(Source:  Copyranter via Dvice via Gizmodo)

Image Courtesy: Gizmodo

This bus stop ad for Amnesty International’s anti-domestic-abuse campaign is installed in Hamburg, Germany. It is equal parts clever and shocking: when you look at the photo, it’s a smiling couple; when you look away, it’s a dude punchin’ a lady.

The billboard works by scanning its proximity with an eye-tracking camera, which triggers an image switch on the display panel when it senses someone looking at it. The change only occurs after a brief delay, so that observers understand what’s going on, and get the message.  Brilliant!

TransportGooru Musings:  It reminds me of  a scene from one of the sci-fi movies  (I think it is Minority Report) where a hero is walking through the Mall and the wall mounted display consoles will recognize the his identity and start showing voice and video advertisements that are tailored to his consumer profile (the ads sell a particular product based on the person’s previous buying habits, or something like that).   This Amnesty Ad campaign brings us one step closer to that stage where information will be tailored and delivered on the spot  based on the individual viewer’s personal preferences/consumer profile sitting in a database somewhere (this is not even remotely possible now because the behavioral & purchase patterns of the consumer should be captured and mapped in a single database first, which means privacy issues and other such crap needs to be addressed; we are talking big ticket issues data ownership, privacy, and other such public policy issues).  But it is big money in the making for whoever wanting to do this!

(Source: The Local, Germany)

Image Courtesy: Apture

An American tourist caused an accident near Karlsfeld over the weekend, banging up some €45,000 in damages when he followed an outdated navigation system prompt in the wrong direction, daily TZ reported on Monday.

According to the paper, the man’s Mercedes Vito rental car system had not been updated with the new exit from the B471 motorway near Karlsfeld, 20 minutes north of Munich.

The oversight caused him to drive himself and seven passengers into oncoming traffic, where they came face to face with a Peugeot. Both cars wound up veering off the road and into a ditch, the paper said.

The Vito landed on the roof, but all eight passengers in the Mercedes escaped injuries. The Peugeot driver suffered a whiplash injury.

Click here to read the entire article.

(Source: Jalopnik & Oregon Live, Car and Driver & CNBC)

If you use a cell phone, chances are you’re aware of “text messaging”—brief messages limited to 160 characters that can be sent or received on all modern mobile phones.  Texting, also known as SMS (for short message service), is on the rise, up from 9.8 billion messages a month in December ’05 to 110.4 billion in December ’08. Undoubtedly, more than a few of those messages are being sent by people driving cars. Is texting while driving a dangerous idea?

Image Courtesy: Jalopnik

The boys fromCarandDriver spent time determining just how bad it really is versus, say, drunk driving. Turns out drunk driving‘s safer. Here’s why.  Drivers distracted by texting are four times slower to brake to avoid a collision than those driving under the influence.  (The results in a nutshell:  Unimpaired: .54 seconds to brake; Legally drunk: add 4 feet; Reading e-mail: add 36 feet; Sending a text: add 70 feet.  If are somene who has a lot of time to spare, continue reading the test details and the explanation of the test results conducted in different scenarios.)

The testers wired a Racelogic VBOX III data logger to the test vehicle (in this case a Honda Pilot) to record vehicle speed via the VBOX’s GPS antenna and brake-pedal position and steering angle via the Pilot’s OBD II port. The testers then wired a red light to the windshield to play the role of brake lights from an imaginary car ahead of the Pilot. When the red light lit up, the driver’s supposed to hit the brakes.    Each trial, one with a younger test candidate (Jordan Brown) and using an iPhone, the other with old man (Eddie Alterman) and a Samsung Alias, would have the driver respond five times to the light, and the slowest reaction time — the time between activation of the light and driver hitting the brakes — was dropped.

Image Courtesy: Car & Driver

The results from the first test scenario involving the younger driver are as follows:

• The younger driver’s  baseline reaction time at 35 mph of 0.45 second worsened to 0.57 while reading a text, improved to 0.52 while writing a text, and returned almost to the baseline while impaired by alcohol, at 0.46. At 70 mph, his baseline reaction was 0.39 second, while the reading (0.50), texting (0.48), and drinking (0.50) numbers were similar. But the averages don’t tell the whole story.
• Looking at the younger driver’s slowest reaction time at 35 mph, he traveled an extra 21 feet (more than a car length) before hitting the brakes while reading and went 16 feet longer while texting. At 70 mph, a vehicle travels 103 feet every second, and older driver’s worst reaction time while reading at that speed put him about 30 feet (31 while typing) farther down the road versus 15 feet while drunk.

