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

SectionWeightObjectives
Network Performance Monitor (NPM)30%- Custom dashboards and views
- Advanced packet analysis
- Network latency and quality monitoring
- Interface and device monitoring
- Traffic analysis and NetFlow
Network Monitoring Fundamentals20%- Network device monitoring concepts
- Alerting and notification configuration
- SNMP configuration and monitoring
- Network discovery and topology mapping
Network Configuration Manager (NCM)15%- Config change detection and alerting
- Configuration backup and compliance
- Change management workflows
SolarWinds Platform Overview10%- SolarWinds Hybrid Cloud Observability platform architecture
- Product portfolio and licensing models
- Deployment options (on-premises, cloud, hybrid)
Advanced Features and Integration15%- Reporting and capacity planning
- Custom pollers and monitors
- Orion Platform integrations
- API usage and automation
Network Topology Mapper (NTM)10%- Layer 2 and Layer 3 topology visualization
- Map maintenance and updates
- Auto-discovery and mapping

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Hybrid-Cloud-Observability-Network-Monitoring Prüfungsfragen mit Lösungen (Q144-Q149):

144. Frage
A device studio poller is being built for node detail information. For the values supported, it has been decided to enter textual values instead of object IDs (OIDs). Which statement is true?

Antwort: B

Begründung:
Comprehensive and Detailed Explanation From Exact Extract:
If a device studio poller is configured with a static textual value (rather than a dynamic OID), any change in the actual value on the node will not be detected automatically; the poller's configuration must be manually updated to reflect the new value. OID-based pollers update automatically as values change on the device.
Reference:
Device Studio Admin Guide, "Using Static Text vs. OID Polling,"
"Static text fields must be manually updated if the real value changes, whereas OID values are polled dynamically."


145. Frage
An existing NetPath probe is examined, and it is noted that the thickness of connection lines is different on various routes between devices. What does this indicate?

Antwort: A

Begründung:
Comprehensive and Detailed Explanation From Exact Extract:
In NetPath visualizations, the thickness of the connection lines represents the likelihood or frequency of traffic using that path.
From the documentation:
"In NetPath, thicker lines between nodes indicate a higher probability that traffic will flow along that path.
This visualization is based on the frequency of successful probes and actual traffic analysis." References:
NPM Administrator Guide: NetPath Visualizations - Path Thickness


146. Frage
What can be done to display the average CPU utilization of a node in a web console widget, if the device studio poller returns a table of multi-core CPU utilizations?

Antwort: B


147. Frage
What can be done to display the average CPU utilization of a node in a web console widget, if the device studio poller returns a table of multi-core CPU utilizations?

Antwort: B

Begründung:
Comprehensive and Detailed Explanation From Exact Extract:
When a device returns multi-core CPU statistics as a table, SolarWinds Device Studio allows you to use the
"Add Calculated Value" option and select the average function. This enables the web console widget to display the computed average CPU utilization automatically.
The documentation explains:
"For devices with multi-core CPUs, you can use the Add Calculated Value feature in the Device Studio to compute the average (or other statistical functions) of returned table values, which can then be visualized directly in widgets." References:
Network Performance Monitor Administrator Guide, "Device Studio Calculated Values" SolarWinds Success Center: "Averaging Table Poller Results"


148. Frage
How does data collection with a flow collector differ from data collection with a polling engine?

Antwort: A

Begründung:
Flow collectors differ from polling engines because they passively receive and process flow records sent by network devices, while polling engines actively poll devices for data (like SNMP). Devices must be explicitly configured to export their NetFlow, sFlow, or J-Flow records to the IP address and port of the flow collector, rather than being queried by the SolarWinds server.
The documentation states:
" To monitor flow data, devices must be configured to send their flow records to the collector. Unlike traditional polling, the collector does not initiate contact; it listens for incoming flow exports from network devices. " References:
Network Performance Monitor Administrator Guide, Section: " Flow Collector Operation " SolarWinds NTA Documentation


149. Frage
......

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