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National Defense September 2007 Stew Magnuson |
Chemical Detecting Robot Program Rolls Forward Explosive ordnance disposal robots have proven their worth in Iraq and Afghanistan by reducing their operators' exposure to improvised bombs. An Army program hopes to do the same for specialists who must enter buildings and caves to root out chemical, biological, radiological and nuclear materials. |
National Defense November 2006 Harold Kennedy |
Army Lab Channels Expertise to Non-Traditional Areas When the United States invaded Iraq, the Army's Edgewood Chemical Biological Center began tackling a host of problems that were far removed from traditional chemical or biological defense, such as roadside bombs. |
National Defense June 2008 Stew Magnuson |
First Responders Slow to Take Up Robot Technology First responders investigating potential incendiary devices are utilizing the latest robotic devices, but other parts of the emergency services community have been slow to take up the technology. |
National Defense January 2006 Grace Jean |
Laser-Based Sensor Will Sniff Out Chemicals on the Move U.S. Army scientists are working on a next-generation, laser-based chemical detector capable of operating in reconnaissance vehicles while traveling at high speeds. |
Military & Aerospace Electronics July 2008 John McHale |
Locked down, sensors everywhere Perimeters today are being protected by sensors that detect everything from x-ray scanners at checkpoints to cameras mounted on unmanned aircraft. |
Wired November 2002 Steven Johnson |
Stopping Loose Nukes Prevention is a game of odds, not certainty. Is an "atomic wall" of sophisticated sensors the answer to protecting population centers from terrorist attack by bioweapon or dirty bomb? |
National Defense April 2007 Stew Magnuson |
Defense, Law-Enforcement Agencies Seek Advanced Surveillance Tools Suicide bombers, improvised explosive devices and the threats of chemical or biological weapons are creating increased demand for cutting edge technologies that can detect or survey potential hazards from stand-off distances. |
Military & Aerospace Electronics August 2006 |
Edgewood Chemical Biological Center Selects iRobot PackBot for CBRN Detection Robot The U.S. Army Research, Development, and Engineering Command will integrate a new chemical, biological, radiological, and nuclear detection payload with the battle-proven iRobot PackBot to create the first-ever robot with such a wide array of sensor capabilities. |
National Defense July 2015 Yasmin Tadjdeh |
Canada Buys Bomb Detecting Robots In April, 20 iRobot 510 PackBot CBRNe systems were delivered to the Canadian Department of National Defence. |
National Defense September 2009 Stew Magnuson |
Feds Begin to Tackle the Vexing Problem of How to Defeat Homemade Bombs Congress' attention remains focused on preventing the use of weapons of mass destruction on U.S. soil, but improvised explosive devices do not receive the same attention as the chemical, biological or nuclear threats. |
National Defense October 2015 Stew Magnuson |
Chemical-Biological Program Speeds Up Acquisition Process Whenever there is a crisis somewhere in the world related to chemical, biological or radiological weapons or accidents, "the first phone call comes to us," said Carmen Spencer, joint program executive officer for chemical and biological defense. |
National Defense February 2012 Stew Magnuson |
Robot-Makers Ponder Next Moves as Wars Wind Down The end of the nearly nine-year war closed one chapter for a technology that came into its own during the conflict. |
National Defense June 2008 Stew Magnuson |
Nation Has Few WMD Response Teams in Place If a weapon of mass destruction is ever employed in the United States, the chemical biological incident response force (CBIRF) team will be one of the nation's few resources it can call upon. |
National Defense January 2004 Geoff S. Fein |
Contractors Competing For Chem-Bio Defense Dollars A look at new technologies for detection and decontamination of chemical and biological agents. |
Military & Aerospace Electronics January 2007 Hans Kobler |
From DARPA to Main Street Technologies developed for Homeland Security are moving into the public sector. |
National Defense December 2006 Stew Magnuson |
Homeland Security Tussles with GAO Over Radiation Portals A DHS official said he was confident that the next generation of portals designed to find nuclear materials in shipping containers will work despite a withering GAO report questioning performance data and their high price tags. |
National Defense May 2006 Stew Magnuson |
