The Department of Homeland Security (DHS) Science and Technology Directorate (S&T) is working with the Transportation Security Administration (TSA) to evaluate new identity verification technology that can reduce the time it takes for travelers to pass through security. Proof-of-concept testing is taking place in select TSA Precheck lanes at Atlanta Hartsfield-Jackson Airport and Denver International Airport.
Northeastern University will develop a system that organizations and individuals can use to audit and control personally identifiable information leaks from connected devices. The research team will investigate how to use machine learning to reliably identify the information in network flows and will develop algorithms that incorporate user feedback to adapt to the constantly changing landscape of privacy leaks.
The FBI examined 160 active shooter/mass murder incidents between 2000 and 2013 and found that 70 percent of these attacks occurred in schools or businesses. They also reported that these incidents are on the rise. As active shooter events have continued throughout the nation, various tactics have emerged, including the attack at Ohio State University where a student utilized a vehicle as a weapon and then assaulted victims with a knife. This same method of attack has occurred in other locations. Unfortunately, we can also predict that the use of explosives in such an attack is likely to happen in the future.
Someone’s always watching. In malls, stadiums, train stations, parking garages, airports—security cameras are everywhere. But with so much information flowing in, it can be challenging for the people in the control rooms monitoring activity to catch every little detail. And surprisingly, most mainstream video security technology lacks sound, color or both. That’s where Chongeun Lee, a MITRE engineer specializing in biometrics, comes in.
Researchers at North Carolina State University (NC State) are launching a project to find new ways to detect and track unmanned aircraft in U.S. airspace. The project seeks to research and develop high-performance communications, networking and air traffic management (ATM) systems, including navigation and surveillance for both manned aircraft and unmanned aerial vehicles (UAVs). The work is supported by a three-year, $1.33 million grant from NASA’s University Leadership Initiative.
Sandia National Laboratory researchers have discovered a cost-effective and simpler way to detect nuclear material. Their research makes use of organic glass scintillators that, when employed, could make it harder to smuggle nuclear materials though U.S. ports and borders.
The team of researchers created a scintillator—a device used to detect nuclear threats—out of an organic glass material instead of relying on the standard material called trans-stilbene, crystalline in the form of a molecule, according to a Sandra Lab press release.
This isn’t their first rodeo.
Ten teams from around New Mexico will compete in 10 events testing robots’ speed and security in simulated yet realistic scenarios, according to a laboratory news release. While the top three teams will receive trophies, participants mainly are vying for bragging rights, says Jake Deuel, Sandia’s robotics manager and rodeo coordinator.
As the Defense Department and other government agencies begin to recognize the benefits of working with smaller, innovative technology companies, the potential for insider threats and cyber attacks grows. And now, all federal contractors face a deadline to implement a step to protect against these outside cybersecurity risks and threats from the inside.
Beginning today, all cleared government contractors must complete insider threat employee awareness training prior to being granted access to classified information and every year thereafter. The mandate is part of NISPOM Change 2, a U.S. government regulation that requires insider threat programs for cleared federal contractors.
The U.S. Department of Homeland Security (DHS) has submitted a report to Congress that shows some good and bad news about the security of the government’s mobile device environment. "Threats to the mobile device ecosystem are growing, but also ... the security of mobile computing is improving,” said Dr. Robert Griffin, DHS acting undersecretary for science and technology, in a written announcement.
As if facing down escalating terror, cyber and insider threats is not enough, private businesses are hamstrung by limited budgets that make choosing how and when to defend themselves more and more difficult. This rising cluster of threats demands intense security and substantial financial resources to protect people and assets.
The struggle is most pronounced in the homeland, where private parties own the majority of assets and critical infrastructure. Relying exclusively on the U.S. government for support is no longer an option—they must engage just as vigorously after an attack.
The U.S. Department of Homeland Security’s Customs and Border Protection (CBP) has determined the Remote Video Surveillance System (RVSS) upgrade has achieved a full operating capability. The RVSS capability is currently operational in Nogales, Douglas, Naco, Yuma and Ajo, Arizona, with relocatable deployments planned this year in McAllen and Laredo, Texas.
Located on elevated towers and structures, the RVSS advanced electro-optical and infrared sensors provide persistent ground surveillance to border patrol agents. It uses a video management system with real-time analytics to effectively detect, track, identify, classify and respond to missions along U.S. borders.
Enemy states and terrorist groups increasingly are developing the means to wage an attack on a nation’s power grid just as electric companies are relying more on automated information technology. Vulnerable supervisory control and data acquisition, or SCADA, systems offer access for attackers, who also are learning more devastating ways of bringing down a grid.
Small nation-states and organizations, in particular, are cultivating advanced methods of attacking electrical grids, and these groups may not be as inhibited about setting an attack in motion as the larger, well-known cyber superpowers. Many threats to the grid already may be in place, undetected and at work, ready for launching at will.
Homeland security researchers are defining the specifications for a central hub device that will protect, connect and inform the next generation of first responders and may be one step toward a miniature Internet of Things designed specifically for emergencies. The hub may be a personal cellphone that will provide a customizable feed of voice, video and data from an array of Internet of Things sensors, enhancing response efforts and ultimately saving lives.
The integrity of the U.S. Navy suffers today because the integrity of the force depends on capability, capacity and readiness—three areas that have taken a beating with a Navy at war for 15 years and the budget shortfalls threatening so many military arenas, said Adm. Philip Davidson, USN, commander of U.S. Fleet Forces Command.
The U.S. government is expanding and enhancing training on how to protect the nation’s critical infrastructure from both cyber and physical attacks.
For more than a decade, the U.S. Department of Homeland Security (DHS) has offered a wide array of free training programs to government and private-sector infrastructure owners and operators. Critical infrastructure provides the essential services that underpin American society and serves as the backbone of the nation’s economy, security and health. It includes defense, transportation, finance, communications and other sectors.
The Department of Homeland Security (DHS) Science and Technology Directorate has announced an opportunity for manufacturers of Global Positioning System (GPS) equipment used in critical infrastructure to test their products against GPS jamming and spoofing.
The GPS Testing for Critical Infrastructure (GET-CI) event, to be held April 17-21, at the Muscatatuck Urban Training Center in Butlerville, Indiana, is the first in a series of test opportunities.
Now that Donald Trump has become the 45th president of the United States, he will be exposed to the nation’s soft underbelly: cybersecurity. Given rapid advancements in information and communication technologies, continued coupling of the digital domain with the physical world and advanced persistent threats, critical infrastructure protection poses a major challenge for the United States.
This is where the president should focus his efforts. But is either the Department of Homeland Security or the Defense Department the right agency for cyber protection?
Douglas Maughan, director of the Cyber Security Division at the U.S.
Radiation detection is critical to security across the globe. Led by the World Customs Organization, the industry is moving from a simple detection model to intelligent detection, which employs holistic solutions to improve radiation detection universally.
The strongest assembled securities available today can’t fully safeguard the nation’s critical infrastructure assets. But the good news is that these vulnerabilities are front and center on official radars and primed for increased attention. For starters, the Department of Homeland Security (DHS) has designated November as Critical Infrastructure Security and Resilience (CISR) month.