This CSIS analysis details how escalation and deterrence dynamics change with the increasing use of UAS in conflict areas and examines several cases of how these dynamics might realistically occur.
Despite some missile defense advocates’ claims that 24 satellites could form the basis of a boost-phase space-based missile interceptor (SBI) system, many physicists do not agree. A better question is how could a satellite constellation of this size best contribute to U.S. missile defense?
The deployment of a space-based missile intercept layer would require launching hundreds or thousands of weapons into space – an expensive, inefficient, and provocative proposition.
In these circumstances, the aerospace field offers tremendous capabilities for effective disaster response. By analyzing the capabilities offered by these aerospace technologies, it becomes clear that increased funding and development would prove a boon to effective disaster response and recovery.
What are the U.S. Air Force’s true programmatic priorities in 2018 and 2019? The Aerospace Security Project took a look at the budget to find out what the Air Force is really investing in.
There’s never been a war in the space domain, but some believe it won’t be that way forever. For 60 years, space has been the exception: the one domain that has remained free from the scars of war. By better understanding the dynamics of the second space age, we may be able to keep it that way.
The idea of space-based missile interceptors is not new nor prohibited, but it is a bad idea. This piece looks beyond the policy arguments and explores the inefficiencies and vulnerabilities of space-based missiles.
While the use of drones in West Africa is an operational tool, Alice Hunt Friend contends that they will make the U.S. counterterrorism efforts harder to acquire.
In this episode of The CSIS Podcast, Todd Harrison and Tom Karako discuss the future of U.S. missile defense after North Korea tested its longest-range missile yet, the Hwasong-15.
The conventional wisdom is that existing unmanned aircraft systems (UAS) are not capable of operating in contested environments. However, new thinking can enable the use of existing UAS to support operations in such environments.