Lawmakers Introduce Tunnel Legislation The movement of illegal immigrants or narcotics through a tunnel under a U.S. border is a felony, but there are no laws on the books preventing the excavation itself. |
National Defense June 2009 Erwin & Magnuson |
7 Deadly Myths About Weapons of Terror Seven noteworthy misconceptions associated with weapons of terror. |
National Defense November 2006 Stew Magnuson |
Fear of Terror Weapons Drives Tech Funding With the nation in the throes of the so-called "long war," it is no surprise that the bulk of the Department of Homeland Security's research dollars is going toward technologies designed to prevent terrorist attacks. |
National Defense January 2006 Grace Jean |
Pentagon Chem-Bio Program Expands to Homeland Missions The Pentagon and the Department of Homeland Security are seeking to homogenize the equipment that military units and local first responders employ to detect and neutralize toxic agents. |
National Defense August 2005 Joe Pappalardo |
New Science, Strategy Needed to Protect Bases The military is launching a new effort, including equipment purchases, scientific studies and research initiatives, to guard military bases, supply hubs and civilian installations against biological, chemical, radiological or nuclear strikes. |
National Defense June 2004 Harold Kennedy |
DHS Technology Budget To Exceed $1B in 2005 An array of emerging technologies is the key to defending the United States from its enemies, according to Charles E. McQueary, undersecretary of homeland security for science and technology. |
Industrial Physicist Edward J. Staples |
Technology Safeguarding ports with a new chemical-profiling system that samples the vapours inside cargo containers. |
National Defense June 2007 Stew Magnuson |
National Guard, Army Chemical Units Criticized for Being Untrained, Unprepared Acute shortages of equipment and personnel means less time, or no time, to train. |
National Defense July 2011 Stew Magnuson |
Pentagon Still Playing Catch-Up With Bomb Makers The U.S. military's cadre of bomb disposal technicians needs lighter equipment, the ability to detect explosives at stand-off distances and their sensors consolidated into one handheld device. |
National Defense September 2004 Joe Pappalardo |
New Technologies Target Terrorist, Suicide Bombs By studying structural failures in lab blasts and real-world attacks, researchers are honing in on new shock-absorbing materials, casualty-minimizing layouts and new methods of securing the interaction between the soil and building foundations. |
National Defense November 2012 Erwin et al. |
Top Five Threats to National Security in the Coming Decade The next wave of national security threats might be more than the technology community can handle. They are complex, multidimensional problems against which no degree of U.S. technical superiority in stealth, fifth-generation air warfare or night-vision is likely to suffice. |
National Defense October 2015 Stew Magnuson |
Bomb Squads Need the Best Tools Available Bomb squads -- both military and civilian -- deserve and need the very best technologies the nation can offer them. |
National Defense February 2007 Stew Magnuson |
Daunting Challenges Face Those Waging Subterranean Warfare More and more adversarial countries are building networks of underground tunnels. The U.S. military needs to be prepared to fight underground. |
National Defense June 2010 Grace V. Jean |
Research Challenge: How to Defend Against Still-Undefined Chemical, Biological Attacks Military scientists are often criticized for not working fast enough and for not pushing technologies into the field more expeditiously. Those working in chemical and biological sciences are no exception. |
National Defense March 2006 Harold Kennedy |
At Special Ops Forum, Experts Weigh Prospect of WMD Attacks As military leaders devote increasing attention to neutralizing roadside bombs in Iraq, specialists caution that it would be a mistake to dismiss the threat posed by weapons of mass destruction. |
National Defense September 2010 Stew Magnuson |
Terrorist Loophole: Explosives Under Clothing at Airport Checkpoints "One of the hard lessons we've learned is that there is no single technology that is going to detect everything," Clark Kent Ervin, former DHS inspector general and now director of the Aspen Institute's homeland security program, said in an interview. |
Military & Aerospace Electronics June 2006 John McHale |
Robots Are Fearless The U.S. Army's Future Combat Systems program will integrate unmanned ground vehicles into a future force. Autonomous ground vehicles promise to be a major paradigm shift in ground warfare. |
National Defense February 2007 Stew Magnuson |