The results from the 2nd test scenario involving the older driver are as follows:

• While reading a text and driving at 35 mph, the older driver’s average baseline reaction time of 0.57 second nearly tripled, to 1.44 seconds. While texting, his response time was 1.36 seconds. These figures correspond to an extra 45 and 41 feet, respectively, before hitting the brakes. His reaction time after drinking averaged 0.64 second and, by comparison, added only seven feet.
• The results at 70 mph were similar:  The older response time while reading a text was 0.35 second longer than his base performance of 0.56 second, and writing a text added 0.68 second to his reaction time. But his intoxicated number increased only 0.04 second over the base score, to a total of 0.60 second.

Well, do you know what’s happening in the real world?  According to one industry study, still, 20 percent of drivers regularly send texts or e-mails on the road.  Governments at all levels (State, Local and Federal) are combating the texting meance with a legal and PR campaigns.  As of now, 14 states have banned driving while using handheld cell phones and a bunch of them are expected to join the bandwagon. in teh near future (Oregon is reportedly on the verge of enacting a ban).  Click here to watch a video of this story that appeared in this morning’s Today’s show.

(Source: Wired)

Image Courtesy: Wired

A company that provides communications systems to law enforcement agencies around the world has developed a black box similar to those used in aircraft to record crash data in cars.

The Smart Black Box by KCI Communications sticks to your windshield and uses a built-in camera, GPS unit and G-force shock sensor to document accidents. The info could come in handy when trying to determine fault or explain to your insurance company just what happened when you crunched your car.  KCI says the GPS unit will record the time and location of an accident and document your speed and direction of travel. The company says that could be useful when trying to prove that red light you ran was actually yellow or in cases where you dispute the reading on a cop’s radar.

The Smart Black Box costs about $300 and constantly records video footage on a loop as you drive. Should the shock sensor detect an accident, the device saves the 15 seconds prior to impact and the 5 seconds afterward. The footage is saved to a SD Card, like that found in your digital camera, making it accessible on a home computer.

Click here to read the entire article.

(Source: Daily Mail, UK & The Internet Patrol.com)

Candid Camera: Google Street View captures moment muggers prepared to pounce on teenage victim

Caught red-handed: This image taken by a Google Street View car shows the suspects following the boy down the street before he was attacked - Image Courtesy: Daily Mail Online

Dutch police have arrested two brothers on suspicion of robbery after their alleged victim spotted a picture of them following him on Google’s Street View.

The boy, 14, was mugged last September after two men dragged him of his bike in Groningen, 110 miles north-east of Amsterdam.

His attackers got away with around £140 and his mobile phone. Police were at first unable to track down the suspects.

But the victim contacted them in March after seeing what he believed to be an image of himself and the two men on Street View.

Officers got in touch with Google for the original picture because the people’s faces were blurred.  The company complied, and a robbery squad detective immediately recognised one of the brothers.

Prosecutors will now decide whether to charge the suspects, whose identities were not released.  Click here to read the entire Daily Mail article.

While this story has a happy ending (except for the twins), it does cause one to wonder just how far we are moving towards a big brother state.

Take, for example, this photo caught by the Google Street View camera:

Burgler Caught on Google StreetView Camera - Image via The InternetPatrol.com

Now, perhaps this is a cat burgler. Or perhaps it’s someone who locked themselves out of their house. Or someone just practicing their climbing skills.

If there are burglaries going on in the area, however, what do you think the odds are that this man is going to get hauled in for questioning?

That said, I think that the first big law suit – which could win – over invasion of privacy with respect to Google Earth, will be when a philandering spouse is caught by the other spouse because they happen to see a picture of the philanderer with their paramour on Google Earth, and a messy (and costly) divorce ensues. Or maybe when a wonderful birthday surprise is ruined because the intended giftee accidentally sees the person purchasing the gift during a moment of serendipitous Google Earth browsing.

