GPS Hackers Blaze Own Trails With Crowdsourced Maps

garmin-osm

Last month, when Zack Ajmal was planning a vacation to Italy, he set out to find the first thing that a traveler would need in a foreign land: a map. But digital maps of Rome and Venice for his Garmin GPS device cost almost $100. So instead, Ajmal turned to OpenStreetMap, a community-driven maps database.

“It worked out pretty well,” the Atlanta-based engineer says. “I found Open MTB, which had outdoor hiking and cycling maps with not just roads information, but also trails, short cuts and little known routes.”

Ajmal is among roughly half a million users who are eschewing proprietary maps information from GPS companies and instead going with crowdsourced versions, which they then load onto their GPS devices and smartphones.

The key to these map hacks is OpenStreetMap. Founded in 2004, OSM is to maps what Wikipedia is to encyclopedias. The site offers maps that can be edited, customized and loaded on to devices for free. Want to go whitewater rafting but need to know where the rapids are? There’s a map for that. Or to know all the interesting points along the river Nile? There’s a map for that. And it’s all based on the OpenStreetMap data.

“The value is that it is richer map with more up-to-date information because anyone can fix things,” says Steve Coast,  founder of OpenStreetMap. “Users get access to the underlying data and not just a picture of the maps.”

Consumer map data is currently a duopoly split between two mapping providers: Nokia’s Navteq and TomTom’s Tele Atlas. The two provide the mapping data that powers almost all commercial map applications and devices. But maps from these providers are extremely restrictive in how they can be used. Want a map of the best hiking trails in the country or a walking tour of Rome? Traditional GPS services can’t offer that. For adventurous geeks that calls for a DIY fix.

“OSM maps are a little new on the scene,” says Rich Owings, who runs the GPStracklog.com website and is the author of the book GPS Mapping. “Most people in the U.S. were not using them until recently, but now there are iPhone apps based on it.”

Getting OpenStreetMap is easier on some devices than others. In Garmin systems, it’s as simple as taking one of the available maps and dropping it into a folder on the device.

DIY Map Hacking

Contribute: A beginners guide to mapping in OpenStreetMap

Get it for Garmin: A guide to getting OpenStreetMap on your Garmin GPS system. Includes instruction on downloading existing maps and creating your own.

OpenStreetMap Project for TomTom: TomTom’s proprietary file format makes it difficult to get open maps on the device. But a wiki suggests a fix for OpenStreetMap and TomTom.

Other OpenStreetMap projects: A complete list of OSM projects by country and special projects like mapping the Nile are available.

“It’s really hard to mess up your GPS doing this,” says Owings. “And if you have questions you can always ask the community to help you out.” Owings says he loaded maps of Ecuador on his Garmin unit in about 30 minutes. “It’s not as clean of a map as one you can get from the Garmin store but they are pretty wonderful and have very good coverage.”

For TomTom systems, getting OpenStreetMap can be a more difficult process. TomTom uses a proprietary mapping format, says Coast. That means a tricky process of converting OpenStreetMap into a TomTom-compatible format.

OpenStreetMap has also been used to create iPhone apps such as MotionX, which is targeted at hikers, skiers and bikers; B.iCycle, a cyclometer that shows burned calories, trip distance and trails; and ATM@UK, which shows all ATM locations in Great Britain.

The OpenStreetMap project is a cartographer’s dream come true, says Randal Hale, who has a GIS consulting business. Hale has created custom maps for a few clients using OpenStreetMap and has put OSM-generated maps on his Garmin unit.

“With the professional mapping software, I have to purchase a license to use their version, which is expensive and I can’t use the data for analysis,” says Hale. “With OpenStreetMap, I download it, make cartographic edits and hopefully I have made it better for the next user.”

Meanwhile, traditional navigation companies are also reaching out to users for help on data. For instance, Nokia kicked off a pilot project at the University of California at Berkeley to collect traffic information through GPS-enabled cellphones. Users could download the software for free and use it to check on road conditions on their phones. At the same time, the software would report data about its users’ positions to a central database, enabling the researchers to assemble traffic data in real time. Google has also said it will add nationwide real-time traffic data to its maps by collecting anonymous location data from Google Maps users.

Still, community-created maps and navigation information remains a small niche, appealing only to “GPS techies” who are willing to take risks, says Owings. “There’s not a lot of public awareness because many people don’t even know they can do this with their Garmin or cellphone,” he says.

But if you are planning to go to Berlin later this year, take a look at the OpenStreetMap site. Germany is expected to become the first country in the site’s database to be fully mapped by contributors.

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Photo: Garmin GPS showing an OSM cycle map (Pete Reed/Flickr)


DVD Lens Makes Great Cellphone Macro Hack

macro-cellcam

Cellphone cameras are almost universal awful, but that shouldn’t stop you having some fun with them (and we don’t mean the kind of “fun” found on the Tokyo subway).

