC hearings on network neutrality implementation are telco lawyers and lobbyists? The FCC will interpret the statute in a way that’s friendly to the telecom industry, for precisely the reasons Herman identifies. Over time, “network neutrality” will be redefined and reinterpreted to mean something the telcos can live with.

But it’s worse than that, because the telcos aren’t likely to stop at rendering the law toothless. They’re likely to continue lobbying for additional changes to the rules—by the FCC or Congress—that helps them exclude new competitors and cement their monopoly power? Don’t believe me? Look at the history of cable franchising. Look at the way the CAB helped cartelize the airline industry, and the ICC cartelized surface transportation. Look at FCC regulation of telephone service and the broadcast spectrum. All of those regulatory regimes were initially designed to control oligopolistic industries too, and each of them ended up becoming part of the problem.

. . .

Finally, it’s important to note that the iron triangle goes both ways: once you pass network neutrality regulations, repealing them will be very difficult. This follows from the same iron triangle analysis he used above—if the telcos figure out how to use the rules to their advantage, they’ll lobby just as hard against repealing them. (just look at the legal fight to liberalize cable franchises) Which means that no matter how competitive the broadband market gets (and there could easily be dozens of wireless broadband providers a decade from now) the regulations will likely stay on the books.

All in all, a very compelling argument for waiting to see what happens.  As noted above, if laws are pushed through to protect ‘net neutrality, we are probably just as likely to find ourselves wanting, but unable, to repeal or change them in the future as we are to be satisfied with them and be happy we have them.  So protect your ‘net rights – don’t do anything about them until you have to.

[tags]Net Neutrality, Internet regulation[/tags]

Slow times

Between illness, travel, and spending time with the wife and children, I’ve had even less than typical spare time to work on the site.  I have tried to at least get a couple of articles up per day these past few days, but I’ve fallen short.  I’m going to be on travel the next couple of days again, so again posting will be slow.  I expect to have time beginning Sunday to start catching up again.  If this works out, look for 10-20 articles a day as I catch up on my backlog of blog/news/gaming reading.  I am trying my best to resolve these slow times in a way that keeps the site more active.  We shall see over the next few weeks how well I can work this out.

Automated Master Lock crackers

I don’t link to Hack-a-Day very often, which is shameful on my part, as it’s an excellent site.  The latest article that caught my eye is one on Master Lock automated “cracking” machines.  And if you aren’t interested in the robotic crackers, there’s a link to a guide on opening these locks yourself in about 10 minutes.
[tags]Locks, Master Locks, Lock cracking[/tags]

Auto fuel from cow manure

My, what those Germans won’t do to stay ahead of the energy crisis!  In this case, it’s looking to cow manure as a source of energy.  Of course, in this instance, this Modern Mechanix posting shows us the Germans were doing this in 1949.  But maybe the whole technology will make a big come back with these soaring fuel prices we’ve seen of late?

THERE’S an old European proverb which says you can measure the extent of a farmer’s prosperity by the height of his manure pile. That saying is closer to the truth today in Germany than it has ever been before.

A German inventor named Harnisch has developed a simple device which converts manure into fuel. And this fuel is used to drive autos and tractors as well as provide household power.

The idea of using manure as fuel is not a new one. Cow manure has been used for this purpose for thousands of years in India and “Africa. As recently as 1912, many cities were operating gas lanterns on sewage gas.

Skeptical of the value of this technology?  You shouldn’t be.  Check out the supply ratio:

Methane from two cows is enough to heat the average farm house. With 20 head of cattle the farmer can operate a tractor for 120 days!

[tags]Modern Mechanix, energy crisis, alternate energy sources[/tags]

Dollar based shirts

(via MAKE ezine blog)

Money origami is what this is. The directions are a little funky-reading at the important step of adding sleeves to the creation, but the end result is a pretty slick looking folded bill that looks like a shirt. I’ve tried this, and am pleased with the results. I want to add a clarifying point to the original creator’s guide:

Gently unfold the previous two folds, keeping the creases. On the lateral fold furthest from the collar, refold it strait across as shown. (On the flatbed scanner, this made a bit of a mess of it, but it is fairly easy in 3D.)

At this step in the guide, the picture shows a bill with the entire top edge unfolded.  I couldn’t make a sharp fold in the bill and keep the whole thing flat.  After fiddling around a bit and reading the next step, I realized that at this point, the bill didn’t need to be pressed flat while doing the step.  So fold the entire top end of the bill so it is squared off as shown in the creator’s pictures without keeping the paper flat until after the following step.

And that is not clear, either.  Just work through with the pictures and the guide and keep in mind that at the step I’ve highlight, getting the bill squared off is necessary and means the paper won’t be flat until you finish the step that follows it.

[tags]Money origami, origami[/tags]

Run your own windmill

(via Engadget)

Wind Energy Goes Mainstream with New Residential Small Wind Generator

Skystream 3.7â„¢ uses new technology to help homeowners take control of skyrocketing energy costs with clean, renewable energy

FLAGSTAFF, Az., June 27 – A new small residential wind generator from Southwest Windpower will give homeowners a new weapon in the fight against rising electricity costs. Skystream 3.7™ is the first fully integrated wind generator designed specifically for the grid-connected residential market.

