SWORDS – First fully armed robot to patrol Iraq streets


Since the war began in Iraq, for the first time robots are equipped with guns to patrol streets of war zone. After three years of development “special weapons observation remote reconnaissance direct action system’, (SWORDS) robots are armed with M249 machine guns in Iraq. However, the bot has not yet fired a single shot but according to ‘Michael Zecca’, the program manager of SWORDS, it will happen soon. No doubt that the modified version of SWORDS called, bomb-disposal robots were also used throughout Iraq back in 2004 but due to some safety measures the machines were not sent to the battlefields whereas machine’s tendency to spin out of control from time to time was also one of the major catch. Therefore, now radio-controlled robots are retooled for more safety. In earlier weeks, weak signals delayed robot functioning for as much as eight seconds to receive orders during combat. Now, the SWORDS don’t functions on a command, unless it’s received instantly and via three-part arming process with both physical and electronic safeties, also mandatory before firing. Moreover, to combat the odd behavior, kill switches are also installed. Zecca asserts, ‘So now we can kill the unit if it goes crazy. Initially only three robots are deployed in Iraq. Although, Zecca is ready to send more, however, couldn’t due to some financial crisis. Whereas until now, Army is also not considering these bots as a priority but the day these machines will begin their firefights, the bots will emerge as first precedence of the army. Via: Blog.wired

Ian Fleming’s revolver auctioned for £12,000

Recently a revolver owned by Ian Fleming was auctioned in London for £12,000. Fleming is the creator of the world famous secret agent James Bond 007, and the author of a series of books based on this fictional spy character. The Colt Magnum was accompanied by a letter from the firearms company and a complimentary copy of the 1959 Bond novel Goldfinger.The revolver is still in working condition. The Colt Python .357 Magnum was specially made for Fleming and presented to him by the firearms company. The revolver is engraved with the words: ‘Presented To Ian Fleming By Colt’s Patent Fire Arms Mfg. co’. Incidentally, James Bond never used the Colt. His favourite was a stealth gun which could be hidden under a dinner jacket. Fleming started his career as a journalist and a banker, but subsequently joined the Naval Intelligence during World War II, where he attained the rank of Commander and was right-hand man to spymaster Admiral John Godfrey. Fleming’s experiences in the Naval Intelligence inspired him to create many of 007′s finest adventures which he penned down at Goldeneye, his home in Jamaica. Source.

CounterBomber might detect suicide bombers

Checking every passerby for bombs tied around their belly is a bit weird. But the threat of suicide bombers is always high as they kill hundreds along with themselves. Now a device called CounterBomber should allow cops to detect these bombers from a distance of 50 feet. The device makes use of Radar technology to analyze the approaching people’s gait and see if they are carrying something heavy. If the device detects some suspicious movements then it can warn the people to be cautious of the approaching object. I know that the device is not perfect but still something is always better than nothing.

FTTS-MSV: Highly fuel-efficient tactical vehicle

A heavy-duty parallel hybrid vehicle is the centre of attraction at the Military Utility Assessment (MUA) tests at Fort Lewis, Washington. The powerhouse vehicle- Future Tactical Truck System Maneuver Sustainment Vehicle or FTTS-MSV- is developed for the U.S. Army and has already been tested for nearly 3,000 miles before being subjected to the current Military Utility Assessment (MUA) tests. FTTS-MSV comprises of an 8.8-liter Caterpillar C9 diesel engine, a 120 kW UQM hybrid electric motor, and a 336V 3 kWh Cobasys NiMH battery pack with a 7-speed automatic transmission. The winning point of this multi-wheel giant is its highly fuel-efficient engine which can work wonders in increasing supply ranges to between 600 and 900 miles, which is almost double to triple than what the current tactical vehicles employed with the U.S. Army are giving. The highly fuel-efficient FTTS-MSV will be a boon to the U.S. Army, as supply ranges play one of the most important roles in any land combat. Source.

