Secure Engineering & Architecture

Mechanisms exist to prevent unauthorized and unintended information transfer via shared system resources.


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Secure Engineering & Architecture

Automated mechanisms exist to prevent the execution of unauthorized software programs.


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Secure Engineering & Architecture

Mechanisms exist to determine the Mean Time to Failure (MTTF) for system components in specific environments of operation.


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Secure Engineering & Architecture

Mechanisms exist to manage the usable lifecycles of technology assets.


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Secure Engineering & Architecture

Level N/A

Mechanisms exist to enable systems to fail to an organization-defined known-state for types of failures, preserving system state information in failure.


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Secure Engineering & Architecture

Level N/A

Mechanisms exist to implement fail-safe procedures when failure conditions occur.


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Secure Engineering & Architecture

Level N/A

Mechanisms exist to implement non-persistent system components and services that are initiated in a known state and terminated upon the end of the session of use or periodically at an organization-defined frequency.


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Secure Engineering & Architecture

Mechanisms exist to ensure that software and data needed for information system component and service refreshes are obtained from trusted sources.


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Secure Engineering & Architecture

Mechanisms exist to validate information output from software programs and/or applications to ensure that the information is consistent with the expected content.


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Secure Engineering & Architecture

Mechanisms exist to limit the dissemination of Personal Data (PD) to organization-defined elements identified in the Data Protection Impact Assessment (DPIA) and consistent with authorized purposes.


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