Goosinator Scares Pooping Geese Away

goosinator Goosinator Scares Pooping Geese AwayWe all know about the Terminator movie series, but if you were a goose, surely you will hear of the Goosinator robot soon. No, this is not one robot that eliminates geese for fun, but rather, the Goosinator is a bright orange colored robot that is being tested at the moment to ensure that geese do not loaf around the same place for too long a time. Basically, a single goose is capable of dropping a minimum of one pound of poop each day, and when you multiply that by flock after flock, and it would have turned out to be a gross and expensive problem.

Normally, dogs were used to discourage the geese, but these is an expensive solution that amounts up to $500 a day, so this is where the Goosinator comes in handy. Basically, the Goosinator is a remote-controlled, battery-powered robot which is made from orange foam, and has been painted to resemble a devilish, grinning beast, ambling along at up to 25 miles per hour. This is definitely a humane manner of returning wildlife back to the wild, and each Goosinator costs around $3,000 each.

By Ubergizmo. Related articles: i-Transport Robot Wheelchair Lets Rider Stand At Full Height, Astroboy (Roboy) A Future Possibility?,

Secom offers a private security drone, serves as our eyes when we’re away

Secom offers a private security drone, serves as our eyes away from the office

Modern security cameras are rather limited: if an incident doesn’t happen within a pre-defined field of vision, a company won’t know what’s happening until it’s too late. Secom is giving anxious offices a rare solution in what’s supposedly the first airborne drone for private security. Its customized Ascending Technologies quadrotor can take to the air if there’s a break-in and record what’s happening, even in areas that would normally represent blind spots. The automaton can also track moving subjects with a laser sensor and knows enough to keep its distance. Japanese firms wanting Secom’s robot sentry will have to wait until after April 2014, when they can rent one at about ¥5,000 ($58) per month; the investment could be worthwhile just to freak out a few would-be burglars.

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Via: Phys.org

Source: Secom (translated)

Secom flying surveillance robots offers peace of mind

Secom has come up with an autonomous flying surveillance robot that, when working in a pack or in tandem with one another, would be able to deliver added peace of mind. Considering how the world has turned out to be a more and more dangerous place by the day, it makes perfect sense to enlist whatever kind of help possible to help you in securing your property or area where you live. Just how does Secom’s autonomous flying surveillance robots work? For instance, whenever there is an unauthorized person or vehicle that enters a parking lot of commercial facilities, manufacturing plant, site of a storehouse, or other sites where it patrols, the robot will approach said person or vehicle, followed by snapping photos of it. This would come in handy for security forces to track a suspicious looking vehicle, as well as operate in areas where there are no surveillance cameras or cameras which are too far away to capture a decent shot or video recording.

Of course, it does make one wonder whether someone with malicious intent would just shoot down these robots, and will the robot be smart enough to perform evasive maneuvers? Perhaps, or I might just be getting my imagination ahead of me. Still, this would greatly assist security forces around buildings to perform a more thorough check and patrol of the area for sure, and assuming Secom’s flying robots go about their business quietly, these mechanical automatons might just be stealthy enough to capture a robbery in progress.

The robot will carry a laser sensor, camera, communication device, computer, and LED lamps among others, measuring around 80cm in diameter while tipping the scale at 1.6kg. It has a battery reserve that allows it to fly non-stop for approximately 15 minutes, and we do wonder what kind of CMOS sensor this bad boy to carry, as not all places it is going to patrol will be well lighted, and is there a flash function built-in?

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[ Secom flying surveillance robots offers peace of mind copyright by Coolest Gadgets ]

NCKU’s i-Transport robot wheelchair helps riders reach full height

NCKU's iTransport robot wheelchair helps riders reach loftier heights

Those who have to use a wheelchair are often bound to the elevation of the seat if they want to reach something, which isn’t fair when some parts of our world are still built for standing height. Taiwan’s National Cheng Kung University is redressing that imbalance with the i-Transport. Its robotic vehicle can raise the driver to an upright level and shift them into a better position to grab objects that wouldn’t otherwise be at arm’s length. The added independence doesn’t stop with the assistance, either, as the i-Transport carries its own blood pressure and breathing monitors to keep checkups to a minimum. NCKU hasn’t said how likely it is that we’ll see the robot enter mass production, but we hope it forges ahead — the potential freedom would be worth the effort.

