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US government contractor developing 'microwave gun,' Hot Pockets tremble
Ah, the beloved "electronic bomb," able to disable all technology in its vicinity: variations on the concept go way back, but useful prototypes remain tantalizingly out of reach. Into the breach steps defense contractor BAE Systems, taking a fresh crack with a High-Powered Microwave (HPM) gun intended to disable small boat engines – if successful, the technology may also target ships, UAVs, and missile payloads. The secret-shrouded weapon sounds similar to Boeing's planned airborne EMP weapon, but lacking the missile delivery systems. BAE seems to be betting big on electromagnetic warfare as a future battlefield tactic, with a manager pitching the sci-fi scene to Aviation Week: "Unlike lasers, HPM beams don't need a lot of accuracy. With a fan [of HPM energy] you can target 10-30 small boats. If you can knock out 50-75% of the engines in a swarm, you can then concentrate on the remainder with lasers or kinetic [cannons]." To develop better defenses against such attacks, the contractor received $150,000 from the Air Force to test-fire microwaves at military computers. No word on whether said defenses involve generous use of tin foil.
US Army to deploy Individual Gunshot Detector, essentially a radar for bullets
Latest in our series of "when video games turn real," here's the US Army's newest addition to the wargadget arsenal. The Individual Gunshot Detector, produced by QinetiQ, is an acoustic monitor attuned to tracking down the source of gunshots just by their sound. It has four sensors to pick up the noise of incoming fire, and its analysis of those sound waves produces a readout on a small display that lets the soldier know where the deadly projectiles originated from. The entire system weighs just under two pounds, and while it may not be much help in an actual firefight -- there's no way to distinguish between friendly and hostile fire -- we imagine it'll be a pretty handy tool to have if assaulted by well hidden enemies. 13,000 IGD units are being shipped out to Afghanistan later this month, with a view to deploying 1,500 each month going forward and an ultimate ambition of networking their data so that when one soldier's detector picks up a gunfire source, his nearby colleagues can be informed as well.
Apple and Android get drafted, soldier-centric Army apps coming soon
If we referred to an Apple or Android army, you might assume we're talking about a legion of brand-loyal fanboys, with which most Engadget commenters are intimately familiar. Defense contractors, however, are trying to turn the US Army into a lethal Apple / Android force with soldier-centric apps. Harris Corp. has a tablet app in the works that allows soldiers to control IP cameras on UAVs for more pertinent intel on the ground while simultaneously sending that information to command centers anywhere in the world. Meanwhile, Intelligent Software Solutions aims to bring mapping mashups to the battlefield (no purpose-built device needed) with an app that combines smartphones' geolocation with historical data to show troops what's been going down in the area -- from IED explosions to insurgent arrests. Best of all, these apps lower training costs since most warriors are already fluent in Android or iOS and the consumer handhelds can be cheaply ruggedized to replace the more robust $10,000 units in the field today. Should protective measures fail, the devices' (relatively) low replacement cost makes them "almost disposable."
AIRPrint performs ranged fingerprint scanning, won't let the terrorists win
While ears may be the new biometric du jour, Advanced Optical Systems (AOS) is doing its best to keep fingerprints as the preferred method for identifying enemies of the state. The company has built a fingerprint scanner with the ability to accurately read a print up to two meters away, and our military views the system as a means to reduce the risk to soldiers at security checkpoints all over the world. The AIRPrint system is a significant upgrade over previous biometric security systems because it allows a person's identity to be confirmed by military personnel from behind the safety of a blast wall or armored vehicle, which keeps our serviceman out of harm's way. AIRPrint uses a source of polarized light and two 1.3 megapixel cameras (one to receive vertically polarized light and another to receive horizontally polarized light) in order to produce an accurate fingerprint. The prototype is able to scan and verify a print in under five seconds, but the device can presently only process one finger at a time, and that finger must stay a fixed distance from the cameras to get a precise reading. Despite these current limitations, AOS claims that soon the equipment will be capable of reading five prints simultaneously while a person is moving toward or away from the device. The system will be ready for market in the third quarter of this year, which is bad news for terrorists and soccer hooligans, but a windfall for Big Brother.
Striker integrated display helmet has something to tell you about that old saying 'if looks could kill'...
