05 March
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Offensive? Jeremy Scott And Adidas Debut “Native American” Tracksuits

Controversy is Jeremy Scott’s thing; you may remember Co.Design’s coverage of his Adidas shackle sneakers, which braced wearer’s ankles with chains. “In retrospect,” wrote Mark Wilson, “they weren’t such a fantastic idea.” Last month, Scott unveiled his 2013 Adidas Originals collection, and while it’s not all easy punchlines about race and ethnicity, many critics are up in arms about several garments that borrow from Pacific Northwest Native American traditions.

Scott’s thing is parroting genres and subgenres–which usually results in some pretty awesome hybrid garments. Take a peek at the lookbook and see how many distinct cultural sects you can count. I got to five, at least. Scott gives nods to late ’70s British skinheads, ’80s urban streetwear, and ’90s raver culture, to name just a few.

The 2013 collection stumbles into some problematic territory when it comes to a series of tracksuits, shoes, and dresses decorated with cartoon renderings of Pacific Northwest Native American carvings–what some bloggers are calling “totem pole print.” Totems originated as a way for some First Nation groups along the Pacific coast to honor their ancestors, describe legends, and sometimes, memorialize the dead. Scott’s simplified the symbology and tacked them onto dresses, tracksuits, and sneakers.

Curious what those in the Native community would think, I reached out to Jessica Metcalfe, a Turtle Mountain Chippewa who is a professor of Native American art, fashion, and design. As it turns out, she’d already seen the designs and written a post about them. “Misappropriations like this one are bad, unethical, and in some cases illegal,” she told me. “Bizarre, garish, unpleasant and disgusting were several terms used to describe this outfit by people in the Native American community. Several individuals noticed that his inspiration was unoriginal, and that his take on Northwest Coast formline was ignorant, disrespectful and badly construed (in other words, Scott needs to work on his ovoids and u-forms).”

More than that, Metcalfe explains, they devalue the meaning and quality of the original source material. “When companies like Forever 21, Urban Outfitters, or Adidas put out tacky images like this, they perpetuate the idea that Native American people have no sense of ownership or artistic legacy when it comes to our art, and anyone can steal it, tack their name on it, and make a buck–all the while putting forward the idea that our art is ugly and cheap,” she says.

After mulling over these images for a bit, I wondered if there’s a “right” way to do this. Metcalfe thinks so–after all, she’s built a business mindfully promoting Native designers through her blog and online shop, Beyond Buckskin. For the prolific and often very funny Scott, it seems like a missed opportunity: Why not make this a joint effort with the First Nation artists? I’m willing to bet that the fruits of that collaboration would’ve been super interesting. Instead, we get a cartoon version of a tradition that goes back hundreds of years. Even divorced from its historical underpinnings, it’s just sort of. . .lazy.

Whether you agree with critics or not, it seems that Adidas wants to keep these from American eyes–these pieces won’t be available in the United States. Check out the full collection and judge for yourself here.

Via FastCoDesign: http://www.fastcodesign.com/

16 July
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For City Slickers, Slick Headphones That Can Take A Beating

For most city dwellers, headphones are an indispensable accessory, allowing us tune out the ambient noise and retreat into our own manufactured soundscape. But there are few options for those who eschew earbuds but don’t want to look like a traveling DJ. The formidable Danish design trio KiBiSi has a solution: a foldable set of headphones made expressly for the “on-the-go urbanite” out of supremely tough but lightweight materials.

Called Capital, the headphones borrow features from various modes of transit: The headband is made of a lightweight rubber predominantly used on bike handles, its sliding mechanism was inspired by the straps found on cycling shoes, and the ear cushions are made from stretchable foam used in car seats. “In other words,” Kibisi’s Bjarke Vind tells Co.Design, “we’ve selected and implemented a diverse mix of tried and tested materials to ensure that Capital delivers on all fronts.” The look of the headphones is refreshingly utilitarian, but best of all, they fold up into a compact bundle.

Kibisi stresses that Capital is built to withstand the wear and tear of the urban environment: The fiberglass-reinforced nylon exterior will hold up against rain, snow, and hail, while delivering clear sound from the protected 40-millimeter titanium driver. Says Kibisi’s head of design, Lars Holme Larsen: “They are made to survive.”

Capital is available through Aiaiai for $125.

