A new compilation (large pdf) of official records, news releases and other documentation provides a fairly comprehensive account of the Sea-Based X-Band Radar (SBX), an ambitious missile defense program intended to track warheads in flight and to cue ground-based interceptor missiles.
The SBX, constructed aboard a modified semi-submersible oil platform, departed Hawaii last month and arrived this week in the waters near Alaska’s Aleutian Island chain, according to a February 7 release from the Missile Defense Agency.
Hundreds of pages of background material on the program were assembled by independent researcher Allen Thomson.
“The SBX story has been an interesting one, in my opinion, and I think it might become even more interesting when the history of NMD/GMD is written,” Mr. Thomson told Secrecy News. “Right now, I’m waiting to see if the second CS-50 platform nearing completion at Severodvinsk is going to be bought by Boeing for SBX-2.”
See “Sea-Based X-Band Radar (SBX) Sourcebook” by Allen Thomson (19 MB PDF).
Related background is also available from the Congressional Research Service in “Sea-Based Ballistic Missile Defense — Background and Issues for Congress” (pdf), updated December 19, 2006.
To secure the U.S. bio-infrastructure, maintain global leadership in biotechnology, and safeguard American citizens from emerging threats to their privacy, the federal government must modernize its approach to human genetic and biological data.
To ensure an energy transition that brings broad based economic development, participation, and direct benefits to communities, we need federal policy that helps shape markets. Unfortunately, there is a large gap in understanding of how to leverage federal policy making to support access to capital and credit.
From use to testing to deployment, the scaffolding for responsible integration of AI into high-risk use cases is just not there.
OPM’s new HR 2.0 initiative is entering hostile terrain. Those who have followed federal HR modernization for years desperately want this effort to succeed.