Which sequence correctly lists the firewall role derivation flow in the correct order?

Which sequence correctly lists the firewall role derivation flow in the correct order?

• A. Step 1: Server derived role → Step 2: User derived role → Step 3: Authentication default role → Step 4: Initial role assigned
• B. Step 1: User derived role → Step 2: Server derived role → Step 3: Initial role assigned → Step 4: Authentication default role
• C. Step 1: Authentication default role → Step 2: Initial role assigned → Step 3: Server derived role → Step 4: User derived role
• D. Step 1: Initial role assigned → Step 2: Authentication default role → Step 3: User derived role → Step 4: Server derived role

Answer: (A)

In the firewall role derivation process, roles are built step by step from different sources, with each layer refining or adding to the previous one. It begins with the server-derived role because the policy server provides a base mapping for the endpoint’s access from authoritative policy. Then the user-derived role is applied, using the user’s identity and group information to further tailor the access. If those steps don’t yield a specific role, the authentication default role serves as a safe fallback to ensure there is always a defined access level. Finally, the initial role assigned acts as a final fallback anchor to guarantee a baseline role is present for the session, even if none of the earlier steps apply. This order makes sense because it prioritizes server-defined policy, then user identity, then a general fallback, with a solid baseline established at the end.

In the firewall role derivation process, roles are built step by step from different sources, with each layer refining or adding to the previous one. It begins with the server-derived role because the policy server provides a base mapping for the endpoint’s access from authoritative policy. Then the user-derived role is applied, using the user’s identity and group information to further tailor the access. If those steps don’t yield a specific role, the authentication default role serves as a safe fallback to ensure there is always a defined access level. Finally, the initial role assigned acts as a final fallback anchor to guarantee a baseline role is present for the session, even if none of the earlier steps apply. This order makes sense because it prioritizes server-defined policy, then user identity, then a general fallback, with a solid baseline established at the end.