Since it was launched in 2007, Street View has expanded to more than 100 cities worldwide.

But it has drawn complaints from individuals and institutions that have been photographed, including the Pentagon, which barred Google from photographing U.S. military bases for the application.

Mapping North Korean Railways Using Google Earth

An article that appeard on Wired about Google’s hallmark mapping software, Google Earth,  reiterates the above notion that such technologies can aid the big brother, not just on surface of the earth but also do that from miles above the earth.

For all the saber-rattling North Korea has been doing, precious little is known about daily life in the isolated nation. Even a railway map is close to classified information.

North Korean Subway Station - Image Courtesy: Wired

A doctoral student at George Mason University is using satellite images to get a closer look at a historically secretive country. North Korea is once again in the news because of its growing nuclear threat and the imprisoning of two American journalists. By closely examining Google Earth and corroborating physical evidence of infrastructure with reports from visitors and defectors, Curtis Melvin has assembled a workable map of North Korean railways — not to mention hidden palaces and outdoor food markets. The Google Earth overlays are available at his blog, North Korean Economy Watch.

“I am confident I’ve mapped over 90 percent of the system above ground,” Melvin told Wired.com. “There are probably still railway lines in low-resolution areas that I have not been able to find. Additionally, there are likely underground passages that I am unable to map, and the size of these I cannot guess.”

Since Kim Jong-Il is reportedly terrified of flying, Dear Leader travels on a luxurious private train that carries him between “on-the-spot-guidance opportunities.” That’s one thing for which we don’t blame him, considering the state of national airline Air Koryo. According to Melvin, there are special train tracks that carry VIPs to oases of luxury in the impoverished nation. “Several elite compounds have private train stations,” he said. “We can follow the railway lines through the security perimeters and into the elite compounds.”

Melvin has even managed to dig up some dirt on the inscrutable Pyongyang Metro — that’s the system’s Puhung station in the photo. Far from a Potemkin public transit system, the parts of the metro hidden from tourists seem to be less impressive but still functioning. “I have seen a couple of official pictures of other stations. They are much more spartan than the two shown to tourists,” Melvin said.

Click here to read the entire Wired Autopia article.

(Source: NY Times – Green Inc.)

Having shipped hundreds of electric vehicle charging stations, and with repeat orders now coming in from Europe, Coulomb Technologies, a privately-held Silicon Valley company, expects to be profitable by the 2010 introduction of the Chevy Volt, according to its chief executive, Richard Lowenthal.

(Mr. Lowenthal appears in the video above, explaining the company’s ChargePoint Network.)

“Our plan was to sell a thousand stations, but we will probably double that,” he told NY Times’ Green Inc. last week after the company secured its third Bay Area order this year. “Our company is structured to be profitable based on early adapters.”

Image Courtesy: Coulomb technologies

Founded in 2007, Coulomb is looking to crack the chicken-and-egg riddle that bedeviled the hydrogen fuel cell industry. Without a refueling infrastructure, consumers won’t buy vehicles. But no one invested in refueling stations without potential customers on the road.

“It is a very fundamental issue for the business,” Mr. Lowenthal said. “What do you do about the road trip?”

With electric vehicles, the additional problem is that in cities like San Francisco, where almost half of all vehicles park on the city’s streets, many potential buyers couldn’t recharge their cars overnight.

Mr. Lowenthal, a Cisco veteran who served as mayor of Cupertino, said that municipalities, parking companies and condo developers represent the first tranche of customers for charge points that will be deployed on city streets and in garages. They sell for $2,500 to $4,000 and can recharge an electric vehicle battery in four to ten hours.

In what might shape up to be the VHS/Betamax duel of the industry, a Coulomb rival, Better Place of Palo Alto, is looking to develop refueling stations where consumers on road trips can swap batteries in a matter of minutes. Still other companies are building rapid recharge points.

Mr. Lowenthal predicted the next three years would define the nascent charging station industry. By 2012, he said, the car industry will have an understanding of the early adoption rate for electric vehicles and plug-in hybrid electric vehicles.

Click here to read the entire article.

