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Mesh Sensing for Air and Missile Defense

Affordable mass has become the watchword of defense modernization, be it swarms of drones or satellite constellations. What could such an approach mean for air and missile defense? Networks of passive, proliferated sensors could make one meaningful contribution. 

Report by Masao Dahlgren, Patrycja Bazylczyk, and Tom Karako — July 21, 2025

Defense Priorities in the Open-Source AI Debate

Open-source model regulation is the hottest debate in AI policy. Despite appeals made to national security, proposed constraints on open-source AI distribution might put defense supply chains at risk. This brief assesses those implications for the Joint Force.

Brief by Masao Dahlgren — August 19, 2024

Getting on Track: Space and Airborne Sensors for Hypersonic Missile Defense

The Department of Defense is racing to build a constellation of satellites for tracking elusive hypersonic missiles. As these first satellites enter orbit, how should policymakers measure success? In a new report, CSIS unpacks the tradeoffs involved and pitfalls to avoid.

Report by Masao Dahlgren — December 18, 2023

Boost-Phase Missile Defense

This CSIS study provides a fresh assessment of issues related to boost-phase defense, including how missile threats are evolving and broader technological trends. It examines prior boost-phase studies for lessons learned and highlights new intercept capabilities.

Report by Ian Williams, Masao Dahlgren, Thomas G. Roberts, and Tom Karako — June 24, 2022