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SolarWinds Hybrid-Cloud-Observability-Network-Monitoring Exam Syllabus Topics:

Section	Weight	Objectives
SolarWinds Platform Overview	10%	- SolarWinds Hybrid Cloud Observability platform architecture - Deployment options (on-premises, cloud, hybrid) - Product portfolio and licensing models
Network Configuration Manager (NCM)	15%	- Config change detection and alerting - Change management workflows - Configuration backup and compliance
Network Performance Monitor (NPM)	30%	- Network latency and quality monitoring - Custom dashboards and views - Interface and device monitoring - Traffic analysis and NetFlow - Advanced packet analysis
Advanced Features and Integration	15%	- Reporting and capacity planning - Orion Platform integrations - Custom pollers and monitors - API usage and automation
Network Topology Mapper (NTM)	10%	- Layer 2 and Layer 3 topology visualization - Map maintenance and updates - Auto-discovery and mapping
Network Monitoring Fundamentals	20%	- Network discovery and topology mapping - Network device monitoring concepts - SNMP configuration and monitoring - Alerting and notification configuration

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q104-Q109):

NEW QUESTION # 104
A poller is to be built that will add two values together to show a single value in the web console using the universal device poller (UDP) tool. How would this be accomplished?

A. UDP tool does not support more than one OID per poller, another tool is needed
B. build a poller for each OID then use transform results to combine values from the two pollers
C. add both object IDs (OIDs) to the poller and combine values in a single value for the web console
D. UDP tool does not support more than one OID per poller, another OID is needed

Answer: B

NEW QUESTION # 105
A network discovery profile for a network area completes with most devices discovered, except for a few SNMP-enabled network devices. These undiscovered devices are verified to be operational and respond to SNMP queries.
What could be the cause?

A. discovery timeout value is set too low
B. no SNMP pollers match the device
C. device MIB is not in SolarWinds' MIB database
D. SNMP community strings in profile are invalid

Answer: A

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
If devices respond to SNMP queries individually but aren't discovered during network scans, the most likely cause is the discovery timeout value being set too low. This can result in slower devices timing out before responding to discovery requests, even though they are operational and SNMP-enabled.
The documentation explains:
"If devices are not discovered but respond to SNMP queries, increase the discovery timeout and retry. Short timeouts can cause missed responses from devices that take longer to reply during scanning." References:
Network Performance Monitor Administrator Guide, Section: "Discovery Troubleshooting" SolarWinds Success Center: "Device Not Found During Discovery"

NEW QUESTION # 106
Which statement related to flow alerts is true?

A. object of the alert selected from create a flow alert panel
B. have no trigger actions
C. based on custom SQL query
D. can be triggered even when NetFlow service is down

Answer: A

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
When you create a flow alert in SolarWinds, the object of the alert (such as a specific interface, node, or application) is chosen from the "Create a Flow Alert" panel. Flow alerts are not based on custom SQL queries, require the NetFlow service to be running, and always have associated trigger actions.
Reference:
NTA Administrator Guide, "Creating Flow Alerts,"
"In the Create a Flow Alert panel, you select the object to be monitored for flow-based alerting."

NEW QUESTION # 107
Which two of the following actions can be taken to resolve duplicate flows? (Choose two.)

A. Enable automatic addition of flow sources.
B. Ensure NetFlow export is enabled on sub-interfaces.
C. Enable the flow de-duplication feature.
D. Ensure NetFlow is enabled for ingress interfaces.

Answer: C,D

NEW QUESTION # 108
How are additional collection ports added?

A. replace existing port with new port in the NetFlow collector services widget
B. stop SolarWinds' NetFlow service and separate listed ports with a comma in the NetFlow collector services widget
C. stop SolarWinds' NetFlow service and change the collection port in the NetFlow collector services widget
D. separate listed ports with a comma in the NetFlow collector services widget

Answer: B

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
To add additional NetFlow collector ports, you must stop the NetFlow service and then specify multiple ports separated by commas in the NetFlow collector services widget.
From the documentation:
"To configure multiple collector ports, stop the NetFlow service, edit the collector ports in the widget by separating them with commas, and then restart the service." References:
NTA Administrator Guide: Configuring NetFlow Collector Ports

NEW QUESTION # 109
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