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Book
Improving Acquisition to Support the Space Enterprise Vision
Authors: --- --- --- --- --- et al.
Year: 2020 Publisher: Santa Monica, Calif. RAND Corporation

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Abstract

The Space Enterprise Vision (SEV), developed jointly by Air Force Space Command (AFSPC) and the National Reconnaissance Office in 2015, describes an integrated approach to building a force across all space mission areas, coupling the delivery of space capabilities with the ability to defend space capabilities. Achieving this vision requires reducing acquisition time lines and improving integration of the space enterprise. Given that the SEV requires a departure from the way space systems are currently acquired, AFSPC headquarters and Space and Missile Systems Center (SMC) asked RAND Project AIR FORCE (PAF) to assess key barriers to realizing the SEV and recommend ways to overcome those barriers to help achieve the SEV goals. The research team examined a range of potential approaches to support the goals of the SEV, based on a literature review and semistructured interviews with acquisition subject matter experts and sponsor guidance. PAF identified several promising alternative acquisition approaches that merit in-depth examination in this project: modular open system architectures (MOSA), agile acquisition, rapid prototyping. These concepts are not new, but implementing them in a Department of Defense (DoD) setting is challenging for a variety of reasons. Therefore, the examination focuses on likely challenges to implementation and recommendations to overcome them to improve the likelihood of success should these acquisition approaches have a role in the SEV. Each of these acquisition approaches can be implemented independently, but there are instances in which they may be used synergistically, as illustrated in the body of the report.

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Book
Measuring Cybersecurity and Cyber Resiliency
Authors: --- --- --- --- --- et al.
Year: 2020 Publisher: Santa Monica, Calif. RAND Corporation

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This report presents a framework for the development of metrics—and a method for scoring them—that indicates how well a U.S. Air Force mission or system is expected to perform in a cyber-contested environment. These metrics are developed so as to be suitable for informing acquisition decisions during all stages of weapon systems' life cycles. There are two types of cyber metrics: working-level metrics to counter an adversary's cyber operations and institutional-level metrics to capture any cyber-related organizational deficiencies. The cyber environment is dynamic and complex, the threat is ubiquitous (in peacetime and wartime, deployed and at home), and no set of underlying "laws of nature" govern the cyber realm. A fruitful approach is to define cyber metrics in the context of a two-player cyber game between Red (the attacking side) and Blue (the side trying to ensure a mission). The framework helps, in part, to reveal where strengths in one area might partially offset weaknesses in another. Additional discussions focus on how those metrics can be scored in ways that are useful for supporting decisions. The metrics are aimed at supporting program offices and authorizing officials in risk management and in defining requirements, both operational requirements as well as the more detailed requirements for system design used in contracts, the latter often referred to as derived requirements.

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