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| Section | Objectives |
|---|---|
| Topic 1: Hybrid Cloud Observability Fundamentals | - Architecture and deployment models - Hybrid cloud monitoring concepts |
| Topic 2: Network Monitoring | - Network performance troubleshooting - SNMP monitoring and polling - Flow monitoring and traffic analysis |
| Topic 3: Observability Platform Components | - NetFlow Traffic Analyzer (NTA) - Network Performance Monitor (NPM) - Network Configuration Manager (NCM) - Server & Application Monitor (SAM) |
| Topic 4: Diagnostics and Troubleshooting | - Root cause analysis - Performance bottleneck analysis - Alerting and event correlation |
| Topic 5: Security and Access Management | - Security monitoring integration - Role-based access control |
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NEW QUESTION # 122
A network router node using ICMP polling has a green status icon and shows basic information (i.e., status) but is not showing more detailed statistics. What might resolve this issue?
Answer: B
NEW QUESTION # 123
Which two of the following requirements are needed to monitor an application on a server? (Choose two.)
Answer: C,D
Explanation:
To monitor an application on a server with SolarWinds, you must first find the application in the list of available (supported or discovered) applications and enable monitoring for it. The platform also provides a
"monitor recommended applications" button to automatically suggest and enable monitoring for best-practice applications on a given server.
From the documentation:
"To monitor an application, select it from the list of available applications and enable it for the target server.
The 'Monitor Recommended Applications' option helps you quickly enable commonly used application monitors." Grouping IP addresses or configuring specific source/destination pairs is not required for standard application monitoring.
References:
SAM Administrator Guide: Application Monitoring Setup
NEW QUESTION # 124
Which NetFlow component can be applied to an interface to track IPv4 traffic?
Answer: A
Explanation:
In NetFlow (especially Flexible NetFlow on Cisco devices), a flow monitor is applied to an interface to track and collect information about IPv4 (or IPv6) traffic. The flow monitor references a flow record and a flow exporter. The monitor itself is the entity configured on an interface to start the flow tracking process.
Reference:
" To enable traffic flow monitoring, apply a flow monitor to an interface. The flow monitor defines which flows are captured and how they are exported for analysis. "
- (Network Performance Monitor Administrator Guide, NetFlow Setup and Monitoring section)
NEW QUESTION # 125
A node has been added to hybrid cloud observability and shows an "unknown" status until the data is polled.
The default interval for polling status is two minutes.
If the node stays in the "unknown" status longer than the polling interval, which three of the following steps can be performed to resolve the issue? (Choose three.)
Answer: A,B,C
Explanation:
If a node remains in "unknown" status:
A). Ping device from assigned polling engine: Verifies direct network connectivity from the poller to the node.
C). Verify the appropriate polling method is set for this node: Ensures SolarWinds uses the correct protocol (ICMP, SNMP, WMI, etc.) for monitoring.
D). Verify a ping response for this node is received through the ICMP: Confirms basic reachability and that the node is not blocking ping requests.
Running an SNMP walk (B) can help diagnose SNMP-specific issues but is not always directly relevant to a node simply being in "unknown" status unless SNMP is the configured polling method.
Reference:
NPM Administrator Guide, "Troubleshooting Node Status 'Unknown'"
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NEW QUESTION # 126
A problem occurred on the main polling engine and the server fails. It is noted that statistics for the networking devices polled by a universal device poller (UDP) custom monitor are missing. Which two of the following reasons are possible causes of this event? (Choose two.)
Answer: A,B
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Universal Device Pollers (UDPs) in SolarWinds are tightly coupled with the polling engine on which they are configured. If the main polling engine fails, custom pollers do not automatically failover; as a result, statistics collection for those UDPs is interrupted. According to SolarWinds documentation:
"UDPs are assigned to a specific polling engine. If the polling engine fails, UDP statistics are not collected until the engine is restored."
"Universal Device Pollers are not supported on failover engines; they do not collect data from hot standby or failover engines." Thus, options C and D directly reflect the official guidance.
References:
Universal Device Poller limitations and polling engine assignment - SolarWinds NPM Administrator Guide, Custom Pollers section
NEW QUESTION # 127
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