This splendid hack takes the lens out of a DVD player and turns your phone-cam into a macro phone-cam. First, dissect your DVD player and remove the lens. It’s designed to focus a laser, close-up to the disk, and it does a fine job with visible light, too. Step two: stick it in front of the camera lens and shoot. That’s it, although how quick and dirty you get is up to you: the article at DIY Photography suggests gaffer tape for a proper ghetto version, or a card frame for an easier-to-remove mod.

Either way, this is a great use for a dead drive, and easy, too. Just unplug the DVD player from the power first.

Super Macro Your Cellphone Camera With A DVD Lens [DIY Photography]


Hacker Replaces MacBook Optical Drive With Speedy SSD

ssd hack

Hacker and speed-freak Reid coudn’t decide between upgrading his MacBook’s hard drive to a faster 7200 rpm model or going all out for a faster, albeit smaller, SSD drive. So he did both.

Tossing the optical drive left a big gap inside the Mac, with a SATA cable dangling into it, ready to be hooked up. There was, though, one problem: Apple’s optical drives don’t use a standard SATA plug, so he had to fashion a home-made solution from two store-bought adapters.

The result is a blistering-fast 80GB SSD boot drive, which Reid says runs seven times faster than his already speedy 7200 rpm HDD. Not bad, and he’s thinking of selling the home-brew adapters for around $30 apiece. Just remember, this will void your warranty. It’ll also confuse the hell out of anyone borrowing your MacBook to watch a DVD.

Project Page [Things That Made Me Go WTF? via Hack a Day]


Useless Car Cassette Deck Makes Perfect iPhone Holder

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When he’s not supping a “subway-beer” on his way home from work, Wired’s New York Bureau Chief John C Abell cruises to and from the Home Depot in a stylish 2002 Saab 95 Aero Wagon. The vintage of his ride is apparent in the vestigial cassette deck, a useless hole that gapes from the center-console like the Joker’s snickering grimace, taunting J Abell and reminding him, time and again, that the car has only one cup holder, and nowhere to stick an iPod other than the crappy sticky pads on the dash which “don’t work for shit.”

Until this weekend, when John got his sweet revenge on the Swedish därför and its mocking abyss. Triumphant twittering ensued:

johncabell @mistercharlie Just discovered that the cassette player in the car is a perfect iPhone holder.

mistercharlie @johncabell Send photos and I shall make us both famous.

johncabell @mistercharlie You shall have them, sir!

And here they are (with more below). It turns out that the cassette deck is the perfect home for an iPhone. There are other places around the cockpit where one could be more snugly stashed, but there is either no room for a cable, or the cables end up strewn across the dash. And once it’s in there, it’s in there: John has a GPS unit with Bluetooth for hands-free calling.

We have one question. What took you so long? When I see a hole, I stick something in (when I was a toddler I “fixed” an old TV with a teaspoon, according to my parents). Maybe Mr. Abell should lay off the martinis before climbing onto the car?


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(Almost) 1001 Uses for Old Inner Tubes

rubber-tubes

Don’t throw away your old bike inner tubes: Use them to make something instead. Old, punctured rubber tubes are the secret MacGyver tool lurking in almost everybody’s tool box, and here at the Lab we use them for all kinds of things, including iPod Nano cases and non slip shims for putting bells on bikes.

Over at Instructables, Tommi Potx has taken things even further with a long list of inner-tube hacks in a how-to entitled “Several of 1000 Uses for Old Bicycle Tubes”. Some of them involve his bike, but many are remarkably innovative and have nothing to do with cycling. Our favorites are the Laptop Key (a small square of tube bent into places fills the gap left by a lost key-cap), the Gun Grip (what it says) and the Friction Provider, a grippy-coating for a Zippo lighter to keep it in your pocket, proving that you don’t have to be a health-hippy to ride a bike.

As you may have guessed, Tommi is a former military man, and some of his hacks are rather army-centric (a dog-tag silencer, for instance). But while you might not need everything on his list, it should at least inspire you the next time you’re thinking of spending money at the hardware store. Just stop and think: Can you make it yourself.

Several of 1000 Uses for Old Bicycle Tubes [Instructables]

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How to Make Your Gadgets Drop- and Water-Resistant

rugged-laptopRugged gadgets can withstand drops, shocks, vibrations and coffee spills — but they’ll do serious damage to your wallet. Why not buy a regular device and ruggedize it yourself?

Two editors at Popular Mechanics did just that, taking a DIY approach to protecting a phone, a point-and-shoot camera, and a notebook. The results are impressive, if ugly.

