UAVs designed for military use are obviously expensive, but you still wouldn’t want to break even the more affordable recreational variants like the AR.Drone. That’s why Dr. Paul Pounds and his team of roboticists at The University of Queensland are looking into creating disposable drones. One of their prototypes certainly looks the part: it’s shaped like a paper airplane.
The roboticists’ main reason for researching disposable drones is to help monitor forest fires, that’s why they designed the Polyplane to be cheap, easy to build and operate and also biodegradable. I guess the idea is for firefighters and rescuers to be fine with losing a plane or five so they can focus on looking for people in need.
The Polyplane is made from a cellulose sheet that’s been printed with electronic circuits. It’s then cured and sintered, turning it into a flexible circuit board. Like paper planes, the Polyplane can’t propel itself, but it does have elevons that it can use to steer. Head to Gizmag to see the researcher’s other prototype, a drone shaped like a maple seed.
[via Gizmag & Emergent Futures]
Giving A Hand To Clean Air
Posted in: Today's ChiliBetween carbon dioxide, dust, and sulfur dioxide, the air around us can get pretty polluted. In New York we emit as much as 149,000 metric tons of carbon dioxide in a day. What about dust? We know there’s a lot of that too. What about sulfur dioxide, well there’s about 60,000 tons of that a year in New York.
Robot to Do Magic
Posted in: Today's ChiliA robot, dubbed Baxter, is
currently in training to work as an illusionist under the training of
Marco Tempest, a magician of some note. Baxter is able to learn a simple task in about 30
minutes, and he is currently in training with the magician to act as his
assistant. Though who knows, the robot may just show up in some nifty
tricks when all is said and done.
If you find yourself out of the house while traveling, at work or on vacation, home security is definitely a concern for most of us. While there are many solutions on the market today, most of them are expensive, difficult to install or just downright useless due to false alarms.
Now, a new startup called Canary is about to launch what could revolutionize the home security business, with a new device that’s a complete, affordable home monitoring system in a soda-can sized package.
Canary CEO Adam Sager describes the device as the “first smart home security device for everyone.” Setup takes just about 30 seconds – all you need to do is place it in a common area in your home (i.e. the living room, dining room or foyer) plug it in and connect it to your network. From that point on, you’ll be able to monitor your home from anywhere you have connectivity on your mobile device.
Sager has a background in large-scale corporate security, and realized that he had no such monitoring in his own home. When looking at the market he realised that most of the solutions out there are costly, and usually involve complex installations. And if you’re a renter, you really don’t have a good option at all. This inspired him to create a product which is accessible to everyone, from a technological, usability and cost perspective.
The Canary measures just 6-inches tall by 3-inches in diameter, and combines a HD video camera (with night vision) and sensors which can monitor movement, sound, vibration, temperature, humidity and air quality. This package of information empowers you to monitor just about everything you’d ever want about your home environment remotely. The device captures data and streams it to the “cloud” where a companion mobile app can receive alerts and track information remotely. All data is stored with financial-grade encryption, which should allay fears about privacy and security of your information.
Sophisticated algorithms help Canary to learn about your environment, so it can gradually understand what is normal or unusual activity. It even uses pattern recognition technology to help discern the difference between your cat moving around the room and a cat burglar to decrease false alarms.
The mobile app provides information in easy-to-understand plain English, and can not only show status information, but can send emergency alerts, and display trend reports for key data points (like temperature and humidity). When an alert is triggered, you can choose to trigger the Canary’s built-in siren, or contact the appropriate authorities to let them know about a break-in or other problem.
Of course, you don’t just have to use Canary when there’s an emergency. The company envisions owners using the device to remotely monitor kids, pets and the elderly, thanks to its built in camera, microphone and speaker.
Since I live in a larger home, I had some concerns about the ability for a single Canary to monitor the whole environment. Thankfully, the application will support multiple devices, so I’d recommend putting one on each floor of your house if you live in a multi-floor dwelling.
Best of all, The Canary is moderately priced. The device will retail for just $199(USD), but early birds who help fund the production through Canary’s Indiegogo campaign will be able to score one for as little as $169. The project kicks off this morning, so you’ll want to move quick if you want to get in on the earliest batch, which they hope to ship in Q1 2014.
