Researchers from Warwick Business School, University of Plymouth, Donders Centre for Cognition at Radboud University in the Netherlands, and the Bristol Robotics Lab at the University of the West of England, found humans could recognize excitement, sadness and aggression from the way people moved, even if they could not see their facial expressions or hear their voice.
Although computers are full of data, unless it’s structured, it can’t really be considered information—or knowledge. Unfortunately, a great deal of the documents most organizations rely on were created without structure in mind, making it difficult to find, hard to collate or compare and therefore less valuable.
Chad Dybdahl, solutions consultant, Adobe Technical Communications, shared his expertise about the value of establishing a structured data system during a recent SIGNAL Media webinar. Dybdahl didn’t sugarcoat the challenges: Going from business as usual to a structured content environment poses some trials and tribulations. But Dybdahl believes making the transition is worth overcoming those ordeals.
Sandia National Laboratories in New Mexico is testing security applications that depend on a user’s heartbeat. Under a recently signed Cooperative Research and Development Agreement (CRADA), Albuquerque-based Aquila Inc. will create and test a wearable prototype that issues a real-time identifying signature based on the electrical activity of the user’s heart, according to a report from Sandia.
The electrocardiogram signals are sent from the wearable technology—which could be a wristband or a chest strap—to identify a person and grant them access to facilities or other security applications.
Secretary of the Army Ryan D. McCarthy has approved a new policy on advanced manufacturing designed to help the Army secure a competitive edge against near-peer adversaries.
If you haven’t been paying attention, virtual reality (VR) is now real (pun intended). No longer an overhyped curio of the commercial gaming world, VR—along with augmented reality and other immersive technologies collectively known as extended reality (XR)—is advancing across the military community.
“This is cutting-edge technology,” Gen. James McConville, USA, now the U.S. Army’s chief of staff, told lawmakers in May. “It is going to transform the way we train soldiers and the way soldiers operate in combat. We’re excited about it.”
Military communicators have long been transmitting and receiving signals to aid decision making and warfighter operations. But the ability to transmit and receive radio signals on the same frequency, simultaneously, would prove to be a crucial ability, researchers say. This capability, known as same-frequency simultaneous transmission and reception, or SF-STAR, employed with full-duplex radio technology could well be a superpower, says Taneli Riihonen, assistant professor, Information Technology and Communication Sciences, Tampere University, Finland.
NATO’s Science and Technology Organization took notice of the military potential of same-frequency simultaneous transmission and reception, or SF-STAR, capability employed with full-duplex radio technology, and in 2017 formed an exploratory team to examine the potential use in tactical communications and electronic warfare.
Developed during the Cold War to direct U.S. and NATO fighter aircraft against the threat of incoming Soviet aircraft over Western Europe, the Link 16 datalink system is now becoming a ubiquitous situational awareness and command and control tool capable of providing all echelons and services with both theater and tactical battlespace data.
Every modern military today owes a major portion of its capabilities to electronics-based technologies that have automated or improved warfighting capabilities. Defense electronics have promoted and driven a revolution in military affairs that shows no signs of abating, and their impact is likely to increase in the coming years. Further, commercial electronic technologies are taking an ever-expanding role in the national security market. But this revolution brings with it potential hazards that go beyond conventional threats.
As part of Sandia National Laboratories' quest to develop hypersonic solutions, a group of university students working at the labs this summer developed autonomy and artificial intelligence capabilities for hypersonic flight systems. They tested the capabilities on unmanned aerial vehicles, or UAVs.
Civil libertarians are wrong to fear facial recognition and other biometric identity technologies. But, they will fundamentally change the way we must think about privacy and could have very negative consequences for democracy if not regulated correctly, said constitutional law professor Jonathan Turley, George Washington University, at the AFCEA International Federal Identity Forum and Expo in Tampa, Florida.
Facial recognition “is perfectly suited to blow privacy law to pieces,” Turley told the audience in his closing keynote.