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Source: NCKU

Astroboy (Roboy) A Future Possibility?

swiss robot Astroboy (Roboy) A Future Possibility?Humanity is still very far from coming up with a robot that is so intelligent, it could function in the same way that we see C3-PO and Sonny (from I, Robot fame) interact. Well, this does not mean that we are not going to try (and hopefully, not die trying). A team from Switzerland has taken it up upon themselves to create a humanoid looking robot that intends to come in the form of a realistic robot boy. Known as Roboy, it was developed by the Artificial Intelligence Laboratory of the University of Zurich, and comes across as a tendon-driven humanoid robot which will share a similar physical size as that of a human four year old.

Roboy is unique as it will focus closely on replicating the functions of human tendons, joints, bones, and muscles. Being in the construction phase, the group of researchers behind Roboy intend to raise funds enough to kick start Roboy’s production, and they intend to do so by taking the age old route of advertising, that is, selling logo space on its body. Roboy is tipped to be completed by the time March 2013 rolls around – you down to purchase one if you can afford it?

By Ubergizmo. Related articles: Beam Telepresence Robot, Man Vs. Machine In Rock ‘Em Sock ‘Em Robots Cage Match,

Beam Telepresence Robot

telepresence Beam Telepresence RobotTelepresence robots are not exactly the newest things on the block, but they sure as heck have quite a role to play in the future. After all, when you are unable to come to work because you have caught a highly contagious disease such as the flu, and yet are still feeling well enough to hammer out some reports, why not work from home and have that telepresence robot represent you at the office? Beam, a 5-foot tall robot, comes with a rather large video display that functions as its “head”, displaying your face there for all and sundry to see (and talk to, of course), letting you be “there” at the office with your physical presence being somewhere else.

Needless to say, your interactions and movements are restricted by what the Beam telepresence robot is capable of, but at least this is a start. Beam hails from Suitable Technologies, is just one of the many telepresence robots that are available in the market at this point in time. If you were the boss, would you be willing to fork out $16,000 for this puppy? One thing’s for sure, if you work remotely via Beam, no one can accuse you of letting that fart rip any more.

By Ubergizmo. Related articles: Astroboy (Roboy) A Future Possibility?, Man Vs. Machine In Rock ‘Em Sock ‘Em Robots Cage Match,

Swimming robot arrives at Australia, breaks record in the process

Having a human swim across an expanse of water like the English Channel is surely an achievement not to be trifled with, but rather, to be celebrated by the rest of the world, but do we do the same when it comes to robots? After all, robots do not have emotions, and they certainly are not out to chase records and all. The thing is, behind each robot is a human (at least that is the way things are at the moment, not until the robot apocalypse happens ala Terminator and we see robots start to make robots…), and certainly the human behind the robot’s conception and creation must be pretty darn proud if said robot was able to perform amazing tasks. Case in point, this particular self-controlled swimming robot which actually completed a journey from San Francisco all the way to Australia, covering a record-breaking 9,000 nautical miles (that would be 16,668km just in case you were wondering), a trip that required the PacX Wave Glider to spend more than a year in water to achieve.

Liquid Robotics is the US-based company behind the project, where the PacX Wave Glider’s main role is to collect data concerning the Pacific Ocean’s temperature, salinity and ecosystem from the drone itself. The company claimed that the success with PacX Wave Glider’s Herculean attempt is proof that such technology could actually “survive the high seas”, in their own words.