Phones are easy to protect. Wrap the edges with a bumper made of rubber bands and tuck the whole inside a vacuum-sealed bag, being careful not to overdo the vacuum or it will push all the buttons down. Or, just put your phone inside a Ziploc baggy.

Cameras are a little trickier. Foam tape and weatherstripping protects the body, but the lens housing the Popular Mechanics editors built out of PVC pipe and a UV filter didn’t prevent the lens from getting knocked askew. A plastic zip-lock does a good job of waterproofing the camera, though.

Laptops can be ruggedized with lots of duct tape, tennis balls and pipe insulation. The resulting monstrosity is both ugly and bulky, but it survived an impressive 8-foot drop. For coffee-proofing (thanks to the need for air vents, a notebook can’t be made truly dunkable), the editors cut a sheet of polyethylene to protect the keyboard and trackpad. You can also buy silicone keyboard covers for many notebook models.

The story has more details, plus a video showing the editors testing their newly-ruggedized notebook.

How to Ruggedize Your Own Gadgets [Popular Mechanics]

Photo: Popular Mechanics editors testing the resilience of their ruggedized Dell.

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‘Bum Bot’ Robot Plays Sheriff on the Streets of Atlanta

bumbot

Could Bum bot, a homemade robot that acts as a private security guard, be the future of neighborhood watch?

Atlanta, Georgia’s mayoral candidate Rufus Terrill created the remote-controlled robot with three wheels to watch the lot around his pub O’Terrills. The robot has a live video feed, a communications system so it can blare out commands and infrared cameras on it.

“A home alarm loudspeaker attached to a walkie-talkie gives it a voice. Its head is a former home meat-smoker. The red lights are from a 1997 Chevrolet, and it’s powered by four car batteries,” says this article in USA Today about the Bum Bot.

“If people are trying to break into cars, you can put it on video, call the police and give them a tape on it,” says Terrill who thinks the Bum Bot can be deployed in greater numbers on the streets of the city.

The Bum Bot has been at work for nearly a year now and has become an important part of Terrill’s political campaign.

Check out the video of the Bum Bot at work.

[via Buzzfeed]


Homebrew Robot Raises Hand to Call Attention to Tweets

little_ken

If you are struggling to keep up with all the twitter updates from your friends, there’s a little robot that can help you out.

The ‘Guardian Robot’ is an adorable machine that monitors your twitter feed for “happy” or “sad” updates from friends and then alerts you of the tweets by either raising its hand for a high-five or lowering its head, reports U.K. publication The Guardian. The robot that can sit on your desk will even tweet a reply on your behalf from its own twitter id @guardianrobot

The Guardian Robot is not as sophisticated as the Cybraphon, a musical band housed inside an antique wardrobe that we recently wrote about. The Cybraphon monitors its Facebook, Twitter and Flickr pages and plays music that reflects its online popularity at that moment.

But what makes the Guardian Robot interesting is how inexpensively it has been put together. It costs just over £60 ($70).  It uses two servos–one to rotate the arm and another to raise or lower its head– and two microswitches. The body of the robot has been created out of a discarded Nintendo Wii Sports Resort game box.

All of this is connected to an Arduino board that powers and controls the switches. The Arduino, an open source single board microcontroller, is connected to a desktop via a USB. The board connects to an application written in the open source programming language, Processing 1.0.

The app polls Twitter every minute for tweets that match a specified criteria. When it finds a matching tweet it classifies it as a “happy” or sad one and directs the robot to the appropriate response.

For more details on the robot works or to see its actual code, check out The Guardian

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Photo: Guardian Robot/The Guardian


Judge Dismisses Mac Cloner Psystar’s Bankruptcy

picture-4A judge has granted Mac cloner Psystar’s motion to dismiss its bankruptcy filing under the stipulation that the company could not file for bankruptcy again for six months, which would stall Apple’s lawsuit.

Psystar in May filed a voluntary petition for bankruptcy protection with the Florida courts. The move temporarily put Apple’s legal case on hold while the bankruptcy court began proceedings. Then Psystar moved to drop the bankruptcy saying it could not handle two cases simultaneously.

Judge William Alsup granted Psystar’s request to dismiss the bankruptcy filing under the condition that for a period of six months, the company could not file for bankruptcy a second time to continue to stall Apple’s lawsuit. (For a more detailed report written in legalese, see MacObserver’s article.)

Apple in July 2008 filed suit against Psystar alleging copyright, trademark and shrink-wrap license infringement — three months after Psystar opened its Mac clone business, selling a PC hacked to run Mac OS X Leopard.