One or two inaccurate studies, amplified by a media focused on conflict, have stoked Americans’ concern about facial recognition, tainted the public conversation and led to flawed legislative proposals to ban the technology, experts told AFCEA International’s Federal Identity Forum and Expo Wednesday.
“We had a couple of academic papers come out that unfortunately were pretty wrong, to be blunt,” said Duane Blackburn, a science and technology policy analyst with The Mitre Corporation, and one of the conference organizers.
Researchers have taken a new approach to developing robots—using smaller robots known as “smarticles” to unlock the principles of a potentially new locomotion technique. The 3D-printed smarticles—short for smart active particles—can only do one thing: flap their two arms. But when five of these smarticles are narrowed in a circle, they begin to push one another, forming a robophysical system known as a “supersmarticle” that can move by itself. Adding a light or sound sensor allows the supersmarticle to move in response to the stimulus.
Facial recognition technology has become “spectacularly” more effective at matching an individual with their photo in a gallery of millions of pictures, according to the latest research by U.S. government scientists.
“The algorithms now are spectacularly more successful [at matching two pictures of the same person] than they were when we first tested this technology in 2010,” Patrick Grother, the biometrics testing project leader at the National Institute of Standards and Technology (NIST) told AFCEA International’s Federal ID Forum and Expo Tuesday.
The identification verification tools that easily work at the corner bank to access cash or online to pay a bill don't work as easily on the battlefield, where the simple action of pulling a card out of a pocket is clumsy at best and impossible at worst. To address this challenge in harsh environments, the U.S. Army is introducing tokens that can be incorporated into wearables as small as bracelets or dog tags.
Sandia National Laboratories researchers are ready to commercialize tiny, gold antennas to help cameras and sensors deliver clearer pictures of thermal infrared radiation for everything from stars and galaxies to people, buildings and items requiring security, lab officials announced today. In a Laboratory Directed Research and Development project, a team of researchers developed a nanoantenna-enabled detector that can boost the signal of a thermal infrared camera by up to 3 times and improve image quality by reducing dark current, a major component of image noise, by 10 to 100 times.
At the Combat Capabilities Development Command at Aberdeen Proving Ground, Maryland, researchers in the Science and Technology Directorate are working to meet a joint urgent operational needs statement regarding biometric dominance. The directorate’s Intelligence Systems and Processing Division is creating two biometric systems, called VICE and VIBES, to protect warfighters as well as discern media fakes, explained Keith Riser, computer scientist, Intelligence Systems and Processing Division, Intelligence and Information Warfare Directorate.
The days of holding onto legacy IT systems are over. Last year’s Executive Order has made data center and IT modernization an issue of “how” and “when,” not “if.” Despite the mandate to modernize, federal government agencies often struggle to transition from legacy facilities and legacy mindsets, largely because of three myths.
Myth #1: “Our legacy systems are working just fine.”
The slow speed of modernization is partly due to the idea that decades-old systems still seem to be working. You may see this mindset in your own agency: If it has served us well for this long, why would we change?
The synthetic biology-related work that scientists at the Army Research Laboratory are performing may seem as if it is taken from a science fiction novel: harnessing the DNA of microbes to engineer military solutions such as self-healing paint on a tank. But to support soldiers of the future, this may be what is needed, a researcher says. The Army has to prepare soldiers to fight in multidomain operations across dense urban environments, megacities or austere environments, and synthetic biology capabilities could provide fuel sources, protective coatings, food or other necessities.
Broadcast on CyberSecurity TV by TV Worldwide, the latest episode of AFCEA’s Innovation Shark Tank Series on November 19 featured five companies offering government solutions addressing cybersecurity, the STEM workforce, cloud migration, security of Industrial Internet of Things devices and mobile application development.
The companies were competing for selection to the association’s Shark Tank finals to be held April 22-24, 2019, at its planned joint homeland security conference with the Department of Homeland Security (DHS) at the Ronald Reagan Building in Washington, D.C.