DIY Arduino Cell Phone: aPhone Uno
Posted in: Today's ChiliIt’s really amazing how today’s technology enables us to build complex gadgets on our own. Just take a look at Instructables member Ye Xiaobo’s fully functioning cell phone. It can send and receive phone calls and text messages, and it even has a touchscreen. How it looks – and costs – is another thing altogether.
The phone is based on the Arduino Uno. It has a 2.8″ TFT Touch Shield for a screen, a GPRS Shield to connect to GSM and GPRS networks, a rechargeable Li-ion battery and a 3D printed housing.
Put your MacGyver jacket on and head to Instructables to find out how to make your own cell phone. Xiaobo also put together a one-stop parts list on Seeed. Here’s the funny part: the phone will cost you $173.10 (USD) to build, excluding the cost of printing the housing. Oh, and then you need to pay for phone service.
[via Hack A Day]
Nike Flyknit Free & Free Hyperfeel Knitted Shoes: Running Shoes That Fit Like a Sock
Posted in: Today's ChiliWhen Nike first introduced Flyknit technology, it was pretty amazing. The shoes that featured this tech were super comfortable, and extremely light thanks to the single thread that was knitted to make their shells. Now Nike has introduced Flyknit versions of their Free line of shoes that are made for barefoot runners.
The Free Flyknit combines the Free and Flyknit technologies into one shoe. The loosely-woven upper is stretchy enough to feel like a sock, but its more densely woven base hugs your feet. The Free 5.0 midsole provides enough cushioning to help soften the blows of running barefoot. The Nike Free Hyperfeel is even more streamlined and also features Flyknit technology. It’s got less cushioning than the rest of the Flyknit range. The rubber outsole is only 0.7mm thick. A size 10 shoe only weighs 180g. The insole is made from Lunarlon. The shoe is designed for runners that want a barefoot sensation and it’s very minimal.
The Nike Free Flyknit will sell for $160(USD) and the Free Hyperfeel will retail for $175. They will be available in a number of different colors. The Free Flyknit launches on 8/1/13 and the Free Hyperfeel launches on 9/5/13.
[via Nike]
We’ve already seen a couple of 3D printed headphones, but they were mostly proofs of concept, not for daily use. Designer Julian Goulding hopes to incorporate the revolutionary technology into consumer-grade earphones with his Accord concept.
In theory, the Accord headphones present a variety of advantages. The first one is personalization. You can either go to a professional audiologist make molds of your ears or get a DIY molding kit from Goulding. Either way, you’ll send your molds to Goulding’s company to be scanned and turned into 3D files. This ensures that your earphones will fit snugly in your ears. They’ll also keep your files so you can order replacement parts in the future.
Another benefit of Accord’s 3D printing process is that they’re more sustainable: the earphones are printed on demand and not mass-produced. But as some you may know, custom and made-to-order earphones are nothing new. Companies like Ultimate Ears have been offering the service for years now. The problem with these existing personalized earphones is that they’re very expensive.
The picture above shows a mockup of the Android app for Accord. You can download a test version of the app here. The app lets you order your custom earphones and will let you choose its material and color, as well as track your order when it’s shipped. I wouldn’t be surprised if the price shown above is just a placeholder, but I’d even be more surprised if Accord earphones end up costing as much as its high-end counterparts. Besides, the fact that you can choose the material means you have some control over how expensive your order will be.
Goulding also mentioned on his website that the Accord can be localized by 3D printing firms to further drive down its printing costs. I wonder if that means you can specify a 3D printing shop near your location, or perhaps even let you print the Accord if you have your own 3D printer.
They actually look decent; now all we need to know is how they sound. Head to Goulding’s website to see a few more images of the Accord.
[via Damn Geeky]
Intoxication affects individuals differently. Some people can hold their alcohol better than others. However, on the issue of legality, differentiating states of intoxication is not done by how a person feels. There is a legal standard to determine that and breaching that threshold is grounds for serious legal consequences.
Truly Mobile – Portable Solar Power
Posted in: Today's ChiliEnergy is a case of “water, water everywhere, not a drop to drink.” The sun light that is all around us is energy in its purest form, yet we go about stumbling on archaic technologies that use fuels with dirty and polluting byproducts. Until now. The folks at Waka Waka Power decided to tap in to the sun’s rays during daylight hours and extract the energy we need to power some of our most common mobile devices. For once, we do not need to go hunting for a socket somewhere just so we can plug in our “mobile” device.