(Source: Urban Omnibus, Wired)

Urban Omnibus and The Infrastructurist talk to the founder of Zipcar and GoLoco about everything from mesh networks to taxi stands to why “infrastructure is destiny.”  In this exhaustive interview published on the Urban Omnibus, you can get to read about Robin’s new social networking project that aims to turn your social network into a travel network. The last couple years she’s been working on GoLoco, which aims to do for ride sharing what Zipcar did for car sharing: to make it easy, efficient and commonplace to share car travel, split costs, and reduce emissions. GoLoco members receive alerts when one of their friends or interest groups is going whether they want to.  Here is an interesting excerpt from the interview, that offers a better understanding of how GoLoco works.

So, as you have moved from Zipcar to GoLoco, from car sharing to ride sharing, do you see ride sharing as more of a national set of strategies?
Yes, car sharing only works in dense metropolitan areas or in cases where people don’t need a car to get to work. If you need a car to get to work, you’re going to have to own your own car. The cost of car sharing is too high for a daily commute. But, then again, according to the National Households Consumer Survey, across the nation it costs $24 per day on average that people are spending in America on their car, day in and day out. If I were to tell you that it was going to cost $125 a week to go to work, you would say, no way, I’m not going to do it. But we are doing it – we just don’t realize we’re doing it.

That’s why I did GoLoco – I said, what about all those other people who are feeling similar transportation and mobility pains but they need a car to get to work? Ride sharing is for those people.

Screenshot of GoLoCo portal (Courtesy: Urban Omnibus)

Can you give us ride sharing 101? How can GoLoco change how we get around?

The big idea for ride sharing and for GoLoco is to think of your car, your expenses, your friends, and your trips as part of your own personal public transportation system. Your friends and their cars and their trips are ways that you can get around. It builds on the idea of long tail media and long tail economics. Ride sharing is the long tail of public transportation. There are rides that serve little niches of demand way out there, in places where you’ll never see a bus service, or a public transportation service of any kind, but you would see ride sharing, because of the individuals who do go way out there. Basically, if you look at the long tail, ride sharing can meet the needs of small groups of individuals who need to get from a specific origin to a specific destination at a particular time.

I think when we look back at ourselves sitting alone in our 120 square feet of car, driving down these highways with incredible storage costs and incredible operating costs, I think we will look back at how we travel today and be just astounded: astounded at the cost, astounded at the waste. It’s such a wacky idea that we’d want to be alone in our cars spending huge sums of money and all that parking space, when it was less fun and more expensive and kind of crazy.

This is why I did GoLoco. We know that we can’t build our way out of congestion, so if things are increasingly, year after year, getting more congested, there’s only one solution for that: addressing the cost of driving over peak periods.

At $2 per gallon, people spend 18% of their income on their car, and that’s without paying for congestion pricing or tax increases or any other changes to transportation financing coming down the road. But it’s not in the control of any government to effect what the ultimate price of gas is going to be when we have increasing demand from India and China, and arguably peak oil. We have an increasing world population that will continue to drive cars with gasoline on our roads. Ride sharing is going to be significant while we transform our infrastructure to be less car-dependent. While we have such a high cost of car travel in such a car-dependent country, I don’t see another solution. 86% of trips made are alone in a car. Think about standing in a mall, looking at a parking lot. You know that a large number of people there are going exactly where you’re going in the next five minutes.

Image Courtesy: Wired - iPhone Zipcar App

Click here to read the entire interview.

In other related ZipCar news,  there is a new iPhone App from Zipcar which makes car sharing a breeze.  The pioneering car-share company has developed an iPhone app you can use to choose, reserve and locate a car on the go – a brilliant move, considering one-quarter of the company’s subscribers have an iPhone in their pocket.

The app tells you what cars are available and uses GPS and Google Maps to direct you to it once you’ve made a reservation. Should the car you’re looking for be lost in a sea of cars in a parking lot, the app will help you find it by sounding the car’s horn. That’s also handy for finding your ride if you’ve forgotten where you’ve parked it.  Zipcar is the largest car-sharing service in the world, with locations in 49 U.S. cities in addition to Vancouver, Toronto and London. The company believes the app, which will be available later this summer, will allow it to expand its service and make car-sharing a breeze.

