Ensuring Mission Assurance While Conducting Rapid Space Acquisition
ResearchPublished Dec 15, 2022
As the U.S. Space Force (USSF) pursues rapid acquisition of warfighting capabilities, a key question is whether the streamlining techniques being used to get new space systems to operators quickly create mission assurance vulnerabilities. The authors of this report examine the techniques being used to accelerate USSF acquisition, the risks associated with them, their potential impact on mission assurance, and the possible mitigations.
ResearchPublished Dec 15, 2022
The U.S. Space Force (USSF) faces potential adversaries that have demonstrated increasingly effective counterspace capabilities. To outpace these threats, the USSF is pursuing rapid acquisition of warfighting capabilities. A key question is whether the acceleration of acquisition by the USSF using various techniques introduces any critical new risks. In particular, do the adaptations and streamlining techniques being used to get new space systems to operators quickly create new (or exacerbate existing) vulnerabilities and challenges to mission assurance (MA) (i.e., the ability of operators to achieve their mission, continue critical processes, and protect people and assets in any operating environment or conditions)?
In this report, the authors identify critical risks to mission assurance created by rapid acquisition, assess the potential impacts of these risks, and recommend possible mitigations. Their findings are based on a review of government policies and literature on acquisition and discussions with over 40 subject-matter experts from the USSF, the Department of the Air Force (DAF), and federally funded research and development centers. The authors identified potential sources of risks, created a framework for managing risks to MA, identified potential mitigation strategies and explored the potential benefit of analyzing DAF data to identify common issues in rapid acquisition programs.
The research reported here was commissioned by the U.S. Space Force, Chief of Space Operations, and conducted by the Resource Management Program of RAND Project AIR FORCE.
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