We've been told in the past that our mean, hate-filled looks could kill, but we never took that literally. Now, if Britain's BAE Systems has its way, that phrase could seriously have a whole new meaning. The company has developed an RAF helmet that will allow pilots to deploy and steer their weapons by turning their heads. It all sounds incredibly horrifying and futuristic, of course, but the technology which enables the new gadget is pretty intense, as well. The helmet is fitted with an optical head tracker, with targets popping up in the visor, which provides a supposedly highly accurate missile fire with low latency, at any altitude. The system has been extensively tested on the Eurofighter Typhoon, but is modular in styling so that it can be fitted to many systems. There's no word on when this tech will see actual action, but we have our reservations about it, so we hope they take their time.
DARPA aims to make soldier of tomorrow impervious to sneak attacks with 360 degree vision
DARPA is currently soliciting proposals for the development of Soldier Centric Imaging via Computational Cameras, also known as SCENICC, for those who prefer brevity. This latest project is a visual enhancement system that seeks to meet all of our armed forces terrorist-hunting and war-waging visual needs. The system, which is purely theoretical at this point, will provide a 360-degree, three-dimensional field of view for soldiers in the field. This optical omniscience is obtained through the use multiple cameras, including images from airborne drones. Soldiers will have real time 10x zoom capabilities and can operate everything via voice commands. As if that weren't enough, SCENICC employs augmented reality to identify and track targets in a way (we presume) not unlike your garden variety T-800. As this bit of kit is years from production, our commandos will have to make do for now with smartphones and wrist displays to keep an eye on enemies of the state.
US Army testing solar powered tents for troops, gadget addicted campers
While the military is still hashing out plans to outfit soldiers with their own smartphones, gadgets are already a part of daily life of troops in the field. Of course, more technology means more demand for power, and the Army has been evaluating technologies for flexible, lightweight photovoltaic tents and shades. "They are ideal for charging up batteries, making sure your (communications), night vision goggles and computers are powered up. You don't want a generator on top of a mountain, and you don't want to have to bring fuel to a generator or haul batteries," said assistant secretary of the Army Katherine Hammack. Among the various items being tested are the TEMPER Fly, a roughly 16-by-20-foot tent able to generate 800 watts of electricity; QUADrant, a smaller version of the TEMPER Fly that generates roughly 200 watts of power; and Power Shades capable of generating up to 3 kilowatts of exportable electrical power. Sounds like a kick-ass tent for next year's festival season!
US Army Connecting Soldiers to Digital Applications program putting smartphones in soldiers' hands this February
Earlier this year, DARPA put out RFIs with an eye on developing military apps and an app store for iOS and Android, and now the US Army's Connecting Soldiers to Digital Applications (CSDA) program will put handsets, network equipment, and other equipment including tablets, e-readers, and pico projectors into the hands of the First Army Brigade this February. Additionally, the Army plans to start issuing Common Access Card (the ID cards used to log on to DoD computers and networks) readers for the iPhone in January and for Android in April. According to Rickey Smith of the Army Capabilities Integration Center, "We're not wedded to a specific piece of hardware. We are open to using Palm Trios, the Android, iPhone or whatever else is out there." But we must admit -- we are encouraged that this time around you haven't mentioned Celio's REDFLY.
Storyboard: Archetype discussion -- the Soldier
Welcome to this week's installment of Storyboard, in which I'm starting off what I am tentatively hoping to keep as a semi-regular series. For all the previous discussion of characters that don't work, we haven't touched upon any that do work. And considering we've all sat there trying to think of any sort of hook for our characters, it's useful to have some stock types to draw from. I'm going to take a look at some of the more common stock types, how and why they work in a variety of settings, and what sort of touches you can add to make a character stand out. Of course, the first archetype we're looking at doesn't stand out. In fact, he excels at being a part of something larger, a cog in a machine whose only purpose is death. He's fighting for Stormwind, he's fighting for Bastok, he's fighting for the UFP -- he's the universal soldier, and he really is to blame. So why not cue up some appropriate background music, and take a look at the soldier as an archetype.
Elbit wins $68 million defense contract to supply OLED-equipped HUDs
We still haven't heard about any takers for the company's "hunter-killer' robot, but Elbit Systems has just scored a big contract for some of its other military gear. It's just announced that it's received a five-year $68 million contract from the U.S. Department of Defense, which will see it provide the Army, Navy, Marines Corps and Coast Guard with its AN/AVS-7 heads-up display system components. While complete details are obviously a bit light, the HUDs apparently incorporate an eMagin OLED microdisplay, and are said to "increase situational awareness and safety by allowing pilots to fly 'head out of the cockpit' during day and night operations." Head on past the break for the full press release.