Via FastCoDesign: http://www.fastcodesign.com/

22 May
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The Real-Life Instagram Camera Is So Crazy That It Just Might Work

WARNING: The following idea is extremely silly. But it’s one of those ideas that, while a bit obnoxious at first glance, has the potential to make you smile once, maybe even giggle. Before you know it, that idea is taking you out to drinks, calling for a second date, late night sexting you, and meeting your mother. While you’re not ready for marriage–heavens no–maybe you’d move in, and a tattoo of the idea is just as forever as diamonds, right?

The Socialmatic, by Antonio De Rosa–”Antonio De Rosa, born in Cava de’ Tirreni (SA), Italy, on December 22, 1975,” he tells me–is an Instagram camera concept that, if you aren’t careful, will do everything in the above disclaimer (plus make babies with you). Its core idea is absurd–we’re talking about a dedicated camera for a service that made dedicated cameras obsolete, and a product with ergonomics based upon the human factors of an iOS icon–but what the Socialmatic lacks in sensibility is more than made up for in Urban Outfitters semi-ironic stocking stuffer chic.

Featuring an interchangeable lens and onboard printer, touch screen, Wi-Fi, Bluetooth, and a steel-banded, 2-D build, the Socialmatic feels like the gaudy, all-too-obvious cross between a Polaroid and an iPhone 4–and when you think about it, isn’t that pretty much exactly what Instagram set out to be?

As of now, the Socialmatic is only a concept. De Rosa writes us that “It needs a huge investment … it’s not a simply a product. Maybe Mr. Zuckenberg is reading something about it just now … :) ” Then you realize, the “n” and the “r” are nowhere near one another on the keyboard, and the Socialmatic’s naive charm bores a little deeper into your consciousness.

18 May
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4 Tips For Starting A Farm In Your City

Urban-farming innovators such as Detroit and Cleveland offer an object lesson in how cities can transform disused land into tomorrow’s (healthy) dinner.

UNITED STATES
OF INNOVATION

New Ideas, New Markets, New Insights

All around the country, Americans are dreaming big. Their boldest ideas are changing their communities–and having a ripple effect throughout the world.

CLICK HERE to read about unexpected pockets of innovation in other cities.

Consider this paradox: 49 million Americans live with daily food insecurity, 23 million live in urban food deserts, and collectively we’re all getting fatter. Simultaneously vacant lots, concrete grooves, and other desolate, empty spots dot urban landscapes, while a quarter of traditional agricultural land is severely degraded according to the UN.

Enter the urban farm: a fast, smart, cheap way to bring healthy food closer to those who need it, transform ugly vacant spaces into lush gardens, and promote a healthier, greener, more connected urban community.

A recently released video by the American Society of Landscape Architects uses case studies from edible-city innovators, such as Cleveland and Detroit, to offer practical advice for bringing urban farms to your backyard (or corner lot or rooftop). Here are four helpful tips:

Plant a garden in your own yard (or farm the job out to someone else).

Acres of perfect green grass are both a hassle to maintain and, nutritionally speaking, useless. Inhabitants with yards in D.C. and Portland can even lease their yard to those with greener thumbs–and take a cut of the produce they yield.

Populate empty lots with crops.

Cities like Cleveland and Detroit are leasing abandoned lots to urban farmers for practically nothing–provided the lessees are committed to filling those spots with edible greenery.

If your lot’s soil is poisoned with lead or other contaminants, simply truck in new soil in raised beds. Even cheaper: Plant your veggies in burlap bags filled with clean soil. Roll the sacks up and fill with more soil as the plants grow, and you can transport them indoors when winter hits.

Use your roof.

ASLA’s video suggests restaurants harness their roofs to grow ingredients for their own meals. Big-box stores can lease or farm their own vast roofs and sell the proceeds in-store or via local greenmarkets. Rooftop farms use wasted space and lower your utility bill, too.

Fill up your food trucks.

Mobile trucks sell prepared foods–often unhealthy at that. Why not use them as fresh-fruit stands? Food truck legislation in many cities has relaxed in recent years. Opportunity knocks, suburban farmers: Coordinate with a food truck owner to sell your produce wherever there’s a need in your city–not just at the Saturday greenmarket. Hook the kids on juicy berries or watermelon in summer, and you may make a confirmed veggie fan year-round.

