Secure Engineering & Architecture

Mechanisms exist to standardize technology and process terminology to reduce confusion amongst groups and departments.


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Secure Engineering & Architecture

Mechanisms exist to identify non-essential functions or services that are capable of being outsourced to external service providers and align with the organization's enterprise architecture and security standards.


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Secure Engineering & Architecture

Mechanisms exist to conduct ongoing “technical debt” reviews of hardware and software technologies to remediate outdated and/or unsupported technologies.


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Secure Engineering & Architecture

Mechanisms exist to implement security functions as a layered structure minimizing interactions between layers of the design and avoiding any dependence by lower layers on the functionality or correctness of higher layers.


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Secure Engineering & Architecture

Mechanisms exist to partition systems so that partitions reside in separate physical domains or environments.


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Secure Engineering & Architecture

Mechanisms exist to separate user functionality from system management functionality.


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Secure Engineering & Architecture

Mechanisms exist to implement a separate execution domain for each executing process.


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Secure Engineering & Architecture

Mechanisms exist to isolate security functions from non-security functions.


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Secure Engineering & Architecture

Mechanisms exist to implement underlying hardware separation mechanisms to facilitate process separation.


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Secure Engineering & Architecture

Level N/A

Mechanisms exist to maintain a separate execution domain for each thread in multi-threaded processing.


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