Universal Display ships eight wrist-worn OLED displays to military, too late to help Noble Team
We had a little fun with Universal Display Corporation's flexible OLED display at CES a few years back, ruggedized and militarized and destined for Army wrists of the future. Little did we know that future would be so close. The company has just confirmed that it has delivered eight of the 4.3-inch, 320 x 240 screens to the US Army for "military evaluation and testing" and, while it doesn't sound like there's a specific purpose in mind at the moment, we're pretty sure they'll come up with something to do with them. We know we sure would. Update: We got a new picture of the current version above, and a second picture below of it being tortured on the rack.
Bright delivers hybrid van for U.S. Army testing, won't be hitting a battlefield soon -- or ever
Usually when we cover military gadgets it's things like super-strong robots or skateboard tanks. But, even the U.S. Army needs practical, sensible transportation (apparently), and heaven forbid it buys some standard car from a standard dealership. Instead in this case it went to Bright Automotive, who whipped up a custom version of its Idea plug-in hybrid van, a 10kWh battery pack offering 30 miles of purely electric driving before spinning the internal combustion engine under the hood. On top of that, the Idea can actually act as a generator, exporting 3.3kW of power continuously at either 110 or 220v. What can't it do? Well, look cool on a battlefield for one, or intimidate our enemies, for another -- nothing a roof-mounted ball turret and a coat of olive drab can't solve.
Visualized: GE's exoskeleton from a heavy metal past-future
Sure, plastic is light, durable, and easy to mold, but there's something so raw and medieval about a metal exoskeleton -- built long before anyone could call it steampunk -- that it makes us want to strap on our hard hat, hop in the Engadg-O-Matic Time Machine, and travel back to a bulkier past where we could give this big guy a painful hug. Check the source link for all sorts of adorable / frightening prototype illustrations of General Electric's army-commissioned "Hardiman force amplifying exoskeleton" from 1967, and feel free to drift off to happier times in the process. Just come back at some point, cool?
U of M laser mimics helicopter heat signatures to thwart missiles
Researchers at the University of Michigan have developed a new laser-based countermeasure for aircraft, and unlike others we've seen (and we've seen a few) this technology aims to "blind" missiles rather than knock 'em out of the sky. The system uses a mid-infrared supercontinuum laser to mimic the heat signature of a helicopter, and it has no moving parts -- making it rugged enough to last a long time on rotor-based aircraft. The school has even spun off a company, Omni Sciences, to develop the thing, and has received some $1 million in grants from the Army and DARPA to build a second-generation prototype. Of course, questions remain: is it really a wargadget if you can't blow something up with it? And even if it is, where's the fun in that?
Lockheed Martin and Kaman's unmanned helicopter wins military contract (video)
When developing an unmanned vehicle there are two paths to choose from: create an entirely fresh design with no room for a carbon-based pilot, or simply take an existing craft and make it self-sufficient. That's the direction Lockheed Martin chose for its submission to the the joint Army Marines Autonomous Technologies for Unmanned Air Systems (ATUAS) program, and it turned out to be a winner. The idea is to create an autonomous helo that can resupply military forces, and Lockheed Martin started with a Kaman K-Max cargo chopper (demo'd after the break), capable of lifting 6,000lbs plus one pilot -- who was made optional. This customized K-Max can place its cargo within a 10 meter drop zone after flying 200km or more, but a principal advantage of this submission is that you can still put a pilot in there and use it like a traditional heavy lifter, while the competition from Boeing was a bespoke UAV with no room for meatbags. It's unclear when exactly this sentient K-Max will be hitting battlefields, but hopefully the Army and Marines come up with some other, rewarding jobs for their pilots, because between this and the Unmanned Aircraft Systems Roadmap released earlier this year that particular job market could be getting tight. Update: Bo from Lockheed Martin wrote in to let us know of a different video we've added after the break featuring higher production values, more guitar solos, and plenty of autonomous cargo liftin'.
