Refer to the exhibit. 
Which NETCONF operation creates filtering that is specific to the session notifications?
DRAG DROP Drag and drop the characteristics from the left onto the correct telemetry mode on the right.
DRAG DROP Drag and drop the properties from the left onto the protocols they describe on the right.
DRAG DROP Drag and drop the properties from the left onto the Cisco SD-WAN components that perform them on the right.
vSmart handles both fabric discovery and control plane, vBond is for orchestration, and WAN Edge does ZTP. That's what Cisco recommends, fits with how management and onboarding work. Pretty sure this is right but let me know if you see it different.
Seen similar on practice-if vBond loses connectivity, ZTP fails and orchestration can't happen. vSmart never does ZTP so careful not to mix those.
But isn't there a catch if vBond is down? ZTP and onboarding won't work at all, so the mapping depends on initial device contact. Not 100% sure since some docs say vManage does management plane too.
DRAG DROP An engineer must design an addressing plan for a small business using a single /24 network. Each department must have its own subnet. Drag and drop the subnets from the left onto the departments requirements that they fulfill on the right. Not all options are used.
HR: 10.1.1.112/29, Facilities: 10.1.1.16/27, Engineering: 10.1.1.96/26, Finance: 10.1.1.96/28
Which two border nodes are available in the Cisco SD-Access architecture? (Choose two.)
Refer to the exhibit. 
Which two functions are provided by the Cisco SD-WAN orchestration plane? (Choose two.)
Yeah, it's easy to confuse the roles but orchestration in Cisco SD-WAN mainly handles things like authenticating new WAN Edge devices (so, primary authentication point) and helping devices communicate across NAT (NAT traversal facilitation). Management plane is more about provisioning. So I'd lock in B and C here. Open to corrections if anyone's got a different take.
An engineer is tasked with designing a dual BGP peering solution with a service provider. The design must meet these conditions: The routers will not learn any prefix with a subnet mask greater than /24. The routers will determine the routes to include in the routing table based on the length of the mask alone. The routers will make this selection regardless of the service provider configuration. Which solution should the engineer include in the design?