DARPA to fix intelligent Star Wars binoculars right into soldiers’ brain

The U.S Defense Advanced Research Projects Agency (DARPA ) will soon develop an extraordinary and avant-garde pair of high-tech binoculars for their Special Forces that will be 10 times more powerful than anything available today. This new amplified device with an alerting system actually taps the wearer’s prefrontal cortex (anterior part of the frontal lobes of the brain, lying in front of the motor and premotor) to caution secret threats detected by the soldier’s subliminal. According to DARPA this advanced prototype model of binoculars is stimulated by ‘Luke’s Binoculars’ that Luke Skywalker used in Star Wars. Now, Defense Advanced Research Projects Agency has planned to create their own version of this science-fiction hardware whose prototype will be handed to troops in next three years. The agency also asserts that no scientific advancement is required on the project that is officially named as Cognitive Technology Threat Warning System because DARPA hopes to assemble their cooked technologies already kept in their laboratories from years. The technology ranges from flat-field wide-angle optics, to the use of advanced electroencephalograms, or EEGs, to rapidly recognize brainwave signatures. According to the presentations from the meeting held by DARPA in March at Arlington, Virginia where scientists and defense contractors were expected to participate, the agency demanded that binoculars should have a viewing range of 1,000 to 10,000 meters as compared to the current generation binoculars whose ranges are only 300 to 1,000 meters. The agency also demanded that these binoculars should grant 120-degree field view and should be able to spot moving vehicles as far as 10 kilometers away. But the most notable thing is that these binoculars have nothing to do with the optics because it is just DARPA’s desire to amalgamate EEG electrodes that scrutinize wearer’s neural signals to aid the soldiers to identify the targets with an ease. According to an expert in this field, Dennis McBride, president of the Potomac Institute DARPA’s goals are based on detailed research, he further quoted that: This is all about target recognition and pattern recognition. It turns out that humans in particular have evolved over these many millions of years with a prominent prefrontal cortex. He further described that prefrontal cortex permits brain to lift patterns instantly and also exercises strong impulse control to prohibit false alarms. He also said that EEG will surely permit binoculars to avoid inhibitory reaction and will help the wearer to detect possible threats. According to John Murray, a scientist at SRI International and one of the participants in last month’s DARPA workshop believes that technology is viable in a demonstrative environment but to take it in a field is a different issue. He further added that in few years the capability to measure signals and to analyze them quickly is radically advanced and in this kind of situation lots of other subjects are also involved to build and deploy this technology. It is also not clear that how the final device will look like but the agencies presentations unveils soldiers wearing EEG sensors attached helmet on their heads. However, DARPA’s presentations clearly denote that size and power are also some serious issues that need to be solved but to create a system less than five pounds is still a challenge. If we take an example of another important aspects of binoculars to detect threats by using neuromorphic engineering- the science of using hardware and software to mimic biological systems. Paul Hasler, a professor of Georgia Institute of Technology who specializes in this area and attended DARPA’s workshop describes it by giving an example that if an effort is made to use neural computation to “emulate the brain’s visual cortex’ by creating sensors like brain, it will scan large area and will also help the troops to visualize important activities of their foes. Though companies are not sure to bid on this project but DARPA believes that when the prototype of this high-tech device will be offered to U.S Special Forces and when the military will demand the binoculars after trial it will be the true success for DARPA and for the whole team who all conducted detailed research at DARPA’s workshop to develop this ultramodern device. Via: Wired

US armed forces develop a weapon that fires pain

Non-lethal weapons have been gaining more attention lately. Now, U.S. armed forces have envisioned the future of heat-beaming weapons with their new weapon that has the capability to fire a beam of sweltering pain. ‘Less carnage and more pain’ could be the future of combat since the beam generated by this new weapon penetrates one-sixty-fourth of an inch into the body thereby heating the skin like microwaves. Anyhow, it doesn’t harm anyone in actual because the feeling is just an illusion. The ludicrously dubbed FN303 less lethal launcher is designed to fire non-lethal projectiles at established non-lethal ranges. Two weeks from the day, military leaders will assemble in London to discuss the pain beam and the next cohort of directed-energy weapons

Bullets to make criminals laugh but oddly!