Image: Flickr user Joel Carranza

Via Fast Company: http://www.fastcompany.com

02 May
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Why India Is "Geek Nation"

India is already known as one of the world’s IT powerhouses. Angela Saini, author of the new book, Geek Nation: How Indian Science is Taking Over the World, believes the country is also becoming one of the world’s hubs for innovation and scientific ingenuity.

Over the past few years, BRIC (Brazil-Russia-India-China) has become a buzzy acronym for technology- and finance-watchers. India is already known for call centers, IT development, and expatriate coders. The country is also home to one of the world’s fastest-growing middle classes. Angela Saini, the British author of the new Geek Nation: How Indian Science is Taking Over The World, believes that India is also becoming an innovation center to be reckoned with, and a world leader in tech.

Fast Company recently spoke with Saini about India’s tech industry, the growth of Indian startups, and what the future holds for Indian innovators. Geek Nation is being released in the U.S. on May 1.

FAST COMPANY: Why do you consider India to be a “Geek Nation”?

ANGELA SAINI: I grew up in London, and it’s difficult to grow up in this city and not notice that every school has at least one geeky Indian kid. I was the geeky Indian kid in my class. My dad is a geek, many of my cousins are geeks, and more generally, India is famous for producing doctors, university professors, and engineers who work all over the world. India itself is not a world leader in science and technology yet but it does have a culture that strongly favors these things, above anything else. So Geek Nation was my journey to figure out why, and also where that ambition is taking it.

I have to admit, as a science journalist, I started out with a big measure of skepticism–I mean, India has a weak scientific publication record compared to the U.S. and Europe–but the trajectory it’s on is just incredible. I think the rest of the world underestimates just what hundreds of thousands of committed young scientists and engineers can achieve. Then again, President Obama gets it. If you look at his speeches on science and education, he often mentions the growth of India as one reason that the U.S. needs to stay competitive.

The subtitle of my book is a bit bombastic, but the contents are more balanced. I look at scientific research and technologies that are having a big effect on ordinary people’s lives–the good as well as the bad–and the ambitious projects that the government hopes will help secure India’s future superpower status. At the end of the day, I’m just a journalist. I’m not trying to argue a point, but rather to take an honest picture of a country through my geeky lens.

What was the most surprising thing you uncovered while researching your book?

There wasn’t a day in my research that I wasn’t surprised by something. I traveled the length of India, north to south, and met such fascinating characters. What impressed me most is that so many Indian researchers have such a social aspect to their work. They want to help India’s poor and vulnerable, as well as to do good science.

One interviewee, Sujatha Narayanan, was a tuberculosis researcher I met in Chennai. A few years ago, when she didn’t have enough healthy volunteers for her work, she started running tests on herself. One day she found some TB bacteria in a tube that had been in her throat, which meant she may have accidentally infected herself. She had to undertake a grueling drug treatment for months, which she believes triggered her diabetes. She put her life on the line for her work, but it has not diminished her passion or her commitment to science.

What role are ethnic Indian immigrants/returnees from the West playing in India’s tech industry? Are they a major factor?

The success of India’s tech industry has encouraged a lot of young engineers and scientists who left the country, in the big brain drain, to return. And they’re playing a big part in shaping the future of the industry. Not only are they bringing their expertise and experience, but they are also bringing the culture of places like Silicon Valley. In Bangalore these days there are meetups and cool conferences for young techies and designers, just like you get in San Francisco. There’s this buzz about the big cities, which is making them an exciting environment to be in. But it’s not just in IT–I met scientists in all kinds of fields who had chosen to come back to India because they felt the opportunities were improving and that they could make a difference to the country.

Can you explain why you compared India’s current situation to Japan in the early 1970s?

When you read academic studies about the attitudes that people had toward Japan’s technology industry in its early days, it’s very similar to what people have been saying about India recently–that scientists and engineers are hardworking and educated, but not particularly creative or original. In Japan’s case of course that all changed, giving rise to a truly powerful scientific nation. I think similar stirrings are happening in India now. There are shoots of creativity all over the country, particularly in areas like biotechnology, life sciences, and computing. I don’t want to forecast what might happen, because I don’t think anyone can know for sure, but India does at least have the ambition and willpower to want to be the next scientific superpower.

You wrote about jugaad–the power of improvising to solve problems–in a recent article. How do you think that has influenced India’s tech industry?

