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Using active-active bonding

Using active-passive bonding

Using XenSever MPIO redundancy

Using LACP bonding

Deploy a NetScaler appliance in each datacenter's internal network for load balancing, and a NetScaler appliance in each datacenter’s DMZ for Gateway traffic.

Deploy a NetScaler appliance in each regional datacenter's internal network for Gateway traffic, and another in each datacenter’s DMZ for load balancing.

Create three NetScaler virtual servers configured with the subnets of the three sites, and bind them to redirection policies that are configured in ICA Proxy mode using the StoreFront server.

Create six NetScaler virtual servers in high-availability pairs configured with the subnets of the three sites, and bind them to redirection policies that are configured in ICA Proxy mode using the StoreFront server.

It allows end users to connect to their primary datacenter through a secure, reliable, and cost-effective solution.

It provides redundancy, while optimizing external WAN traffic.

It segments the Gateway and load-balancing features of the NetScaler appliances.

It allows for the expected expansion of remote access usage and provides SSL VPN functionality for future needs.

It provides load balancing of VM traffic across multiple physical NIC interfaces at a per guest basis, and offers improved distribution of traffic across physical interfaces in the bond.

It sends all guest VM traffic in the bond to an active interface, which provides the best distribution of network load.

It uses a hashing algorithm, which provides better distribution of traffic across the interfaces in the bond.

It uses a round robin load-balancing policy, which provides better distribution of traffic across the interfaces in the bond.