A financial services company is deploying a Cisco SD-WAN fabric and requires that all traffic destined for its PCI-compliant datacenter traverses a specific high-security MPLS circuit. However, all other traffic, including general internet access, should use a commodity broadband circuit for cost savings. Which policy configuration is the most direct and efficient way to achieve this segmentation and traffic steering?
During a vSmart controller software upgrade, an administrator needs to ensure that WAN Edge routers retain their OMP routing information and that the data plane remains fully operational without interruption. Which OMP feature must be enabled on the WAN Edge routers to support this requirement?
A network engineer is configuring a QoS map policy to prioritize VoIP traffic (marked with DSCP EF) and ensure it receives preferential treatment across the SD-WAN fabric. The policy needs to allocate bandwidth and schedule traffic appropriately. Which set of actions within a centralized data policy is required to achieve this? (Select TWO)
True or False: In a Cisco SD-WAN architecture, the vBond orchestrator is responsible for building and maintaining the IPsec tunnels that form the data plane between WAN Edge routers.
A retail company has deployed dual WAN Edge routers at a critical branch location for high availability. A point-of-sale (POS) server segment is connected to a Layer 2 switch, which in turn is dual-homed to both WAN Edge routers. The network architect wants to provide active/active forwarding for the POS segment across both routers' WAN links without implementing a traditional FHRP like VRRP or HSRP on the service side. ``` +-----------+ +-----------+ MPLS--| vEdge-A |------| vEdge-B |--INET +-----------+ +-----------+ | | +--------+---------+ | +-----------+ | L2 Switch | +-----------+ | [POS Servers] ``` Which Cisco SD-WAN feature should be configured on the service-side interfaces of vEdge-A and vEdge-B to achieve this goal?
An organization is migrating from a traditional WAN to Cisco SD-WAN. During the phased rollout, a branch site with a new vEdge router needs to communicate with a non-SD-WAN site that is only reachable via the MPLS network through a datacenter hub. The vEdge advertises its local subnets via OMP. How does the rest of the SD-WAN fabric learn about the legacy prefixes from the non-SD-WAN site?
A network administrator observes that a specific application is experiencing poor performance at a branch office. The application is hosted in a SaaS provider's cloud. The administrator wants to use vManage to identify the best-performing path (MPLS, Internet, or LTE) for this application without manually interpreting raw latency and jitter data. Which vManage feature provides this capability?
A global enterprise has deployed Cisco SD-WAN with regional hubs in North America, Europe, and Asia. To optimize routing, the architect has configured each region with its own vSmart controllers and has limited the scope of OMP route advertisements within each region. Which feature is used to achieve this hierarchical design and control route propagation between regions?
An engineer needs to deploy a new vEdge router at a remote site using Zero Touch Provisioning (ZTP). The router is powered on and connected to an internet circuit that provides a DHCP address. What is the first FQDN that the vEdge router will attempt to resolve to initiate the ZTP process?
A company is using the Cisco SD-WAN Cloud onRamp for SaaS feature to optimize Office 365 performance. An administrator notices that traffic from a specific branch is not being sent directly to the Microsoft cloud via the local internet exit, but is instead being backhauled to the datacenter. A review of the SLA class in the application-aware routing policy shows that the DIA circuit meets the latency and loss requirements for Office 365. What is the most likely cause of this behavior?