I didn’t write about jugaad in my book. But yeah, I wrote an article about it recently, because it is such a fascinating phenomenon. Jugaad is a very broad-brush word, meaning something like getting things done by hook or by crook. So for example, in rural areas, people will throw together tractor engines and bits of wood to make trucks, and in the urban slums, people will recycle old newspapers and rework appliances to make new ones. It’s really driven by poverty, but it has inspired some Indian companies to look at frugal, mass innovation for India’s domestic market–for example, the TATA Nano car. But I don’t think it’s had a big impact on India’s mainstream technology industry, which is focused on creating high-quality products and services that can sell overseas.

What do you see as the strong points and weak points of India’s tech industry?

India’s tech industry is great at business innovation. India’s outsourcing model for IT work has been incredibly successful and, on the back of this, it’s managed to build a profitable industry that is globally competitive. But it’s less good at genuine technological innovation. India simply hasn’t yet produced a company of the caliber of IBM or Microsoft. But that isn’t to say it will never do it. It certainly wants to, but I have a feeling it may come from the younger generation, which is more free in its thinking and creative.

This interview has been condensed and edited for length and readability.

Geek Nation was released this past March in the United Kingdom and is currently awaiting U.S. release.

Image: Angela Saini

Via Mashable: http://www.mashable.com

27 February
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This Week In Bots: Dino Robots, Fish Robots, And The Future Of Self-Driving Cars

robo dino

Bot Vid: Truss-Climber

Cornell boffins have put together an autonomous truss-climbing robot. It’s not something you’ll find navigating the inner clothing of William Shatner, instead being a demonstration of a machine that can climb up structures like scaffolding and actually reconfigure it as it goes. In the future swarms of robots like this may be useful for actually building the structure of habitable buildings.

Bot Vid: Robo Fish

Scientists from the University of Montpellier and the Polytechnic Institute of New York have developed upon earlier research into swimming a robot fish among real ones, and discovered that they can actually interact with the school, influencing its behavior as their robot swims. The golden shiners actually seem to follow the larger robo fish, instead of using it as mere cover. Interesting biologically speaking, the technology has some very high-minded ultimate uses–like automatically steering fish away from the sites of sea-borne human disasters like oil spills.

Bot Vid: Drone Flights For Filming

As lawsuits develop seemingly at the same pace as the technology, filming from drone robots is becoming more common for people other than the military. As TechNewsDaily notes, there’s some remarkable footage available from these endeavors, such as the aerial footage below–taken in Tallinn in Estonia this month during an anti-ACTA protest. The videos offer unique views on news events, and it won’t be long before they start showing up in iReports on CNN, particularly if citizen journalists in war-torn locations start to use the tech.

Bot News

Drexel Uni shows off seven humanoid robots. At a culmination of years of planning, Drexel University this week showed off all seven of its Korean HUBO androids on stage–in what the university is calling a first of its kind event. The droids are 1.3-meter high fully articulated humanoid robots, designed to boost both robot design and human education through research, with developments in automated robot-human reactions and other important advances expected.

Scientists printing out robot dinosaurs. In what’s being dubbed a new frontier in paleontology, a scientist at Drexel University plans to use a 3-D printer to replicate dinosaur bones. The plastic parts, smaller, lighter and more bone-like than the rocky fossils they’re based on (via 3-D scanning of the relics) will be used to build robotic dinosaurs for study. That’s because a 100-inch-long diplodocus is easier to study than a 100-foot-long model–especially if you’re talking about powering its joints and modeling musculature to try to work out how the dinos moved, ate, fought and even mated. It’s Jurassic Park meets reality, via 21st century rapid prototyping.

Soldiers testing light robots for combat. The use of small, throwable robots in real combat situations took a step forward just recently as infantrymen and engineers tested four of the devices at the McKenna Urban Operations Complex–structures intended to help simulate the tricky, messy fighting that can happen when war zones happen on the ground in cities and towns. The Ultra Light Reconnaissance Robot experiment was about measuring how useful the tiny bots were for sending back video footage of threat situations, including combating IEDs.

Bot Futures

Self-driving cars are coming. Starting next week on the first of March, if you see a car with a red license plate driving around on the open roads in Nevada the odds are it’ll be driving itself (unless it’s one of the millions of diplomatic cars around the world that use red and white license plate conventions) while its human passengers kick back and enjoy a beer or rather, conduct important research into the design and safety implications of robotic car tech.

