When creating a device using workflows, two essential components are required: a Device Template and a Service Template. The Device Template is used to define the device's characteristics and configuration details, whereas the Service Template contains service-specific configuration such as routing, security policies, and features that may be applied to the device. These templates are crucial for automating device provisioning and configuration within the Versa SD-WAN architecture.
Question 2
Which two statements about Versa SD-WAN live monitoring of Versa CPEs are true? (Choose two.)
Options:
A.
Versa Analytics provide real-time monitoring capabilities for all services running in Versa CPE.
B.
Versa Director provides real-time monitoring capabilities for all services running in Versa CPE.
C.
Versa Analytics has built-in ping, traceroute, tcpdump, and speed test tools.
D.
Versa Director has built-in ping, traceroute, tcpdump, and speed test tools.
Answer:
B, C
Explanation:
Explanation:
Versa Director provides real-time monitoring capabilities for all services running in Versa CPE. It offers visibility into the live status, performance, and health of the services, which is crucial for proactive management and rapid troubleshooting of any issues that may arise in the network. This capability enables network administrators to closely monitor the functioning of various services within the CPE and take immediate action if any anomalies are detected.
C. Versa Analytics has built-in ping, traceroute, tcpdump, and speed test tools.Versa Analytics is equipped with built-in tools such as ping, traceroute, tcpdump, and speed test capabilities. These tools are essential for diagnosing and resolving network issues. They enable network operators to test connectivity, trace the path of packets across the network, capture traffic for analysis, and measure the bandwidth of network connections. Having these tools integrated within Versa Analytics simplifies the process of network diagnostics and ensures that network operators can efficiently manage and optimize network performance.
Question 3
Review the exhibit.
Which hub topology is shown in the exhibit?
Options:
A.
spoke-to-spoke only
B.
spoke-to-spoke via hub
C.
spoke-to-spoke direct
D.
spoke-hub-hub-spoke
Answer:
B
Explanation:
Explanation:
The diagram in the exhibit illustrates a hub and spoke topology where the spokes connect through a central hub. This is evident from the dashed lines that show the data flow between the spokes is mediated by the hub (Hub1). In this topology, while the spokes may have direct connections, the data flows between them pass through the hub. This kind of topology is commonly used in SD-WAN deployments to simplify routing and policy enforcement, which are managed centrally at the hub, as opposed to setting up direct paths between all spoke sites, which would be indicative of a full mesh or spoke-to-spoke direct topology.