• Shadow Figment Technology Foils Cyberattacks

    Scientists have created a cybersecurity technology called Shadow Figment that is designed to lure hackers into an artificial world, then stop them from doing damage by feeding them illusory tidbits of success.

  • Lawmakers Question DOJ Funding of Unproven Predictive Policing Technology

    Lawmakers asked the Justice Department to account for how it funds and oversees so-called predictive policing programs, especially whether the programs actually reduce crime, and the potential to amplify biased results that harm marginalized groups. “We ask DOJ to help ensure that any predictive policing algorithms in use are fully documented, subjected to ongoing, independent audits by experts, and made to provide a system of due process for those impacted,” the lawmakers wrote.

  • Reframing Infrastructure Security

    Infrastructure has always been a target in warfare, says Mikhail Chester, an ASU professor of civil and environmental engineering. “Think about military aircraft dropping bombs on bridges or railroad lines,” he says. Chester points to the recent ransomware attack that shut down one of America’s largest fuel pipeline networks. “This kind of problem is growing, and it can’t be solved through remedial repairs to old infrastructure,” Chester said.

  • Offshore Carbon Capture, Storage

    Carbon capture and storage is the practice of trapping and disposing of carbon dioxide in rock below the seafloor or earth’s surface to reduce buildup of this greenhouse gas in the atmosphere.

  • DHS Awards $4.2 Million to U.S. Small Business for Homeland Security R&D

    DHS S&T announced the award of 29 competitive research contracts to 25 small businesses across the United States to participate in Phase I of the DHS Small Business Innovation Research (SBIR) Program. Each project will receive up to $150,000 from the DHS SBIR Program to conduct proof-of-concept research over a five-month period to address specific homeland security technology needs.

  • New Material Could Aid in Nuclear Nonproliferation

    A newly discovered quasicrystal that was created by the first nuclear explosion at Trinity Site, N.M., on July 16, 1945, could someday help scientists better understand illicit nuclear explosions and curb nuclear proliferation. The newly discovered material was formed accidentally in the blast of the first atomic bomb test, which resulted in the fusion of surrounding sand, the test tower, and copper transmission lines into a glassy material known as trinitite.

  • Enhanced Rescue Hoist Glove Available for Responders

    An enhanced rescue hoist glove will soon be available for first responders. DHS and partners worked to identify and develop the best materials with which to create a more durable and flexible glove for rescue hoist operations.

  • Shape-Shifting Computer Chip Thwarts an Army of Hackers

    A processor is the piece of computer hardware that runs software programs. Since a processor underlies all software systems, a secure processor has the potential to protect any software running on it from attack. We have developed and tested a secure new computer processor that thwarts hackers by randomly changing its underlying structure, thus making it virtually impossible to hack.

  • Everything You Need to Know about the Iron Dome

    Iron Dome has been in use since 2011, but it is this most recent conflict that has exposed its capabilities to the Israeli public. As heavy rocket fire reaches multiple and widespread locations across the country, many citizens are breathing much easier knowing that they are under the protection of this wonder.

  • Nuclear Terrorism Could Be Intercepted by Neutron-Gamma Detector

    Scanning technology aimed at detecting small amounts of nuclear materials was unveiled by scientists. The technology can be used in airports and seaports for routine inspection of passengers and goods.

  • Solar Geoengineering May Alleviate Impacts of Global Warming on Crops

    Solar geoengineering — putting aerosols into the atmosphere to reflect sunlight and reduce global warming — is not a fix-all for climate change but it could be one of several tools to manage climate risks. A growing body of research has explored the ability of solar geoengineering to reduce physical climate changes. But much less is known about how solar geoengineering could affect the ecosystem and, particularly, agriculture.

  • Hydropower’s Evolving Value to the Grid and Energy Storage

    Across the United States, hydroelectric dams are capturing energy from river water to create electricity that powers everything from street lights to mega industrial plants. Hydropower represents 41 percent of all renewable energy generated across the nation and is a key element of a flexible, resilient electric grid. But in some parts of the country, operations at dams are changing.

  • Tracking Drones in Urban Settings

    As drones become more popular and more worrisome from a security standpoint, many projects have sought to engineer systems to spot them. Engineers are using machine learning and radar to detect drones in complicated urban settings.

  • Claims of Microwave Attacks Are Scientifically Implausible

    Allegations about microwave attacks on U.S. personnel have been reported regularly, some going back decades. The recent wave of reports started in 2016, with reports from the American and Canadian diplomatic missions in Havana, hence the name “Havana syndrome.” “Here’s the problem,” Cheryl Rofer writes. “Aside from the reported syndromes, there’s no evidence that a microwave weapon exists—and all the available science suggests that any such weapon would be wildly impractical. It’s possible that the symptoms of all the sufferers of Havana syndrome share a single, as yet unknown, cause; it’s also possible that multiple real health problems have been amalgamated into a single syndrome.”

  • Protecting Critical Energy Infrastructure

    Increasingly, both Israel and the U.S. face costly cyberattacks that can cause severe damage to critical energy infrastructure. A new consortium will develop, integrate, and test technologies, and demonstrate high value cyberattack mitigation technologies on the energy infrastructure, using data analytics, artificial intelligence, and machine learning.