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Automatic waffle maker hits version 2.0
While it certainly looked about perfect to us, we know how picky engineering inventors can be, so it's not too surprising to see the folks behind the automatic waffle maker crank out a version 2.0. We can't be sure, but the video (shown after the jump) does seem to suggest that the newest iteration cooks up your breakfast without quite as much mess as the original, and the hardware behind the magic looks to have seen upgrades all around. Best of all, however, is the title splash screen that lets you know you're still looking at a beta creation, which ought to mean there's an even more sophisticated version around the bend. Bargain bin griddles, watch out.
LANdroids offer autonomous radio relay on the battlefield
DARPA's proposed LANdroids won't be the first installation to offer up expendable data gathering pawns on the battlefield, but these "intelligent, autonomous radio relay nodes" could be used to "establish and manage mesh networks in urban settings." Essentially, these critters would be cheaply produced and handed out en masse for warfighters to drop at random in order to create temporary and continually evolving network infrastructures that could lead to better communication over various occupied regions. It even sounds like these creatures will sport self-healing design cues, and while we're not sure if they'll be immune to imminent EMP blasts, we can already envision bored soldiers futilely hooking these things up to their PSPs and searching for an open game room. [Warning: PDF read link][Via El Reg]
UK inventor crafts remote controlled treasure hunting robot
Although John Corney's RC treasure hunter hasn't happened upon any $10 billion finds or unreleased iPhone knockoffs, the remote controlled truck has indeed scrounged up part of a Medieval Pilgrims badge which has now been donated to Warminster Library Museum. The off-roading machine is essentially a souped up metal detector on wheels (er, tracks) that has an on-board camera "to show its controller where it is going." The creator is already "qualified in remotely operated underwater vehicle (ROV) control," and has used his mountain climbing machine to land "hundreds" of old coins and medieval artifacts including a World War II medical badge. The project didn't come easy, however, as Mr. Corney has spent over seven years and £2,000 ($3,958) honing its skills, but apparently, he's hunting down VCs right now to help bring "Champion the Wonder Robot" to market.[Via Robot-Gossip]
DepthX robotic submarine maps world's deepest sinkhole
After the recent streak of robotic failures that we've seen, it's refreshing to see yet another success story come our way. Just as it did in February, the two-meter wide DepthX (Deep Phreatic Thermal Explorer) robotic submarine successfully mapped out a massive sinkhole in Mexico, but this time was quite a bit more rewarding. The cavern that it ventured into was the El Zacatón Cenote, which is better known as the world's deepest water-filled sinkhole, and the machine was able to delve some 270-meters down to "create the first map of the giant cavity." The hole itself is large enough to "swallow New York's Chrysler Building," and while the endeavor was indeed a success, researchers are hoping to get it back down there in the near future to better analyze a mysterious slope that it wasn't quite able to probe. Godspeed, DepthX.[Via Slashdot]
Nespresso Lattissima offers up one-touch cappuccinos and lattes
Stopping by your favorite java shop on the way to work each day can get relatively pricey (and frustrating if you simultaneously roll in with the other half of the city), and while the Nespresso Lattissima can't exactly read your mind, it apparently does one mean latte with just a single button press and a moment of your time. According to SingleServeCoffee, the stunning machine sports a "one touch fresh milk froth function" and also boasts an auto clean mode, detachable milk and water reservoirs, adjustable cup platform, and a twin pump heating system. Moreover, the device can reportedly crank out a cappuccino in "less than one minute," while a latte macchiato takes just 80 seconds. Slated to hit stores this fall, the mostly automated coffeemaker will come in a satin chrome flavor with integrated cup warmer for $799, while the less pricey red and black versions will save you a Benjamin at the expense of that built-in warming feature. Be sure to click through for a video that's so good, you can almost smell it.[Via SingleServeCoffee, thanks Jay]
Robotic submersibles take on fish-like sensing abilities
Controlling your fish remotely is one thing, but utilizing fish sense to dictate the actions of an uncrewed submersible is an entirely different animal. Malcolm MacIver and colleagues at Northwestern University have created an "artificial electric-field sensing system that could ultimately give robotic subs the same additional sensory capabilities" as found in weakly electric fish. These particular sea-dwellers have an uncanny ability to sense electric fields, and can also generate their own to "help navigate, identify objects, and even communicate with other fish." The newfangled "electro-location" system could allow underwater bots big and small to more accurately maneuver and collect data, particularly in situations where precise movements and recognition of surroundings is important. Even the creators admit that it'll be quite some time before man made sensors can come close to mimicking those found in nature, but judging by the videos seen in the read link, they're certainly riding the right wave.[Via NewScientistTech]
Autonomous, laser-guided turret takes aim
The homegrown home security options out there just keep getting sweeter and sweeter, as yet another go-getter has conjured up an autonomous turret to hold down the fort while the owners are away buying more capacitors and Fruit by the Foot. The programmable weapon relies on an 8 servo serial controller and a s666n High Torque servo motor, not to mention a good bit of programming to get things in working order. What started out as a curious ambition has now developed into quite a serious project, as the creator is hoping to "develop a weapons platform for the Defcon Bots competition," and judging by what we see here, things are lookin' up. The robotic sentry can apparently take out targets on its own or follow a simple laser to targets and fire away, but alas, what good would a made from scratch robotic piece of artillery be without a video to demonstrate? Click on through to see the firepower.
