10 Questions
The security design should not be modular according to the Modularity Principle.
False
The Modularity Principle allows for upgrading individual parts of the security design without affecting the entire system.
True
Well-defined procedures for tracking flaws are not part of the Modularity Principle.
False
The principle of modularity helps in fixing flaws without considering priority severity.
False
Modularity considerations are not required when taking action for a maintenance release or bug fix.
False
The Modularity Principle in cybersecurity refers to the development of security functions as a single, unprotected module.
False
Implementing cryptographic functions separately in each protocol or application is considered a more secure design approach.
False
According to the Modularity Principle, each security mechanism should be able to support migration to new technology without requiring a system redesign.
True
The main goal of providing common security functions and services as separate modules is to increase the complexity of the security system.
False
Modularity in security architecture does not require mechanisms to protect modules from tampering.
False
Explore the concept of Modularity Principle in cybersecurity design, including recognizing its importance and application in security functions. Learn about modular architecture for mechanism design and implementation in the context of security.
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