DHS Technology Chief to Focus on Explosives Threat The Pentagon will have some help in its ongoing effort to defeat improvised explosive devices if Jay Cohen, director of science and technology at the Department of Homeland Security, gets his way. |
National Defense August 2005 Joe Pappalardo |
Pentagon Spurs its Biological And Chemical Defense Programs The Pentagon is trying to buttress the military's defensive posture against biological and chemical weapons by focusing on the development of advanced vaccines and improved therapeutics. A surge in money is fueling this effort. |
National Defense May 2008 Stew Magnuson |
Ground Robots' Place in Military At Risk, Experts Warn With the success of explosive ordnance disposal robots in Iraq and Afghanistan, one might assume that "mechanical soldiers" are here to stay. But that might not be the case. |
IEEE Spectrum September 2006 |
Nine Cautionary Tales If terrorists decide to strike again, are we prepared? Not really, as these scenarios of extremism make clear: 1. Bomb in a Box... 2. Electroshock... 3. Toxic Train Wreck... 4. Crude Attack... 5. Agro-Armageddon... etc. |
Military & Aerospace Electronics July 2004 |
Makers of ground robots ask for better sensors and communication links Troops in Iraq are in desperate need of unmanned ground systems (UGSs) to dispose of land mines and booby traps. |
National Defense November 2009 Erwin, Jean & Magnuson |
Today's Fights Expose Technological Weak Spots Disruptive challenges, such as roadside bombs, combatants camouflaged as civilians, and insurgent camps that are undetectable by electronic sensors, have forced U.S. military leaders to search for new tactics and technologies. |
National Defense October 2007 Grace Jean |
Airports Test Alternative Technologies for Checkpoints An influx of screening systems marks a coming of age in the security industry. |
Chemistry World September 2006 Simon Hadlington |
Destroying the Poisons of War It is almost a decade since the Chemical Weapons Convention came into force but many signatories are failing to meet targets. Just as chemists played a key role in developing these poisons, they are now closely involved in destroying them as cleanly and safely as possible. |
National Defense June 2012 Stew Magnuson |
Chemical, Biological Detectors to Improve First Responder Reaction Two companies are working to cut down the amount of time it takes hazardous material response teams and hospitals to understand what threat they are facing. |
National Defense July 2013 Stew Magnuson |
Battlefield Sensors Continue To Make Technological Leaps Hyperspectral and wide-area surveillance sensors are two examples of technologies that military leaders have touted as success stories. |
National Defense March 2005 Harold Kennedy |
Homeland Defense The Defense Department's agency in charge of developing chemical and biological defense technologies is shifting its focus from large-scale incidents on the battlefield to small-scale terrorist attacks against civilians. |
National Defense June 2004 Sandra I. Erwin |
Chem-Bio Sensors For Strykers Not Yet Perfected The Army may scale back plans to equip its new Stryker combat vehicles with advanced sensors that detect chemical agents while the vehicle is moving at high speeds. |
National Defense July 2006 Sandra I. Erwin |
Next-Generation Robots: Bigger and Better? The exploits of bomb-sniffing robots in Iraq and Afghanistan have solidified their role as useful combat tools, but the technology needs to be pushed much further, say robot designers and engineers. |
Military & Aerospace Electronics June 2009 John Keller |
The time has come for military ground robots Military robots for ground applications are coming into their own as U.S. Department of Defense (DOD) leaders are increasing their reliance on unmanned ground vehicles. |
National Defense January 2008 Stew Magnuson |
DHS Pressing On With Troubled Technology Programs Whether it is program delays, public uproars over its policies, court challenges or accusations of mismanagement, nothing ever seems to go smoothly for DHS. Many of these controversial programs involve the development of new technologies. |
National Defense May 2007 Stew Magnuson |
Cohen puts imprint on beleaguered Homeland Security technology arm "Our aim is to remove seams," says Jay Cohen, undersecretary of science and technology told National Defense. |
National Defense June 2011 Stew Magnuson |
DHS Program Gives Hazardous Materials Teams Networked Sensors The integrated chemical, biological, radiological, nuclear and explosive program developed a set of standards that allows these sensors to transmit data directly back to a higher headquarters where others can sort through the findings on a common operating picture. |