Autonomous glider robot safeguards whale pods
We've all heard the diehards claiming that the whales are the ones we should save, and thanks to an autonomous glider crafted by Webb Research, they're finally getting their wish. Recently, a trial was pursued in which a radio / satellite phone-equipped Slocum Glider was sent up to 200-meters beneath the depths in order to survey, pinpoint, and record location data for various whale pods swimming about. The device then surfaces and "phones home" the recently gathered information, which can then be disseminated out to ensure nearby vessels don't enter whale-packed territories. Jim Theriault of Defense Research and Development Canada, Dartmouth ran the experiment, and noted that this iteration of whale sensing and reporting improved on previous attempts by being uber-stealthy, featuring a remote data reporting system, and boasting a signal processor capable of tracking even the baleen whale's "lower-frequency call." Currently, the torpedo runs on batteries which last a month or so without needing a recharge, but future renditions are planned to scour the waters for "between five months and a year" by utilizing a special recharging gel. Look for these to hit your nearest ocean later this summer, and try not to be too alarmed when it surfaces beside your craft.[Via The Raw Feed]
SickSack robotic snake slithers through RoboCup
Although DARwin looked to be a fine effort from the US of A, Aske Olsson and Lars Pontoppidan's entry relied on a more down-low approach to taking care of business. Their SickSack robotic snake chose to crawl rather than run, but the uniqueness of the creature's movement most definitely deserve props. Gearing up a series of rollers to blast across the raceway isn't all that impressive, but the SickSack's use of passive wheels combined with mechanics that enabled lateral undulation made this thing about as beastly as a metal-clad bot can get. It also featured eight Futaba servos, a microcontroller, and a good bit of wiring and programming for its locomotion, and it (rightfully) took home the award for best design / effects at RoboCup 2007. Click on through for the creepy crawly videos.[Via Lars' Electric Endeavors]
Learning coffee machine on the horizon, could use GPS / RFID
Although a coffee machine that slowly but surely learns your daily preferences in regard to cups of java may sound outlandish, the already-created RFID-enabled refrigerator certainly brings things back into focus. A "provisional patent exploration into coffee machines that learn and react to their users" is underway in Lafayette, Indiana, as James Pappas is hoping to take ubiquitous computing to the next level on coffee makers of the future. While internet-connected and weather-displaying renditions are already on store shelves, Pappas is hoping to utilize some form of GPS / RFID technology to create a machine that learns and adapts to your coffee drinking ways so it can automatically have a white chocolate cappuccino ready and waiting each weekday (except Monday, which is your straight-up black coffee day, right?) without you having to touch a thing. Furthermore, he's hoping to take the idea to the mobile front, as he refers to a cellphone interface to dial-in your next request so that it's ready to go by the time you hit the kitchen. Still, it sounds like the invention is a few years off at best, but serious drinkers better hope this thing automatically alerts you when the beans are running low, too.[Image courtesy of CoffeeToThePeople]
University of Washington's Raven to try surgery in simulated spacecraft
If you thought ASTRO and NextSat were the only two autonomous robots frolicking around in testing environments, Raven would certainly beg to differ, as NASA has recently announced that the University of Washington's mobile surgical robot will soon be off to tackle surgical tasks whilst underwater. The 12th NASA Extreme Environment Mission Operations test will see the mechanical MD pick up the tools in a simulated spacecraft submerged near Key Largo, Florida, where the "mission will test current technology for sending remote-controlled surgical robotic systems into space." Thanks to a combination of wired and wireless networks, a trio of seasoned veterans back in Seattle will be dictating the movements remotely, as the bot attempts to "suture a piece of rubber and move blocks from one spindle to another." Interestingly, there was no word on whether Raven was scheduled to pick up the night shift at Seattle Grace upon its return from the depths.[Via MedLaunches]
FIRST Robotics champion crowned, Dean Kamen elated