The move is thanks to recent legislative changes in the state designed to promote the work of firms like Google, and is a (sadly?) necessary legal trick to enable the future of transport to be tested in meaningful ways–like in real traffic, with real pedestrians stepping out onto crossings and real cyclists to maneuver around safely. Once the robot driver tech is proven, Nevada will issue the vehicles with neon green plates–an indicator to everyone that the vehicle is automated and has proven its safety chops.

A lot of legal and social issues are exposed in this news alongside the technical ones, if you pause to think. Identifying robot cars clearly is probably important, but what will it actually result in: Should you behave differently if you’re a pedestrian walking near one? Should you be wary of the robot’s limitations if you encounter one at a four-way stop? And then there’s the question of whether or not you could drink a beer when inside such a car…because technically you’re not in control of it (although, at least at first, you’re probably going to have to be ready to seize control in an emergency–meaning the beer issue is a few years away).

With headlines like the Nevada developments, and this one “Sebastian Thrun Will Teach You How To Build Your Own Self-Driving Car, For Free,” and with technology developing very swiftly, it seems the legal and societal questions about self-driving cars are going to have to be tackled very fast. Not least because of the implications of slipups in the technology like Volvo’s.

Image: via Drexel University

Chat about this news with Kit Eaton on Twitter and Fast Company too.

Via Fast Company: http://www.fastcompany.com

27 February
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Minding The College Gap

In her sophomore year at Chicago’s ACE Technical Charter High School, Kewauna Lerma had a 2.25 GPA. Yet when Jeff Nelson met Kewauna, he knew she was capable of getting into and graduating from a four-year college. Nelson is the cofounder and Executive Director of Urban Students Empowered (US Empowered), a not-for-profit organization dedicated to college preparedness and college persistence (keeping students in college once they have enrolled) for low-income high school students.

“If you spent 10 minutes talking with one of our students, you would be absolutely convinced that they have everything it takes to get to and through college,” Nelson says. But, “If you look at the data, you’ll see that the reality of the trajectory for them to get there is incredibly unfair.”

There has been fierce debate about the causes of the problems as well as what the best solutions might be to address our arrested public school education system, which is almost universally recognized as being in crisis. Hundreds of organizations collectively spend more than $4 billion dollars working on education reform. In 2010, the documentary film Waiting for Superman helped achieve more widespread public awareness about the challenges in the education reform process itself. There has never been so much attention from politicians, celebrities, social entrepreneurs, and not-for-profits around education. Even in bitterly divided Washington, some politicians from both parties have been able to agree in principle on certain elements of reform plans.

Yet even with so much focus on education reform and so much support for taking urgent action to respond to the crisis, it often seems that very little is actually getting done. This is especially true at the level of the high school to college transition, since most of the focus on educational reform is on how to get students to graduate from primary and middle schools and to keep them in high school without dropping out. Comparatively little attention has been given to preparing students, especially the less privileged and less affluent, for the day that some of them actually begin their freshman year of college. For those students, the challenges remain daunting. Once this demographic enters college, the risk of dropping out is high. In the Chicago Public Schools, only 18% of students enroll in four-year universities and just 7% graduate from college by age 25.

Enter Jeff Nelson, a 30-year-old Chicago native who first saw the need for a focus on college persistence as a Teach for America Corps member, teaching sixth grade at O’Keeffe Elementary School on Chicago’s South Side. It was there where he opened the newspaper and saw that alarming graduation statistic (at the time it was 6%). Nelson recalls thinking, “I had 32 students. I did the math and figured that about two of them would graduate with a four-year college degree. It was atrocious.”

So he got to work. “To be a true education reformer, you need a unique combination of incredible tenacious persistence and humble patience. You’re trying to solve a vast problem, and you have to do it in a way that maintains quality,” Nelson says. He started with excellent teachers. US Empowered recruits the right teachers to serve as mentors, coaches, and instructors to get high school kids prepared to think about college, understand their options for going to college, and what kind of academic work they have to accomplish to get there. These teachers are some of the best full-time teachers in their schools, and by leading US Empowered as an in-school, credit-bearing course, the college prep work is not an extra burden on teachers already over burdened with their day-to-day responsibilities. To find the teachers who will lead their program in a given school, US Empowered gets recommendations from their “human capital partners,” including Teach for America, Chicago Foundation for Education, Academy for Urban School Leadership, Chicago Teaching Fellows, and the Golden Apple Foundation.

