Which feature allows creating a consistent set of front-end SSL parameters across multiple SSL vServers?

Which feature allows creating a consistent set of front-end SSL parameters across multiple SSL vServers?

• A. SSL multiplexing
• B. SSL bridge
• C. SSL policy
• D. SSL profile

Answer: (D)

Centralizing TLS settings with an SSL profile lets you apply the same front-end parameters to many vServers, ensuring consistent SSL behavior across the board. An SSL profile collects the TLS options you want (protocol versions, cipher suites, session settings, etc.) and can be bound to multiple SSL vServers. Binding the same profile to each vServer makes their front-end TLS configuration identical, which simplifies management and reduces drift. SSL policy is about making decisions or actions based on request criteria, not about sharing a uniform set of TLS parameters. SSL multiplexing is a performance optimization for TLS handshakes, not about defining a common parameter set. SSL bridge forwards encrypted data to the backend and likewise doesn’t standardize front-end SSL parameters.

Centralizing TLS settings with an SSL profile lets you apply the same front-end parameters to many vServers, ensuring consistent SSL behavior across the board. An SSL profile collects the TLS options you want (protocol versions, cipher suites, session settings, etc.) and can be bound to multiple SSL vServers. Binding the same profile to each vServer makes their front-end TLS configuration identical, which simplifies management and reduces drift.

SSL policy is about making decisions or actions based on request criteria, not about sharing a uniform set of TLS parameters. SSL multiplexing is a performance optimization for TLS handshakes, not about defining a common parameter set. SSL bridge forwards encrypted data to the backend and likewise doesn’t standardize front-end SSL parameters.