Tossing up autonomous robots into the galaxy to perform a variety of prototypical tests is intriguing to say the least, but a trio of high-school teams were able to bring robotic competition a bit closer to home as they took home the gold in the highly-anticipated FIRST Robotics corrivalry. Cooked up by Dean Kamen (you know, the Segway inventor) in 1989, the challenge garnered entrants from a whopping 23 countries this year, and teammates from Bobcat Robotics from South Windsor, Connecticut, Highrollers from Las Vegas, Nevada, and Gompei and the HERD from Worcester, Massachusetts were able to craft the most dexterous and successful machine. Their creation reportedly excelled at "completing simple -- albeit goofy -- tasks such as shooting balls or stacking inner tubes," but we can already imagine the evil potential these innocent bots already posses. Apparently, "thousands of screaming high-school participants" were in attendance to witness the unveiling of a new champion, and if the popularity of this contest is any indication, we could be seeing these uber-intelligent, entirely autonomous robot armies being constructed an awful lot sooner than previously expected hoped.
Water reactive sheets could become critical part of MEMS
While we've seen mention (and patent applications) of origami-based gadgetry before, the latest gizmo to incorporate crafty folding also melds it with a water reactive plastic in order to create diminutive shapes that "could be used to make certain microscopic 3D structures in large quantities." Gurus from ESPCI and the Paris Institute of Technology have teamed up to concoct specialized plastic sheets which react in curious ways to wee water droplets, and while the process itself seems more interesting than useful, the bigger picture could enable this technology to become a staple of microelectromechanical systems used in printing heads and video displays. Interestingly enough, the scientists were even kind enough to create a time lapse video of the morphing process in action, so be sure to tag the links below if you're even remotely interested in seeing a two-dimensional triangle mystically convert into a pyramid.[Via NewScientistTech]
Guidelines for autonomous killbots proposed
Suggestions in regard to robotic rights seem to be flying off the shelves these days, but an engineer at the Naval Surface Warfare Centre has concocted an interesting set of guidelines catering to autonomous killbots of the future. Most likely, it's just a matter of time before machine-on-machine violence becomes commonplace, and John Canning's "Concept of Operations for Armed Autonomous Systems" outlines just how lethal robots should handle themselves when faced with potentially deadly conflicts. Interestingly, the document suggests the the bots should be allowed to make their own decisions when it comes to blasting or forgiving fellow robots, but before they pull the trigger on a human, it should request guidance from a flesh 'n blood friendly. Still, a definite loophole exists in the fact that these simple-minded killers could aim for a "human's weapon" without asking permission, and when his awful auto-aim programming leads to a costly casualty, it'll simply be deemed "collateral damage." Can't say we like the sound of that. [Warning: PDF read link] [Via El Reg]
Welcome Home, Pioneer keeps tumbleweed on its toes
For those living on the range in, say, Oklahoma, this one should hit pretty close to home, as the Welcome Home, Pioneer installation melds dynamic balancing with an American icon in a nifty DIY creation. The system utilizes a tilting platform constructed from "recycled bike drive trains, EMT conduit, and canvas" that is set into motion based on the commands given by an infrared security camera and integrated motors. Interestingly, the actual space and lighting requirements for the motion-sensing processes to function as designed are quite rigid, but if it's concocted correctly, it can "run unattended for an indefinite period of time."Click on to the read link below for a myriad of photographs and videos of the construction process, and of course, a videotaped demonstration of the tumblin' in action.[Via BoingBoing]
ASTRO satellite to autonomously move objects to NextSat