The experienced teachers who implement the US Empowered program lead the effort to build college readiness into the academic curriculum, meeting with students 40 minutes every day. The course starts during the students’ junior year in high school and is focused on getting students to reach the academic standards necessary to have a high probability of getting into a college. The program is operating in high school environments that typically lack resources, including college-oriented advisors and guidance counselors, and have low rates of success in having their students go on to college. US Empowered also helps students understand how to make college a reality, how to get prepared, how to obtain financial aid, and other critical questions. But the program does not stop there: During their first year of college, the students in the program are required to continue participating in online support courses. US Empowered finds ways to continue to connect the college student to his or her US Empowered support network, so that they can get additional help if they need it. This attribute of the program is particularly important to keeping students in college once they have gone through the challenging obstacle course of getting to college in the first place.

Nelson believes college persistence is more important than ever. The economy has shifted aggressively towards higher value services and knowledge worker jobs. Ten years ago, increased high school graduation was viewed as a primary goal of the education reform movement. Today, while that goal remains, the shift in the economy means that a high school diploma alone is not much of a determinant for a bright future. “All of us in education want the same thing, we want the kids we teach or the kids we serve to have the choice to live a happy, healthy, productive life,” Nelson says. “It’s that simple.”

Part of what inspired Nelson to go into this particular aspect of education reform was a sense that the college persistence issue was solvable and measurable. Nelson says that US Empowered has tried to operate as entrepreneurially as possible starting from the organization’s inception: “We’ve been focused on outcomes from day one. We started with very clear measurable outcomes we wanted to achieve, then we built strategies to execute on those goals. I think that backwards planning really increases our effectiveness.” Although US Empowered only operates in 11 Chicago-area high schools, it can boast that 98% of its students have been admitted to four-year colleges, and 85% of their students are currently persisting in college. One of those who US Empowered helped to succeed was Kewauna Lerma. As a result of her work in the US Empowered program, her GPA improved by 41%. She was accepted at Western Illinois University, where she is currently studying pre-medicine.

US Empowered has been operating in Chicago since 2007, and has garnered high praise from the educators that they work with. Tony Pajakowski the Co-Principal at Perspectives-Calumet High School of Technology, describes the US Empowered program as a “huge win,” adding that “our kids are thriving with the individual attention the program provides, giving them a new perspective on what we mean by ‘college for certain.’”

With successes under US Empowered’s belt in Chicago, and after developing an extensive five-year strategic plan, this month US Empowered expanded outside of Chicago for the first time, launching a new program in Houston. Following Houston, US Empowered plans to continue expanding, with a goal of having programs in four to five cities in the country by 2017. This fall will be particularly busy for Nelson, as he will also become a father for the first time in August. Nelson says that this development made his work even more personal. “When I became an expectant father, I noticed how similar the goals we have for US Empowered students are to the goals I have for my child. It’s fundamental to who we are as people,” he says. He remains laser focused on meaningful and measurable education reform, especially now that he is contemplating the educational system his own children will find when they reach school age.

David D. Burstein is a young entrepreneur, having completed his first documentary 18 in ’08. He is also the founder & executive director of the youth voter engagement not for profit Generation18. His book about the millennial generation will be published by Beacon Press in early 2013.

Via Fast Company: http://www.fastcompany.com

14 February
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Boston Asks For The Public’s Help In Fixing Potholes

Like most cities that see snow, Boston has a lot of potholes, but not a lot of money to find and fix them. Luckily, they also have a lot of civic-minded software developers who helped them crowdsource an innovative solution to smoothing out city streets.

We first told you about Street Bump last year. Initially developed by a team in the office of Mayor Tom Menino, it’s a smartphone app that uses a phone’s accelerometer to collect data on the location and severity of potholes. The information is analyzed by the city and sent to public works crews, who can then prioritize repairs.

The app began testing and data gathering last year, but had two big problems: it couldn’t tell the difference between a pothole and a manhole, and the mayor’s office didn’t have nearly enough staff and time to fix it. So they partnered with InnoCentive, a company that helps organizations crowdsource their research and development, and challenged the public to develop an algorithm that could differentiate potholes from other road imperfections. The best solutions would share a $25,000 prize offered by a grant from insurance company Liberty Mutual.

