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

SectionWeightObjectives
Topic 1: Network Monitoring Fundamentals20%- Network device monitoring concepts
- Alerting and notification configuration
- SNMP configuration and monitoring
- Network discovery and topology mapping
Topic 2: Advanced Features and Integration15%- Custom pollers and monitors
- Reporting and capacity planning
- Orion Platform integrations
- API usage and automation
Topic 3: Network Topology Mapper (NTM)10%- Map maintenance and updates
- Auto-discovery and mapping
- Layer 2 and Layer 3 topology visualization
Topic 4: SolarWinds Platform Overview10%- Deployment options (on-premises, cloud, hybrid)
- SolarWinds Hybrid Cloud Observability platform architecture
- Product portfolio and licensing models
Topic 5: Network Configuration Manager (NCM)15%- Configuration backup and compliance
- Change management workflows
- Config change detection and alerting
Topic 6: Network Performance Monitor (NPM)30%- