Signals
Laredo, Texas Deployment
|Signal #3 | May 20, 2025 |
Specialist security intelligence across five verticals: Radiation, CBRNE, C-UAS, PIDS, Maritime.
Signals
|Signal #3 | May 20, 2025 |
Incidents
Facility Type: Construction Isotope: Cs-137 / Am-241/Be Activity: ~10 mCi Cs-137, ~40 mCi Am-241/Be Summary: InstroTek gauge run over by water truck at Gilbert construction site. Source remained shielded, no release. Source: Arizona Radiation Regulatory Agency
References
What happens when materials that power our medical treatments and industrial processes, like Cobalt-60 (Co-60) and Cesium-137 (Cs-137), are caught in a fire? It’s a scenario with serious implications for public safety and our environment. These radioactive sources, vital in everything from cancer therapy to food irradiation, could accidentally
Incidents
Facility Type: Construction Isotope: Cs-137 / Am-241/Be Activity: 8 mCi Cs-137, 40 mCi Am-241/Be Summary: Humboldt moisture density gauge stolen from vehicle in Houston. Source: NRC Event Notification
References
How radioactive material enters the scrap supply chain, what detection systems catch it, and how facilities should respond to alarms.
Briefings
Published: May, 2025 Incident Date: February 26–27, 2025 Location: Kernersville, North Carolina, USA Category: Theft Isotope: Ir-192 Activity: 2.74 TBq (74 Ci)
Signals
Explore the biggest April 2025 news in radiation detection — product launches, partnerships, financial insights & tech breakthroughs driving industry growth.
References
How RPMs work, where they're deployed, and what operators need to know about detection thresholds, alarm management, and throughput trade-offs.
Signals
Explore the top innovations and policy updates in radiation detection from March 2025—impacting security, medicine, and nuclear tech.
References
Explore how different radiation detectors work, from gas-filled tubes and scintillators to semiconductors and passive dosimeters. Learn the physics and applications in this accessible guide for an educated audience.
References
How ionizing radiation interacts with biological tissue — acute vs. chronic exposure, dose thresholds, and the mechanisms behind radiation injury.
References
Radiation, from sunlight to medical tech, is all around us but can be both helpful and harmful. Understanding ionizing vs. non-ionizing types, health risks, and safety limits is key to making smart choices for health, tech, and the environment. Let’s unpack the science behind the scenes.