“To get all of this data, the InnoCentive competition allowed us to accelerate development in a way that governments might not traditionally do,” said Chris Osgood. He’s the co-chair of the Mayor’s Office of New Urban Mechanics, an agency tasked with finding innovative solutions to the city’s problems. “Traditionally, we might have hired one researcher to come back with one algorithm. With our partnership with InnoCentive, we blasted it out to a global community of thinkers who came up with some broad solutions to this problem.”

Dozens of programmers signed up for the challenge and three groups emerged victorious, including a civic-minded hackerspace and a group whose results read like a peer-reviewed article for a scientific journal. “They were three very different ways of approaching the problem,” said Nigel Jacob, the office’s other co-chair. “We ended up taking elements of all three.”

According to Jacob, crowdsourcing the pothole detection algorithm allowed the mayor’s office to focus on the app itself. For example, different phones use entirely different accelerometers, and running the app constantly can kill a phone’s battery pretty quickly. Those are issues that the team hopes to have addressed before it’s released to the general public this spring.

The app is currently in beta release on the phones of employees who work for the city’s inspectional services department. Not only do they travel all the city’s streets on defined routes, but they also all use the same kind of smartphone, which allows the mayor’s office to troubleshoot while controlling for potential confounding variables. Running the app has become part of their job, but Jacob and Osgood hope that volunteering to use Street Bump will become a method of civic engagement for city residents.

“The public release of this is important because using stretbump is a new kind of volunteer opportunity for our residents,” Osgood said. “We want running Street Bump to be akin to volunteering at your local library or cleaning up your local park.”

Images: City of Boston

 

Via Wired Autopia: http://www.wired.com/autopia/

06 September
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Peer-to-Peer Pioneer Sees New York Bicycles Pier-to-Pier

Mark Gorton is perhaps best known for founding the peer-to-peer service LimeWire. But his real passion is transportation — specifically bicycles, and making cities friendlier to them.

Gorton makes no bones about his disdain for the automobile and its impact on cities, and he’s used his passion, and money, to promote more-equitable transportation policies. He founded OpenPlans, a nonprofit focused on promoting transparent government and civic engagement, and he’s tried to bring an open source approach to urban planning. He also launched Streetsblog.

He believes the automobile plays an unnecessarily large role in urban transportation and says it does more harm than good. He stops short of calling for the outright eradication of cars in our cities, but wants to see policies that aggressively discourage them.

Many will consider his views radical, but his call to rethink the car’s place in our urban landscape is moving into the mainstream. A growing number of urban planners favor the “complete streets” model of multimodal transit that embraces walking, cycling and transit alongside automobiles.

The Obama administration has been promoting a similar approach through the federal Transportation, Housing and Health departments. Transportation Secretary Ray LaHood essentially codified the idea when he said the needs of pedestrians and cyclists must be considered with those of motorists.

Gorton’s views are sure to inflame, but that’s the point. He wants to start a discussion and get people thinking …

Mark Gorton, founder of Lime Wire and bike transit advocate.  Photo courtesy Mark Gorton

Wired.com: How did you become a bike activist?

Mark Gorton: It started about 10 years ago. I just started riding my bike to work. After going through New York’s Central Park and almost getting hit, you start to think about how roads work and you realize how screwed up they are.

At some point I had the insight that our streets could function way better then they do today. Once you have a vision of a much better city and better world, it is hard to sit back and not do anything about it. A large part of what we’re doing is communication, just getting the idea out that there is a better way.

Wired.com: How so?

Gorton: About five years ago we started the NYC Streets Renaissance campaign. We focused on showing there are better policies out there in terms of how streets are being managed.

The ideas were set around bus rapid transit, congestion pricing, and bicycling. We made great progress, and now people can see these ideas being implemented. Now we are reaching a point in New York where there is a broad public debate about how we manage our streets. Some people are pushing back on the reforms we have been making, so now I am trying to articulate why the automobile is bad transportation technology in a dense city.

Wired.com: What are you advocating?

Gorton: A complete change of policy in terms of our society, particularly in how a big city deals with the automobile.

For the last 100 years the automobile was the favored technology, it was given dominance over the streets and preferred over light rail. New York City used to have 1,300 miles of light-rail track. It was the greatest streetcar network the world has ever known. It was completely ripped out because of this infatuation with the automobile. It killed an enormous amount of transportation capacity, making it harder to move around today than it was 50 to 70 years ago.