Developed under 2002 project of government, Agentai has introduced its non-lethal bullets that is compatible to all ordinary guns and is packed with some unusual kind of chemical or you can say laughing gas or malodorants. Unlike other common bullet, those pierce criminal bodies badly these strange bullets allow military to punch, slap and hit enemies without causing any injuries but burst to release chemical or laughing gas to make an individual laugh unusually. These bullets have two big advantages: Firstly, the bullets are safe to use from close range as compared to other bullets used for the same notion to terrify criminals. Secondly, as stated above it can be used in any ordinary rifles and do not need any specific weapon. However, after the achievement of first phase of development, $99,899 was awarded to this project but no further development was recorded. Now, Agentai, has offered their next idea, the Rockets Assisted Safe Projectile (RASP) that is a rocket projectile designed to deliver ‘chemical agents that can further incapacitate or maintain the incapacitation of the targeted individual’. Now let us see how soon this new programmed proposed will become reality, I hope very soon and we will definitely keep you posted. Image Via

Scientists unveil new generation sensor material to detect explosives

Detecting explosives had been a major problem for bomb disposal squad for a long time but now to surmount the common problems of detecting explosives by losing their glow, Ling Zang and his colleagues from Southern Illinois University at the University of Illinois based at Urbana-Champaign with the Chinese Academy of Sciences have come up with the new system. If we consider present scenario to detect explosives it is totally based on technique known as ion mobility spectrometry (IMS) with which explosive compounds pass down a length of tubing where they are ionized by a strong electric field whose distinctive drift speed plus ‘kinetic signature’ of each molecule permit the sensor to distinguish between compounds with different mobilities. Now to overcome present technique barriers to detect explosives, this new generation sensor material that is a fluorescent film and which is made of nanofibrils(carbon nanotubes predominantly having diameters substantially less than about 200 nm.) can sense the presence of vapors from TNT and from other related explosives compound with greater efficiency than existing materials. The tests reveal that the material was able to recover its capability to fluoresce after initially losing its fluorescence while sensing the explosive compounds. These preceding nanotubes or nanofibrils are grown in aggregates and encompasses a macroscopic morphology of either bundles of relatively straight tubules, cotton candy (‘CC’), or approximately spherical aggregates of highly intertwining, curved tubulesresembling bird nests (‘BN’), or mishmash of these. This new innovation uses essentially amorphous cellulose nanofibrils equipped with a crystallinity index not more than 50 % as emulsifying and/or stabilizing agent in dispersion. It is also noteworthy that these nanofibrils can also be used in the form of an aqueous suspension or in dispersible dry form. Via: Softpedia

ELITE: A handheld device to detect explosives in a minute

For some a minute is more than enough. But think for a time when a suspicious packet arrives and the bomb detection squad is miles away. Then you may find this handy! ELITE or Easy Livermore Inspection Test for Explosives is a handheld unit that can detect more than 30 different types of explosives. When you get to a suspicious packet just take out a swipe from the packet of ELITE and rub it onto the surface. Wait for a minute and if the color changes to then run for safety or throw the packet away…!

Chemical weapon agent sensing technique QPAS developed

Researchers at Pacific Northwest National Laboratory have devised a new chemical weapon agent sensing technique by employing lasers and tuning forks, which they claim could be used to add to the budding defense and homeland security chemical detection necessities. The prototype of the new system dubbed the Quartz Laser Photo-Acoustic Sensing (QPAS) is ready for the testing phase. The technique has been tested OK for its ability to sense gaseous nerve agent surrogates. Michael Wojcik, a research scientist at PNNL said: QPAS is an extremely sensitive and selective chemical detection technique that can be miniaturized and yet is still practical to operate in field environments. We’re eager to take it to the next level. The archetype comprises 10 pairs of quantum cascade lasers and tuning forks in a box that is 12 inches long, 12 inches wide and 6 inches high. The full-fledged casing would weigh less than 15 pounds. Via: physorg