Which configuration is primarily associated with the 'virtual inline' deployment?

The primary association of 'virtual inline' deployment configuration is closely tied to out-of-path deployment with device integration. In a virtual inline setup, the proxy operates in a manner that allows it to intercept and process traffic without being directly in the physical path of the data flow. This means it can integrate with other network devices and solutions while still maintaining a level of observation and control over the data being transferred.

This configuration is advantageous because it provides a way to enhance security and visibility without the need for extensive changes to the network infrastructure, such as reconfiguring the routing paths or introducing additional hardware into the communication lines. The proxy can still effectively manage and analyze traffic by utilizing integration with existing devices, allowing for more seamless operations.

The other options do not accurately reflect the characteristics of a 'virtual inline' deployment. Full network visibility through all connections suggests a more direct involvement with the traffic flow, which is not the case here. Direct packet inspection implies a need for complete path visibility, which can conflict with the out-of-path nature of the virtual inline approach. Lastly, the use of static IP addressing pertains more to network addressing schemes rather than being a defining trait of virtual inline deployment configurations.