1Y0-231 · Question #98
Which two items must be true for a client to connect to an SSL offload virtual server without any SSL errors? (Choose two.)
The correct answer is B. The server certificate is bound to the load-balancing virtual server. D. The root certificate is installed on the client's device. For a client to successfully establish an SSL connection to an SSL offload virtual server, the ADC must present a valid certificate to the client (B - the server certificate must be bound to the virtual server, or there's nothing to negotiate SSL with), and the client must…
Question
Which two items must be true for a client to connect to an SSL offload virtual server without any SSL errors? (Choose two.)
Options
- AThe root certificate is installed on the Citrix ADC.
- BThe server certificate is bound to the load-balancing virtual server.
- CThe server certificate is from a private certificate authority (CA).
- DThe root certificate is installed on the client's device.
How the community answered
(33 responses)- A9% (3)
- B73% (24)
- C18% (6)
Explanation
For a client to successfully establish an SSL connection to an SSL offload virtual server, the ADC must present a valid certificate to the client (B - the server certificate must be bound to the virtual server, or there's nothing to negotiate SSL with), and the client must trust that certificate (D - the root CA must be in the client's trust store, or the browser/OS will throw a certificate validation error).
Option A is wrong because the root certificate belongs on the client, not the ADC - the ADC is the one presenting the certificate, not validating it from the client side. The root CA on the ADC would matter for back-end SSL re-encryption scenarios, not client-facing offload.
Option C is wrong because there's no requirement for a private CA - a public CA certificate works just as well (and is often preferred). What matters is trust, not who issued it.
Memory tip: Use the handshake flow - ADC sends the cert (bound to vserver = B), client validates the cert (root CA on device = D). One action per side of the connection.
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