A cybersecurity team wants to prevent unauthorized external MCP server registration.
Which safeguard

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

The correct answer is B. Implementing trusted MCP server allowlists (whitelists) ensures that only pre-approved servers are permitted to register and interact with the AI system. Coupled with certificate validation, this strategy verifies the identity and authenticity of registering servers, effectively preventing unauthorized or malicious entities from spoofing legitimate MCP servers. This is a critical security control

Q: A cybersecurity team wants to prevent unauthorized external MCP server registration. Which safeguard is BEST?

The correct answer is B. Implementing trusted MCP server allowlists (whitelists) ensures that only pre-approved servers are permitted to register and interact with the AI system. Coupled with certificate validation, this strategy verifies the identity and authenticity of registering servers, effectively preventing unauthorized or malicious entities from spoofing legitimate MCP servers. This is a critical security control

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

A. A. Open dynamic registration for all endpoints · B. B. Trusted MCP server allowlists and certificate validation · C. C. Randomized authentication · D. D. Shared public credentials

Question

A cybersecurity team wants to prevent unauthorized external MCP server registration.
Which safeguard is BEST?

FirstInTest · Accepted Answer

Implementing trusted MCP server allowlists (whitelists) ensures that only pre-approved servers are permitted to register and interact with the AI system. Coupled with certificate validation, this strategy verifies the identity and authenticity of registering servers, effectively preventing unauthorized or malicious entities from spoofing legitimate MCP servers. This is a critical security control in enterprise environments to maintain the integrity and security of the AI ecosystem and prevent supply chain attacks or unauthorized data access. Open dynamic registration (A) is highly insecure and creates an attack surface. Randomized authentication (C) is not a standard security practice and would cause operational issues. Shared public credentials (D) offer no security and leave the system vulnerable.

Answer

A. Open dynamic registration for all endpoints

Answer

B. Trusted MCP server allowlists and certificate validation

Answer

C. Randomized authentication

Answer

D. Shared public credentials

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