A combination of new technologies, developed in collaboration with the U.S. Department of Energy’s National Renewable Energy Laboratory, resulted in a product that quietly produces electricity for a fraction of the cost of current technologies. Skystream’s low cost and low profile provides homeowners an affordable energy supplement that’s appropriate for installation in many residential areas around the country. With no batteries, Skystream 3.7 connects directly to the home to supply power. When the wind is not blowing, the home is powered by the electric utility. Depending on the local utility, excess electricity can be sold back to the utility or used at a later date.

Here’s your chance to save yourself some money on power bills.  According to the press release, typical payback is 5 to 12 years.  Of course, if you are thinking about getting one, you might want to check your local zoning codes before trying to set one up in the back yard.  And the company recommends at least an acre of land to install your new windmill  So those of you in major metropolitan areas might not want to buy one.  If you do get one, be sure to protect it from knights who might tilt your way.
[tags]Wind power, Windmills, Don Quixote[/tags]

On the importance of backups

This story at Security Awareness for Ma, Pa and the Corporate Clueless offers insight into the value or good backups and the importance of testing everything that affects the backup routine.

A Toronto advertising firm had a really good systems administrator who was religious about backup. For years, they had been in good shape. He even tested the restore/recovery process from time to time as part of their disaster planning. Smart.
As part of their growth, the ad firm moved into new larger facilities a few blocks away. The architects coordinated with the techs to make sure wires were put in the right place, phones, VoIP, 1Gig backbone… all the stuff modern companies have when they do things right.

Then, the company moved. All the typical stuff that happens during a move happened. Testing was done on everything that was moved. All was good.

Continue reading “On the importance of backups”

Tunnel digging as a hobby

med_hobby_digging.jpgModern Mechanix so often puts up cool stories. I need to think more about this tunnel digging idea from the August 1932 issue of Modern Mechanix magazine. I could go for a few extra levels in my house.

ONE of the oddest hobbies in the world is that of Dr. H. G. Dyar, international authority on moths and butterflies of the Smithsonian Institution, who has found health and recreation in digging an amazing series of tunnels beneath his Washington home.

Almost a quarter of a mile of tunnels has been completed, lined with concrete. The deepest passage, illustrated in the accompanying diagram, extends 32 feet down.
Every bit of earth was removed unaided by Dr. Dyar, being carried out in pails. He found the tunnel-digging an appealing form of exercise to relieve the intense strain of his work day, which involved much close work with high-power microscopes.

The catacombs are constructed in three levels, with steps and iron pipe ladders leading between different tiers. The idea first came to Dr. Dyar when he sought to make an underground entrance to his furnace cellar.

I suspect I might have trouble convincing the wife that digging under the house is such a good idea, though.

[tags]Tunnel Digging, Modern Mechanix[/tags]

First US digital computer

More modern marvels from Modern Mechanix.  This time, it’s a nice little write-up on the first digital computer in the U.S.  Originally published in Popular Science in 1944, the write-up now is probably only of interest to really geeky people (like me).  Some interesting facts about the IBM ASCC (Automatic Sequence Controlled Calculator) from the site:

  • It cost $250,000 in 1944 dollars.
  • It could calculate using numbers with up to 23 signifigant digits. These were set with an array of 1,440 dials (check out the picture below)
  • It took 3/10 second for add/subtract, 5.8 for multiplication and 14.7 seconds for division.
  • It weighed 35 tons and was powered by a 2 horse-power motor. (With mhz, ghz, mb, gb, tb, dpi, ms, bps, etc don’t you think it’s time hp got back into the computer lexicon?)
  • It contained 500 miles of wire

And some of the article in question:

SOME boy may soon work his way through Harvard University by watching a 51-foot switchboard all night in an air-conditioned basement. Behind its polished panels, electricity will be solving the longest and most difficult mathematical problems ever conceived. It will be doing everything that is known to be mathematically possible with such numbers as 12,743,287,341,045,502,372,098.

Even Commander Howard H. Aiken, U.S.N.R., the professor in charge of this 35-ton calculating machine, says he does not know what you would call a number that long. It is billions of billions.

But the young man running this figure factory will not need to be a mathematician. If anything goes wrong, a red light will flash, he will make a few simple adjustments, and the mountain of machinery will go swiftly on with computations that professors have not lived long enough to complete.

We need to get that flashing red light thing back on computers for when things go wrong, though.  The only flashing red light on my system at home goes on whenever the hard drive lights up.  And the only warning light I get is that bright blue screen that comes up for those special Windows crashes.

[tags]Supercomputers, IBM, ASCC, Modern Mechanix[/tags]

Enermax’ new keyboard = t3h sexay!

(via Engadget)
crystal-keyboard2.jpgEnermax has just announced it’s Crystal keyboard, available for purchase in Japan beginning July 10th for the equivalent of $86. Made of aluminum and connecting to your system with USB port, the keyboard features a very-low profile make, 2 port USB hub, Audio control keys, Blue LEDs (because Blue LEDs are t3h sexi0rist), and extremely high duty cycle keys (rated at 10-million key presses). Keep in mind, however, that this sucker weighs nearly 2.5 pounds. That’s well over one-third the weight of my laptop. So carrying this will certainly be adding a bit of a load to your laptop bag.  It sure is pretty, though.  And Enermax warns the keyboard is “not safe to look at due to risk of hypnosis.”
[tags]Enermax, Keyboards[/tags]