The ARC is responsible for which two processes? (Choose two )

The ARC, as a central control plane component, is fundamentally responsible for defining, distributing, and enforcing network policies across the fabric, which encompasses connectivity, security, and traffic forwarding rules.

Fabric segmentation, such as defining VRFs and Bridge Domains, is an outcome and application of network policy configuration, which is a primary responsibility of the ARC, rather than a distinct, isolated process.

A network control plane like the ARC (e.g., Cisco APIC) integrates with external BGP routers for route exchange but does not 'emulate' BGP end-nodes for internal fabric devices or connected servers.

The ARC plays a critical role in managing Inter-Switch Links (ISLs) and ensuring a loop-free topology by implementing or integrating with mechanisms that logically block paths where necessary, analogous to STP, particularly for maintaining fabric integrity or during integration with external Layer 2 domains.

While firmware management is an important operational task often handled by a central controller, it is distinct from the core responsibilities of network policy configuration and active link state management.