Don't say we didn't warn you, as just days after ASTRO and NextSat successfully completed an autonomous fuel transfer whilst orbiting, the thoughtful duo is already looking forward to the next big challenge. As Scenario 0 operation trials continue, the ASTRO satellite will utilize its "ten-foot-long robotic arm to move objects to NextSat," the first of which will purportedly be a "spare battery transfer" that will be "snatched from ASTRO and plugged into NextSat." Reportedly, this very battery will be the focal point of a number of future handoffs, and a "secondary sensor processing computer" will eventually be offloaded to NextSat as well if the arm cooperates. Of course, these relatively minor exchanges don't mark the end of the work week for these two, as a number of future scenarios look to provide increasingly difficult challenges for "mating" the two machines. Hey, we've already got robotic rights in the works, so we're looking that way for guidance about handling these newfangled (and slightly awkward) mechanical relationships, cool? [Via Slashdot]
ASTRO satellite hooks spacecraft up with fuel whilst orbiting
Launching a few birds into space is quite a feat in its own right, but pumping hydrazine fuel into an orbiting counterpart autonomously is really something to be proud of. Just about a month after launching the two unmanned crafts into space, the ASTRO satellite "successfully pumped vital hydrazine fuel into its NextSat counterpart as part of Scenario 0-1, the first in a series of increasingly challenging tests." The machines are currently taking part in the series of Orbital Express missions, and apparently, things are on the up and up thus far. Future tests are slated to include "autonomous undocking, proximity operations and re-docking," as well as installing a battery on NextSat with its robotic arm. We can't wait to see what happens when one of the two gets testy about refueling after hours, but we sure hope the galactic battle is somehow caught on tape.[Via Digg]
NASA's PILOT project could autonomously extract oxygen from lunar soil
We've got means to extract oxygen from water, a portable bar, and even ways to deprive entire server farms of the sustenance, but a new project being tackled by Lockheed Martin is hoping to create O2 on the moon. A critical part of NASA's PILOT (Precursor In-situ Lunar Oxygen Testbed) initiative, this digger bot will work hand-in-hand with a "processing plant that will add hydrogen to moon soil, heat it to 1,652-degrees Fahrenheit, condense the steam, and finally extract the oxygen." Additionally, the blue LIDAR (Light Detection And Ranging) box atop the three-foot-long machine can assist it in locating "oxygen-rich lunar soil and autonomously carry it to a processing plant." The overriding goal is to use the newly extracted O2 for air, or moreover, to combine it with hydrogen and produce water for the four astronauts that the lunar base could support. Unfortunately, there's no timetable as to when we'll actually see the PILOT roll into action, but we're most interested in porting this bad boy over to Mars along with half the traffic in LA.[Via The Raw Feed]
Autonomous robotic fleas could create distributed sensor network
We've seen a fair bit of mesh networking approaches lately, and thanks to a unusual project going on at the University of California, Berkeley, the next great ad hoc network could be started by a horde of bugs. Sarah Bergbreiter has developed an "autonomous robotic flea has been developed that is capable of jumping nearly 30 times its height," thanks to what could possibly be hailed as the "world's smallest rubber band." Interestingly, the creator hopes that the minuscule bugs could eventually be used to "create networks of distributed sensors for detecting chemicals or for military-surveillance purposes." The Smart Dust initiative could eventually be expanded to grow wings, but for now the solar-powered bugger will stick to hoppin' via a "microcontroller to govern its behavior and a series of micro electromechanical systems (MEMS) motors on a silicon substrate."[Via BoingBoing]
Lely's Voyager keeps cattle grazing in the right direction
We wouldn't normally think that cattle farming would be the easiest, cleanest profession out there, but considering the wireless tracking gizmos, robotic milkers, and RFID tattoos that are now available, we're startin' to think these guys / gals have it made. Aside from dodging cow pies, farmers can now look forward to one more robotic innovation making things better, as Lely's automated strip grazing system, dubbed Voyager, "utilizes two robots to move an electrified fence-line at a pace that ensures that the sward is completely grazed." The "frontal grazing" approach purportedly maximizes grass utilization and keeps ungrazed areas from being "contaminated by manure," and moreover, the machines are solar-powered, automatically keeps the wire taught at all times, and communicates with one another via Bluetooth. Don't think that installing robots to do your dirty work will run ya cheap, however, as the Voyager system will only be available in limited quantities for around £15,000 ($29,664).[Via TheRawFeed]
