Why is configuring GSLB the best remote access design for the environment?

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A. This design provides redundancy in case of site failures and connects users to their backup datacenter Global Server Load Balancing (GSLB) distributes user traffic across multiple geographical locations, enabling high availability and disaster recovery by automatically redirecting users to a functional backup datacenter if a primary site fails. This ensures business continuity for remote access.

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B. This design provides redundancy in case of appliance failures and connects users to their home GSLB primarily addresses site-level failures, not granular appliance failures within a single datacenter, and connecting users to their "home" is not a standard benefit or function of GSLB.

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C. This design provides redundancy in case of appliance failures and connects users to their home GSLB primarily addresses site-level failures, not granular appliance failures within a single datacenter, and connecting users to their "home" is not a standard benefit or function of GSLB.

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D. This design will allow for the expected expansion of remote access usage and provides SSL VPN GSLB's primary benefit is not just capacity expansion or providing SSL VPN, but rather ensuring high availability and disaster recovery across multiple sites for remote access.

Why is configuring GSLB the best remote access design for the environment?

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