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DETECTIONTechnologies for Identifying Deepfakes, Cyberattacks and Drone Threats
Artificial intelligence, advanced sensor technologies and immersive simulation are opening new possibilities for law enforcement and public security agencies.
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MISSILESA Web of Sensors: How the U.S. Spots Missiles and Drones from Iran
U.S. military presence near Iran includes dozens of locations and tens of thousands of troops in harm’s way. This raises the question: If a missile is launched from Iran toward a U.S. military base in the region, how do service members know in time to stay safe?
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NUCLEAR SAFETYDOGE Goes Nuclear: How Trump Invited Silicon Valley Into America’s Nuclear Power Regulator
The Trump administration has been particularly aggressive in its attacks on the Nuclear Regulatory Commission, the bipartisan independent regulator that approves commercial nuclear power plants and monitors their safety. The agency is not a household name. But it’s considered the international gold standard, often influencing safety rules around the world.
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RADIATION DETECTIONQuickly and Precisely Localizing Radioactive Material
Radioactive, chemical or biological substances are undetectable to humans in threatening situations and difficult to detect with remote sensing. Researchers at the Fraunhofer Institute for Communication, Information Processing and Ergonomics FKIE use specially equipped drones and robots to quickly and precisely localize radioactive sources.
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NUCLEAR SAFETYHow Hollywood-Style “Break in” Rooms Are Securing the Future of Nuclear
Security is paramount for the nation’s current fleet of light water reactors, but the stakes for small modular reactors are especially high. Small modular reactors promise quicker build timelines and lower operating costs than light water reactors. They achieve these enhancements through better designs, higher levels of automation and smaller operating crews. But those same design choices could expand the opportunity for cyber and insider threats.
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NUCLEAR RISKSSmall Modular Reactors and the Nuclear Non-Proliferation Treaty
Small Modular Reactors (SMRs) are widely heralded as the next major leap in civilian nuclear energy. Beneath this optimism, however, lies a growing unease within the nuclear policy community relating to the nuclear weapons proliferation and safeguards challenges that SMRs pose to the existing global nuclear governance system.
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NUCLEAR SAFETYProtecting Next-Gen Reactors
As the United States accelerates deployment of advanced and small modular reactors (A/SMRs), the nuclear energy sector is embracing a digital future. While digital systems provide operators with big benefits, they can also create vulnerabilities that enable criminals to access critical infrastructure.
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NUCLEAR WASTELANL Waste Containers Successfully Depressurized
Technicians successfully completed the depressurization of four flanged tritium waste containers and moved them to a waste staging location on site. The containers were placed in temporary storage in 2007. Over the years, pressure gradually built in the containers. Alleviating that pressure was necessary to safely prepare them for eventual shipment offsite.
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AIRPORT SECURITYWalk-Through Screening System Enhances Security at Airports Nationwide
A new security screener that people can simply walk past may soon be coming to an airport near you. Last year, U.S. airports nationwide began adopting HEXWAVE to satisfy a new Transportation Security Administration (TSA) mandate for enhanced employee screening to detect metallic and nonmetallic threats.
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IGNORING DISASTERSRefinery Fires, Other Chemical Disasters May No Longer Get Safety Investigations
The typically thorough investigative process of chemical disasters, conducted by the Chemical Safety and Hazard Investigation Board (CSB), will not happen in the case of the October 2025 disaster at a Chevron refinery in El Segundo, California, because of the federal government shutdown and lack of funding for the organization. The CSB will be eliminated entirely under the proposed 2026 federal budget, raising the risk of more, and more serious, chemical disasters, not just in the U.S. but around the world.
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RDIOLOGICAL THREATSU.S. Army Taps INL’s Nuclear Expertise, Capabilities to Strengthen Radiological Response and Readiness
The mission of the U.S. Army’s Nuclear Disablement Team (NDT) is to disable potential enemies’nuclear capabilities. INL’s experts help train NDT team members for that mission.
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NUCLEAR EXPLOSION DETECTIONSpace-Based Nuclear Detonation Detection Mission Endures
Final Global Burst Detection system from current series launches as next series prepares for future launches. The network of satellites, sensors, and ground stations can detect, time-stamp, and record electromagnetic pulse energy in specific bands, and X-ray and optical signals.
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WMDTo Better Detect Chemical Weapons, Materials Scientists Are Exploring New Technologies
Chemical warfare is one of the most devastating forms of conflict. It leverages toxic chemicals to disable, harm or kill without any physical confrontation. Across various conflicts, it has caused tens of thousands of deaths and affected over a million people through injury and long-term health consequences.
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WMDAs AI Worsens WMD Threat, Australia Must Lead Response
When dealing with AI-enabled CBRN threats, we cannot afford to wait until the first catastrophic incident occurs. AI companies have acknowledged that frontier models have capabilities that, without adequate safeguards, could enable novices to create biological and chemical weapons.
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CHEMICAL HAZARDSFeds Move to Eliminate Petrochemical Watchdog, Putting Texans and Others at Risk
Amid increasingly intense weather, the Chemical Safety Board is the lone independent agency watching over the Gulf Coast’s petrochemical corridor.
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