Avoiding Contamination from Chem/Bio/Nuke Weapons
Tactics, techniques and procedures that military forces should use to avoid contamination from an attack involving chemical, biological, radiological and nuclear (CBRN) weapons are set forth in a recent military manual (large pdf).
“The possibility that an adversary will use CBRN weapons against the United States and its allies continues to increase daily,” the manual states.
“If these weapons are used, our forces must be ready to implement the principles of CBRN defense [including] contamination avoidance, protection, and decontamination.”
“Executed at all levels and coupled with an effective retaliatory response, these fundamentals will increase the likelihood of a US victory.”
See “Multiservice Tactics, Techniques, and Procedures for Chemical, Biological, Radiological and Nuclear Contamination Avoidance,” U.S. Army, Marine Corps, Navy, and Air Force, February 2006 (13.5 MB PDF).
FAS and FLI partnered to build a series of convenings and reports across the intersections of artificial intelligence (AI) with biosecurity, cybersecurity, nuclear command and control, military integration, and frontier AI governance. This project brought together leaders across these areas and created a space that was rigorous, transpartisan, and solutions-oriented to approach how we should think about how AI is rapidly changing global risks.
Investment should instead be directed at sectors where American technology and innovation exist but the infrastructure to commercialize them domestically does not—and where the national security case is clear.
To tune into the action on the ground, we convened practitioners, state and local officials, advocates, and policy experts to discuss what it will actually take to deploy clean energy faster, modernize electricity systems, and lower costs for households.
From grassroots community impacts to global geopolitical dynamics, understanding developing data center capacities is emerging as a critical analytical challenge.