Amphibious Aquapod might be the clumsiest robot ever (video)

It may look like nothing more than a random piece of seaside trash, but that ugly little creature you're staring at is actually known as Aquapod -- an amphibious robot that crawls around by falling over itself. Literally. Developed by researchers at the University of Minnesota's Center for Distributed Robotics, Aquapod uses two carbon fiber arms and a servo motor system to somersault itself around, like an inebriated horseshoe crab. It's certainly not the swiftest of bots, but this guy's durable enough to move across rough terrains and, per its nickname, is completely waterproof and in full control of its buoyancy. Creators Andrew Carlson and Nikos Papanikolopoulos say their $2,000 brainchild could one day be used to monitor fish populations and conduct underwater experiments -- or to simply scare the bejesus out of beach-going children. Video after the break.

io9

IEEE Spectrum

Climbing robot can scale walls on a supersonic stream of air, won't leave fingerprints behind

There are plenty of wall climbing robots roaming the Earth, but few can scale heights as gracefully as this little guy can. Developed by researchers at the University of Canterbury in New Zealand, this bot can wind its way across any glass, metal or cloth terrain, without even touching its pods to the surface. The secret lies in Bernoulli's Principle, which states that as the speed of a fluid increases, its pressure decreases. This phenomenon also applies to streams of air, which, when moving at high speeds around of a circular gripper, can create a vacuum strong enough to hold things without actually touching them. In this case, air shoots out of the robot's feet at more than 2,000 miles per hour, creating enough pressure to lift the craft, while holding it close to the wall. The technology isn't new, but rarely can it support the weight of an entire device -- let alone the extra cargo that this climber's non-contact adhesive pads can hold. Researchers say the supersonic grippers will be available in "some months" and will probably cost "a few hundred dollars." As for the bot itself, Canterbury's engineers envision it being used for industrial inspections -- though the more we think about it, the more we realize just how dirty our windows are. Video after the break.

DVice

IEEE Spectrum

ZMP RoboCar ditches driver, creates own map (video)

How does a self-driving car know where it's going? By using a map, of course -- preferably a self-generated one. In yet another video exemplifying breakneck golf-cart-like speeds, the ZMP RoboCar shows us that it doesn't need a driver to know where it's going. At least, not the second time it goes there. After a few minutes with a fleshy friend behind the wheel, the autonomous automobile can safely steer itself around curves, roundabouts, and fountains. It may not be able to keep pace with Google's tire-squealing, automated Prius, but at least we know it can see where it's going.

ZMP

Creepy new Air Force camera can identify and track you from far, far away

Sure you can do neat things like unlock your iPhone using facial recognition, but the Air Force has far grander visions for the tech. Specifically it wants a camera that can identify and track possible insurgents at a significant distance (though it's unclear how far we're talking about here) using only a few seconds of footage. It's turned to Photon-X Inc. to develop a sensor that combines spacial measurements, infrared and visible light to create a "bio-signature" that maps not only static facial features but muscle movements that are unique to each individual. The technology could also be used in targeting systems to identify enemy vehicles and integrated into robots to help them navigate and identify objects... or threatening meatbags. The Air Force even foresees law enforcement, banks, and private security firms using the cams to monitor customers and watch for suspicious activity. Similar tools have been created that use software to analyze video feeds, but they can't match the accuracy or range of this "behaviormetric" system. Normally, this is where we'd make some snide reference to Skynet or Big Brother but, honestly, we're too creeped out for jokes.

Wired

Photon-X, Department of Defense

Emoti-bots turn household objects into mopey machines (video)

Some emotional robots dip deep into the dark recesses of the uncanny valley, where our threshold for human mimicry resides. Emoti-bots on the other hand, manage to skip the creepy human-like pitfalls of other emo-machines, instead employing household objects to ape the most pathetic of human emotions -- specifically dejection and insecurity. Sure it sounds sad, but the mechanized furniture designed by a pair of MFA students is actually quite clever. Using a hacked Roomba and an Arduino, the duo created a chair that reacts to your touch, and wanders aimlessly once you're rump has disembarked. They've also employed Nitinol wires, a DC motor, and a proximity sensor to make a lamp that seems to tire with use. We prefer our lamps to look on the sunny side of life, but for those of you who like your fixtures forlorn, the Emoti-bots are now on display at Parsons in New York and can be found moping about in the video after the break.

Emoti-bots

Tenacious robot ashamed of creator's performance, shows mankind how it's done (video)

Looks like researchers have made another step towards taking Skynet live: giving robots the groundwork for gloating. A Swiss team of misguided geniuses have developed learning algorithms that allow robot-kind to learn from human mistakes. Earthlings guide the robot through a flawed attempt at completing a task, such as catapulting a ball into a paper basket; the machine then extrapolates its goal, what went wrong in the human-guided example, and how to succeed, via trial and error. Rather than presuming human demonstrations represent a job well done, this new algorithm assumes all human examples are failures, ultimately using their bad examples to help the 'bot one-up its creators. Thankfully, the new algorithm is only being used with a single hyper-learning appendage; heaven forbid it should ever learn how to use the robot-internet.