With a name like Papa Mau, this robot takes on a far more personal character, where it was so named in honour of the late Micronesian navigator Pius “Mau” Piailug, whose claim to fame was his innate ability to look out for ways to navigate through the seas without the need for traditional equipment.

Liquid Robotics said, “During Papa Mau’s journey, [it] weathered gale-force storms, fended off sharks, spent more than 365 days at sea, skirted around the Great Barrier Reef, and finally battled and surfed the east Australian current to reach his final destination in Hervey Bay, near Bundaberg, Queensland.” What other record breaking feats from robots that you would like to see?

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[ Swimming robot arrives at Australia, breaks record in the process copyright by Coolest Gadgets ]

Navy to retire its mine hunting dolphins by 2017

The United States Navy has been using specially trained dolphins for a number of years to find mines in waterways around the world. Currently the Navy has 24 specially trained dolphins that can find them more and Navy personnel of mines. The Navy has 80 dolphins in total within its $24 million Marine mammal program.

The Navy has announced that it plans to begin replacing the dolphins with unmanned underwater vehicles starting in 2017. The dolphins use their unique echolocation capabilities to find underwater mines and warn personnel so the mines can be avoided or removed. The unmanned underwater vehicles that will place the dolphins will use a broadband sonar system to perform the same task.

The robotic underwater vehicles will use low-frequency broadband sonar to perform a similar task at a greater distance and for longer duration. The unmanned underwater vehicles will also be able to operate without the need for manned support boats or surface-based assistance that the Dolphins require.

The Navy likens its dolphin mine hunting program to programs that use dogs to detect bombs and drugs in airports and other locations around the world. The dolphins in the Navy’s program will be reassigned for other tasks. What exactly those tasks will be is unknown at this time.

[viaPCMag]


Navy to retire its mine hunting dolphins by 2017 is written by Shane McGlaun & originally posted on SlashGear.
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Dad Builds Quadcopter to Walk His Son to the Bus Stop

Some of you will think this guy is the best dad ever, while others will think he is lazy. Personally I think he’s pretty awesome. Paul Wallich has entrusted a quadcopter to walk his son to the bus stop.
Guy Builds Quadcopter to Walk His Kid to the Bus Stop
The quadcopter was keyed in to track a GPS beacon in his son’s backpack. This is high-tech parenting at its best. This flying drone can follow his child from a set distance and make sure the kid stays safe and out of trouble, while pop watches the remote video camera from the comfort of his computer screen.

Getting this device to follow his kid was the tricky part. An RFID solution would have required a bulkier antenna than the craft could really carry. So he used a navigation program that keeps the copter a set distance away from the GPS beacon it is following. This kid is hopefully pretty popular right now thanks to his dad’s inventiveness.

Now he just needs to rig it to fire projectiles at any bullies his son encounters on the way to school.

[via iEEE Spectrum via Geekosystem]


Real Life Transformers On The Way?

It seems that a bunch of scientists over at MIT’s Center for Bits and Atoms has managed to come up with a new generation robot which could prove to be a precursor to the fantasy organic robotic lifeforms that we have all come to know and love as the Transformers. Toy robots that were able to fold itself into different configurations are not rare at all, but actual robots which are able to do so? Well, lab director Neil Gershenfeld, visiting scientist Ara Knaian, and graduate student Kenneth Cheung, have come up with what they call the Milli-Motein, a reconfigurable robot which has been specially programmed to fold itself into a number of different shapes.

Once the robot shifted into a new shape, it is capable of retaining that particular shape, even though there is no more power supply. This is made possible thanks to an electro-permanent motor. According to Gershenfeld, “[The Milli-Motein is] effectively a one-dimensional robot that can be made in a continuous strip, without conventionally moving parts, and then folded into arbitrary shapes.”

It will still take a long time, even if a Transformers-like robot were to be possible, to arrive. I guess we will have to make do at the moment with the Milli-Motein.

By Ubergizmo. Related articles: HyTAQ Flying Robot, Toshiba Robot Relishes In Nuclear Emergencies,