Scenario:1
A network administrator is tasked with enabling SD-WAN at three branch locations, A topology has been provided for reference. For each site, the administrator is having issues bringing edges online, as another administrator has gone ahead and created a configuration ahead of time. The organization has several branch sites. One is an Internet-only site and two are Hybrid locations with both internet and MPLS. The last location is MPLS only. There are hub data center in this environment as well. Please refer to the topology.
Exhibit.

One of the Edges at the Chicago site is unable to activate. The Edge has a red LED. What is the next troubleshooting step?

• A. If the Edge is connected to its HA peer, determine if there is a link-light on the HA peer-link.
• B. If the Edge is connected to the MPLS circuit which does not have DHCP, determine if there is a static IP configuration that needs to be applied upon activation.
• C. If the Edge is connected to its HA peer, determine if underlay BGP peering is present between the two Edges.
• D. If the Edge is connected to the MPLS circuit, determine if the Hub is advertising gateway routes.

Scenario 2:
After resolving numerous connectivity Issues throughout the various branch sites, connectivity between applications and users is finally present. The network administrator is informed that during certain tests, applications are not performing as they are expected to. Users report that call quality has not fully improved and that some of their calls either drop or have poor voice quality where the conversation is breaking up. Other users are noticing that file transfers are slower than expect. A group of users from a few sites have reported slowness in accessing internal and external applications.
Exhibit.

A network administrator has configured a Business Policy to send a specific application directly out an underlay interface. Users have complained of slow responses for that application. While troubleshooting, the network administrator finds the traffic is actually taking an overlay path to another SD-WAN Edge.
What is causing this behavior?

• A. Internet Backha.
• B. The underlay path is not available forcing traffic into the overlay.
• C. Configuring Business Policy Direct settings have no affect on traffic flows.
• D. uI has been configured forcing traffic into the underlay towards the hub.
• E. The other Edge location is advertising a secure route for the application's subnet.

Scenario 3:
After resolving numerous connectivity issues throughout the various branch sites, connectivity between applications and users is finally present. The network administrator is informed that during certain tests, applications are not performing as they are expected to. Users report that call quality has not fully improved and that some of their calls either drop or have poor voice quality where the conversation is breaking up. Other users are noticing that file transfers are slower than expect. A group of users from a few sites have reported slowness in accessing internal and external applications.
Exhibit.

Users at a remote office are complaining about poor performance with certain applications. The network administrator has already configured Business Policies based on these requirements.
What is the sequence of parameters that the administrator can check to troubleshoot this problem? (Choose two.)

• A. Check underlay network (bandwidth, latency, jitter, packet loss).
• B. Under Monitor, check Routing tab.
• C. Change the bandwidth measurement under WAN Overlay Advanced Settings.
• D. Review Business Policies configuration and match them against the business requirements.