IEEE Spectrum EPFL (PDF)

BBC shows us what it's like to live with a bionic hand

We've posted a fair share on bionic limbs and their advancements over the years, but rarely have we had the chance to see a video of one in real world use, on a real person. The BBC has shared a video of a man named Patrick using his bionic arm, which -- long story short -- was partially the result of being electrocuted at work. This is his second one to date and specifically, it's a prototype Otto Bock mind-controlled prosthetic arm equipped with six nerve sensors that let him use the hand as if it were his own-- it supports pinching and gripping with the fingers as well as lateral and circular movement of the wrist. Although the footage is a mundane roll of various day to day tasks -- gripping a bottle to pour a glass of water for instance -- it's quite amazing to realize technology is helping him do things he'd otherwise be deprived of. We'd suggest checking it out at the BBC by clicking the source link below.

Slashdot

BBC

Google and iRobot team up to put Android apps on Ava telepresence bot

Remember that Ava telepresence bot that we were gaga over at CES? Well Google has decided to lend iRobot a hand in getting the tablet-topped automaton rolling with some Android apps. The two companies have teamed up to create Ava specific programs that can be run from an Android slate perched on the extending neck of this silicon-brained companion. Apparently any 'ol tablet will do, so you'll still be able to play Angry Birds, but where's the fun in that? The exciting stuff will be apps that can communicate with the robot and pass it directions, meaning we need to figure out what our new, mechanical best friends should do for us. We've already got plenty of options for killing and beer serving -- how about one that folds our laundry? Oh, wait. Well, we'll think of something. While we ponder you check out Ava's cameo at Google I/O and the PR after the break.

Pleo bares it all for FCC approval

Poor Pleo. Everyone fell in love with the little green dino at first sight, but no one actually bought the thing. Undaunted, the adorable fleshy robot made a triumphant return at this year's CES as Pleo RB (that's "Reborn"), with the help of adopted manufacturer Innvo Labs. The newly invigorated 'bot brings voice recognition, more sensors, and RFID-based command learning technology to the table. With all its new gear in place, Pleo was poked, prodded, and peeled by the FCC, revealing, among other things, that new RFID reader in its chin. The results are gruesome and not recommended for faint of heart robot dinosaur lovers. You've been warned.

Pleo Hits the FCC

FCC

Lingodroid robots develop their own language, quietly begin plotting against mankind

It's one thing for a robot to learn English, Japanese, or any other language that we humans have already mastered. It's quite another for a pair of bots to develop their own, entirely new lexicon, as these two apparently have. Created by Ruth Schulz and her team of researchers at the University of Queensland and Queensland University of Technology, each of these so-called Lingodroids constructed their special language after navigating their way through a labyrinthine space. As they wove around the maze, the Lingobots created spatial maps of their surroundings, with the help of on-board cameras, laser range finders and sonar equipment that helped them avoid walls. They also created words for each mapped location, using a database of syllables. With the mapping complete, the robots would reconvene and communicate their findings to each other, using mounted microphones and speakers. One bot, for example, would spit out a word it had created for the center of the maze ("jaya"), sending both of them off on a "race" to find that spot. If they ended up meeting at the center of the room, they would agree to call it "jaya." From there, they could tell each other about the area they'd just come from, thereby spawning new words for direction and distance, as well. Schulz is now looking to teach her bots how to express more complex ideas, though her work is likely to hit a roadblock once these two develop a phrase for "armed revolt."

IEEE Spectrum

Rescue robots map and explore dangerous buildings, prove there's no 'I' in 'team' (video)

We've seen robots do some pretty heroic things in our time, but engineers from Georgia Tech, the University of Pennsylvania and Cal Tech have now developed an entire fleet of autonomous rescue vehicles, capable of simultaneously mapping and exploring potentially dangerous buildings -- without allowing their egos to get in the way. Each wheeled bot measures just one square foot in size, carries a video camera capable of identifying doorways, and uses an on-board laser scanner to analyze walls. Once gathered, these data are processed using a technique known as simultaneous localization and mapping (SLAM), which allows each bot to create maps of both familiar and unknown environments, while constantly recording and reporting its current location (independently of GPS). And, perhaps best of all, these rescue Roombas are pretty team-oriented. Georgia Tech professor Henrik Christensen explains:

"There is no lead robot, yet each unit is capable of recruiting other units to make sure the entire area is explored. When the first robot comes to an intersection, it says to a second robot, 'I'm going to go to the left if you go to the right.'"

This egalitarian robot army is the spawn of a research initiative known as the Micro Autonomous Systems and Technology (MAST) Collaborative Technology Alliance Program, sponsored by the US Army Research Laboratory. The ultimate goal is to shrink the bots down even further and to expand their capabilities. Engineers have already begun integrating infrared sensors into their design and are even developing small radar modules capable of seeing through walls. Roll past the break for a video of the vehicles in action, along with full PR.

CNET Georgia Tech

Robot Headphone Splitter with a double jack for IPhone and IPod.

Robot Headphone Splitter, with a double jack for IPhone and IPod.
Sometimes, when you wish to listen to music with your friends, it could be useful to connect two pairs of headphones to the same IPhone/IPod. But every music player does offer the connection with a single jack. There are many adaptors, to solve this problem, and now it has been developed a variant. It’s a little robot, with the dimensions of a keychain, in whose eyes you can insert your headphones’s jacks. The head of this robot can be divided from the body, and (with the connector that will come out from the divided boby) become an adaptator to be linked to the music player. It has got a metallic colour, and will give to your keychain a more tech look. This nice and cheap little robot is available on www.fredflare.com at the price of $ 14