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High Performance Microchip Supply - Under Secretary of Defense ...

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FINDINGS ___________________________________________________________________<br />

although some risk is inherent in legacy part<br />

redesigns.<br />

Additional study by both the DOD and its suppliers<br />

is needed to determine how best to assure supplies<br />

<strong>of</strong> obsolete parts needed for system repair and<br />

replacement.<br />

Although there have been concerns about isolated<br />

supply problems (e.g., radiation-hardened and<br />

obsolete parts supplies), the full integrated supply<br />

problem has emerged onto the acquisition agenda<br />

and is only now being fully identified. DOD lacks a<br />

stable long-term investment, technology, and<br />

acquisition strategy capable <strong>of</strong> meeting its and its<br />

suppliers microelectronic component supply needs.<br />

Attempts to deal with microelectronics supply<br />

issues have been limited to isolated efforts to date.<br />

DOD lacks a long-term plan for the preservation <strong>of</strong><br />

U.S. information superiority, which is a cornerstone<br />

<strong>of</strong> U.S. national security. The department must<br />

either develop such a plan or be prepared to<br />

surrender this advantage, i.e., identify the<br />

alternative means by which national security will be<br />

assured in a regime <strong>of</strong> information inferiority.<br />

This conclusion is a call for the U.S. government in general, and<br />

the DOD and its suppliers specifically, to establish a series <strong>of</strong><br />

activities to ensure that the United States maintains reliable access to<br />

the full spectrum <strong>of</strong> microelectronics components, from commodity<br />

and legacy, to state-<strong>of</strong>-the-art parts, and application-specific ICs<br />

special technologies. These activities must provide assurance that<br />

each component’s trustworthiness (confidentiality, integrity, and<br />

availability) is consistent with that component’s military application.<br />

Over time, semiconductor design and production will almost<br />

certainly become more, not less, globalized, making risk mitigation<br />

strategies that rely strictly on domestic design and production<br />

increasingly difficult, if not impossible, to implement. Commercial<br />

firms may be eager to contract design and production services, but<br />

52 _________________________________________________________ DSB TASK FORCE ON

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