“There are currently 15 million people within a block of a Zipcar service station and about 47 million iPhone customers,” says Luke Schneider, Zipcar’s chief technology officer. “We therefore estimate that our car sharing network could potentially increase to 32 million customers in years to come as a result of our new partnership and expansion into new markets.”

(Source: Time)

Image Courtesy: USDoD SouthCom - Heron UAV takes off @ Compala Airbase

For weeks, U.S. and Salvadoran counter-narcotics officials had been watching a boat which they suspected was ferrying drugs to and from El Salvador’s Pacific coast. But to be sure, they needed a plane that could stay aloft over the ocean, undetected, long enough to get detailed surveillance imaging. So last month the Defense Department’s Southern Command (Southcom) suggested this would be a good opportunity to help determine whether an unmanned air vehicle (UAV) being tested at El Salvador’s Comalapa Air Base might be the future of drug interdiction.

Click here to read the entire article.

(Source: Wired)

As the world watched the Spelling Bee competition, I was reading up on the eye candy parked above.  Upon reading, I went searching the dictionary to find the meaning for the word insane, which is listed as follows: In·sane [in-seyn ] – adj. [Latin: insanus] – Not sane, mentally ill or deranged; demented; mad.  But British automaker, Ariel, is trying to change this meaning by doing something that’s much more crazy.  With the wisdom achieved during the development Atom 300, of one of the fastest cars on Earth, which is already achieving sub 3 second times to 60mph and sub 7 second times to 100mph, the folks at Ariel went to work on  the Ariel 500. 

The limited-edition Ariel Atom 500 is  a 500-kilo (1,100-lbs) smartlooking “bomb”, sporting a 500-horsepower 3.0-liter V8 engine capable of hurling the occupants down the highway at an astoninshing speed (0 to 60 mph in 2.5 seconds).  Simon Saunders, Director of Ariel,  has this much to say about the Atom 500: “For a few customers the Atom 500 will be the ultimate expression of lightweight performance and represents the outer limits of what is achievable in a road registered car. ”   It is reported that only 25 copies of this vehicle will be offered in the United States at a date and price to be determined.

The only question that comes to mind is what is the purpose of a passenger seat in this vehicle? No way in hell can the driver or the passenger have a conversation traveling at such a neck-breaking speed.   So, I am convinced the sole purpose of having this passenger seat is to pass the eligibility criteria for a “street car”.   A quick check on Google for the 0-60mph speed table shows that a standard Formula One car would clock that at 2.8secs, which is definitely slower than the Atom 500 fitted with a passenger seat.   If that passenger seat is removed, the reduction in weight might make the vehicle even lighter, contributing to a further increment in speed.   Now, imagine showing up at work in one of these!

(Source: earth2tech via Reuters)

Cities have thrown down the gauntlet for electric car charging in recent months, and utilities are increasingly eager to tout infrastructure efforts. Among automakers, the Renault-Nissan Alliance has been out in front working to coordinate governments, utilities and charge station companies to develop regional networks of hardware and services that drivers will need to make the automakers’ upcoming electric cars practical for daily use. But what steps follow a big partnership announcement, after a utility, a vendor or an automaker says it’s done a deal to ready the power grid for an EV rollout?

For at least one of the 26 partners that the Renault-Nissan Alliance has lined up so far — utility San Diego Gas & Electric — the vision for how to support plug-in vehicles at even a pilot scale is just beginning to take shape. In an interview last week, SDG&E’s Clean Transportation manager, Bill Zobel, gave us a glimpse of what the utility has accomplished so far, and what it has in the works.

At this point, Zobel said, the company is still in the process of assembling its internal team for the project. When that group is fully established next month, it will help develop milestones and oversee outreach to customers and “integration across the broader utility.” By September, SDG&E aims to have commitments from fleet operators in the San Diego area to trial at least 100 electric cars coming from Nissan next year. Zobel said the University of California, San Diego is “ecstatic” about the program. The city and county of San Diego, several nearby cities and the U.S. military may also sign up to try the vehicles. SDG&E plans to have at least 15 of the cars in its own fleet.