Apple forbids its operating system to be installed on anything but Apple products. The corporation alleges Psystar is violating the Mac OS X end-user agreement, which states, “You agree not to install, use or run the Apple Software on any non-Apple-labeled computer, or to enable others to do so.” The corporation also alleges Psystar is committing copyright infringement by installing OS X on non-Apple hardware.

Psystar and Apple are scheduled for a Jan. 11. 2010 trial unless a settlement on summary judgment is reached before that date.

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Image: Psystar


3-D Printers Make Manufacturing Accessible

makerbot

3-D printers can take blobs of plastic and shape them into almost any object you desire. Now, thanks to open source hardware designs and enthusiastic do-it-yourselfers, these printers are increasingly popular and accessible. People are using them to fabricate iPod docks, plastic bracelets, hair clips and miniature teapots at home.

The latest is Makerbot, a 3-D printer that started shipping in April and has sold more than 200 machines.

“You put it together, and it makes things for you,” says Bre Pettis, co-founder of Makerbot. “Engineers, artists, architects and designers are getting [Makerbots] to turn the things of their imagination into real, physical objects.”

Makerbot also has a vibrant online community that is sharing designs and tips on how to churn out shiny little toys in just a few hours.

3-D printers can make it as easy to create small objects out of plastic as it is to print text on a sheet of paper. But until recently, they cost a few thousand dollars, putting them of the reach of crafting enthusiasts. Now a wave of open source desktop prototyping devices such as Makerbot and RepRap are trying to change that. They are fairly inexpensive and backed by a robust community that is happy to share designs, tips and mods. Hobbyists call it ‘having China on your desktop.’

Makerbot is available at store.makerbot.com. It costs $750 for the basic kit and includes, among other things, three NEMA 17 motors to drive the machine; nuts, bolts, bearings, belts and pulleys to assemble it; an electronics motherboard; and a pinch-wheel extruder to shape objects. But if you want all the tools, cables and the power supply, the deluxe kit comes for $950.

Hobbyists must first assemble the Makerbot from the kit. It doesn’t require much beyond a soldering iron and some basic skills, says Pettis.  Most of the electronic boards are pre-assembled and soldered, so users don’t have to do much beyond bolting the different parts together.

Once Makerbot is ready, it’s time to start printing. Users can feed in two kinds of plastics: ABS, the same material that Lego is made of, and HDPE, which is used in milk jugs. Based on the different open source designs available, they can create anything from plastic bracelets to salt and pepper shakers. Makerbot can create things up to 4 by 4 by 6 inches.

“We have a lot of users who come up with wacky items,” says Adam Mayer, a co-founder at Makerbot. “Someone printed a plug for his bath tub using the Makerbot.”

One of the first objects that Mayer created for his Makerbot machine was a ‘Utah teapot‘. The Utah teapot is a 3-D computer model of a teapot that is a standard reference object in the computer-graphics industry, explains Mayer.

“Whenever you have a computer-graphics textbook, there’s a Utah teapot in there,” says Mayer. “In movies, animators will sneak in a Utah-teapot image. I wanted to add a bottom to it and turn it into an object that can be printed off the Makerbot.”

Mayer’s Utah teapot design has been replicated by other Makerbot users.  Because the Makerbot is open source, many of the designs for the objects are available online, and users can download and modify them.

Pettis and his team have created Thingiverse, a site to share the digital designs for Makerbot-created objects. Some ideas there can border on the bizarre. A Creative Commons–licensed model of Walt Disney’s head was recently uploaded to Thingiverse, combined with a model of his brain. The result is a Disney head, ready to be printed out in plastic, and in all its 3-D glory.

Last weekend, Makerbot Cupcake CNC got its own store on Etsy, an eBay-like site for handcrafted objects. The store is the first Etsy shop for 3-D printed goods, and it will carry items such as a monogrammed iPod dock.

“We will have just bot-made items in there,” says Will Langford, 18, a Makerbot user and now an intern at the company. “And keeping in mind the sensibilities of Etsy users, we will have jewelery and artistic items whose prices will be based on how long it takes to print them off the machine.”

For instance, an iPod dock, which takes about 30 minutes to print, is priced at $32.

Langford, 18,  is one of the few users of the 3-D printers looking to take a shot at creating a business out of what has up to now been an extreme sport for hobbyists.  He isn’t counting on making big bucks from his Makerbot Etsy store. It’s a way to get cool-looking 3-D printer products out to a larger audience, he says.

Check out more photos of Makerbot creations below.

Adam Mayer used Makerbot to create this Utah teapot.

makerbot-utah-teapot

Will Langford’s iPod dock is available at the Makerbot Etsy store.

makerbot-ipod-dock1

The connectors on Will Langford’s wall clock were created using Makerbot.

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See Also:


Top photo: Makerbot (Bre Pettis/Flickr)

Bottom photos: Adam Mayer, Will Langford