A cybersecurity assistant has access to infrastructure-deletion tools. Security teams want to minimi

Q: What is the correct answer for Claude CCA-F Claude CCA-F?

The correct answer is B. For tools with high destructive potential, such as infrastructure deletion, it is paramount to implement robust safeguards within the tool's description. This involves adding explicit warnings about the irreversible nature of the action and incorporating approval requirements (e.g., human confirmation, multi-factor authentication) that Claude must recognize and facilitate. Increasing randomness wo

Q: A cybersecurity assistant has access to infrastructure-deletion tools. Security teams want to minimize accidental destructive actions. What is the BEST safeguard?

The correct answer is B. For tools with high destructive potential, such as infrastructure deletion, it is paramount to implement robust safeguards within the tool's description. This involves adding explicit warnings about the irreversible nature of the action and incorporating approval requirements (e.g., human confirmation, multi-factor authentication) that Claude must recognize and facilitate. Increasing randomness wo

Q: What are the options for this Claude CCA-F Claude CCA-F question?

A. A. Increase randomness · B. B. Add explicit destructive-action warnings and approval requirements · C. C. Reduce context windows · D. D. Remove tool metadata

Question

A cybersecurity assistant has access to infrastructure-deletion tools. Security teams want to minimize accidental destructive actions. What is the BEST safeguard?

FirstInTest · Accepted Answer

For tools with high destructive potential, such as infrastructure deletion, it is paramount to implement robust safeguards within the tool's description. This involves adding explicit warnings about the irreversible nature of the action and incorporating approval requirements (e.g., human confirmation, multi-factor authentication) that Claude must recognize and facilitate. Increasing randomness would make the system less predictable and more dangerous. Reducing context windows or removing tool metadata would hinder the model's ability to understand and safely use the tools. This practice is vital for preventing catastrophic errors in critical enterprise IT operations.

Answer

A. Increase randomness

Answer

B. Add explicit destructive-action warnings and approval requirements

Answer

C. Reduce context windows

Answer

D. Remove tool metadata

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