The fundamental problem with the automobile, beyond the social aspect, is that it does not fit in a city as dense as New York. It is physically impossible for all the people to drive who want to. The ultimate constraint is the amount of road space. That is not going to change in New York City.

Wired.com: How do you get a society that is inherently connected to the automobile to utilize something else?

Gorton: Step 1 is educate people that the automobile is a technology that should be discouraged. We should stop subsidizing it through things like free parking and priority road space. We should be promoting mass transit. We should be creating a safe bicycle network that makes cycling a viable option. In Amsterdam, you have 40 percent of the people making their daily trips by bicycle. The bicycle can be a serious transportation tool in a city.

Basically, the litmus test is this: If a policy makes it harder and more expensive to drive, chances are it’s a good policy. If it makes it easier to drive it is a bad policy.

Wired.com: People will argue that roads are designed for cars and more people drive than ride, so we shouldn’t yield space to bicycles.

Gorton: That has essentially been the policy for the last 100 years and it has worked out horribly. You can look at the places that have done the opposite of that and see if those places are happy. The places that have encouraged bicycling, which tend to be Northern European cities, are really happy with what they have and are trying to continue it. Look that the places that are the most auto-oriented, places like Atlanta and L.A. They know they have big problems. They are trying to deal with a disaster they have brought about themselves.

Wired.com: What about bike lanes? Good? Bad?

Gorton: I think it goes on a street-by-street basis. When you are in a big city and you want people to ride bikes, you cannot mix them with cars. It is unsafe. If you look at the cities with the most biking, they have a completely safe and dedicated bike network. Every street is safe for biking. Every major street has separated bike paths where bikes are separated from cars.

If we look at what other cities are doing around the world we can really do a lot without ever coming up with a new idea by just copying what has been successful.

Wired.com: So what are the major issues to work on?

Gorton: What I am trying to get people to understand is cars should be a disfavored technology. We should be consciously trying to minimize them and we should be making it harder — more expensive and more inconvenient — for people to drive. We should be rationing the ability for people to drive because it has so many negative social consequences. Most people don’t get that. Most people believe that driving is something that is protected in the Constitution and fundamental to being an American.

Wired.com: What is the world you envision?

Gorton: One with radically reduced automobile usage. I think you could have it done in a matter of a few years, if you just had a real dedicated effort. If there was a lot of societal consensus you could have automobile usage down by 50 percent, and with that you could make great strides in a making a city more livable. It is mostly policy changes, not a lot of expensive infrastructure. It doesn’t cost a lot to have a pleasant livable world.

Top photo: Cyclist in Amsterdam. (Ovejanegra/Flickr)

Via Wired Autopia: http://www.wired.com/autopia/

03 September
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Ness Is a Personalized Search Engine for the Mobile World

Say hello to Ness, a mobile app that can figure out which restaurants you’ll enjoy the most, based on your personal tastes.

The app, now available in the iOS App Store (U.S.-only), takes a different approach to restaurant recommendations than Yelp, UrbanSpoon and the regular tools people usually use to choose where they will dine. And Ness Computing, the company behind the app, hopes that its unique approach can also change how we shop, discover music and more.

Ness, at its core, is a recommendation engine. Users open the iOS app and quickly rate different restaurants nearby on a scale of one to five stars. After ten ratings, the app has enough data to deliver a set of nearby restaurants it believes you will like, based on your personal tastes and preferences.

The technology behind Ness is the key to the app’s functionality. Ness is powered by a proprietary technology called the Likeness Engine. It takes in information from a variety of sources, including Facebook, Foursquare, friend recommendations, restaurant popularity and personal tastes preferences to figure out whether you’re going to be interested in a restaurant on a scale of 0-100%.

Ness was developed over several years by a team backed by Khosla Ventures, Alsop Louie Partners, TomorrowVentures, Bullpen Capital and one of Palantir’s co-founders. The team utilized machine learning and natural language processing technology to create a recommendation engine that could cut through the noise of sifting through search results.

The app has come a long way since its previous incarnation (an app called Trumpet). We’ve played around with this app, and we’ve been impressed by the results so far. We’ve also heard stories of the technology being able to figure out your musical tastes just by looking at information in your Facebook profile.

If Ness can nail down restaurant recommendations, it has the opportunity to become a new type of mobile search engine that can be used for almost any decision.

Via Mashable: http://www.mashable.com

Valve Interactive
An online marketing and design agency in Portland Oregon