Massively's hands-on with End of Nations' PvE and PvP
You know that scene in Contact in which Jodie Foster is looking out at the cosmos, telling the folks at mission control that they should have sent a poet? All the while I was playing End of Nations at Trion World's Gamer's Day event, I kept thinking, "Massively should have sent a StarCraft guru!" I initially felt very much out of my element. MMOs and RPGs are my shtick; I only rarely dive into turn-based strategy games. And RTS games? Forget it. They don't agree with me. If it doesn't have a pause button, I probably don't have time for it. I'm too easily distractible, too impatient, and too exhausted after a work-day of multi-tasking to spend my playtime multi-tasking even more. There's just no time for cooking meals, browsing lolcats, and chatting with the spouse when you're neck-deep in an RTS. RTS games are serious business; they require my undivided attention and concentration, and I don't like doing things halfway. And yet maybe that makes me just the right person to try out an MMORTS hybrid like Trion's EoN. Most people who give it a spin when it hits the market will probably have a lot in common with me -- they'll be loyalists to one side or the other, not to both. Maybe an RTS novice is just the sort of person who can test out the game, present it to MMO gamers, and explain just what the heck this game thinks it's doing playing around in our end of the pool. Or maybe I'll end up sobbing amidst the charred remains of my tank minions. You'll never know if you don't hit the break! %Gallery-99563%
Carnegie Mellon's robot snakes converge into creepy hand-like wargadget
President Eisenhower, in his famous farewell speech in 1961, warned against the acquisition of unwarranted influence by the "military industrial complex." If he had given those remarks some sixty years later, he might have worked academia into the phrase -- especially if he knew about the snakes! Certainly one of the more viscerally unnerving wargadgets we've encountered over the last few years, the creepy-crawly automatons of the Carnegie Mellon Robotics Institute are a big hit at the U.S. Army Research Laboratory, where three of 'em have been arrayed onto a circular base to form the Robotic Tentacle Manipulator, a hand that could be used for opening doors or handling IEDs, possibly while mounted on the iRobot Warrior. The "opening a door" problem, as it is called, has perplexed the field of robotics for quite some time now -- and it might one day be solved using technology like this. Until then, it looks like doorknobs are still the terrorist's best friend.
GPS parachutes delivering blood to front lines in the coming years
GPS-guided parachutes are nothing new -- in fact, we're guessing that a few are being dropped somewhere in this wide world right now -- but a new deal between the Armed Services Blood Program and US Joint Forces Command will allow these devices to start saving even more lives in 2011. As the story goes, a cadre of air-dropped 'chutes will be sent to the front lines of the battlefield in order to deliver vital blood to medics. For those unaware, blood loss is a major cause of death in war, and by skipping over the lengthy process that's currently in place for delivery, the powers that be feel that more soldiers can be saved. Reportedly, the JPADS system "is a family of guided parachutes that can carry payloads ranging from about 150 to 60,000 pounds," and at a predetermined altitude, a "parafoil deploys and a GPS-device steers supplies to an exact target." The new system, however, will rely on ultralight versions of the aforesaid JPADS in order to sneak into locations that were previously thought impossible to penetrate. 'Course, all of this will be a moot point once the robot armies rise to power and start pulverizing each other with scrap metal, but hey...
US Army eyes acoustic trapping for filtering bacteria from water
Don't bother asking "why" when it comes to governmental wishes -- just accept the fact that the US Army needs a more efficient way of filtering bacterial spores from water. All jesting aside, the actual process of filtering water and investigating what types of critters are swimming about is surprisingly complex, and currently, it still requires a good bit of human interaction to overcome clogs that frequently occur. Thanks to a little research going down at MIT, it's looking like sound may be the answer. Yeah, noise. The Army is funding a project that'll determine whether an acoustic standing wave would be able to jostle things in a way that clogs would be avoided, and if it pans out, mad scientists could even monitor water quality remotely. We told you telecommuting was a beautiful thing, now didn't we?
Northrop Grumman wins contract to build US Army's long-endurance hybrid airship
Northrop Grumman's announced that it's won a contract from the United States Army to build its LEMV surveillance ship. The Army is building the ship specifically to assist troops in Afghanistan, and they are expected to go into use sometime in 2011. Northrop Grumman has been commissioned to build three of the ships, which can carry up to 2,500 pounds and hover 20,000 feet above sea-level with a top speed of about 34 miles per hour. The Army will pay NG 517 million dollars for the project.
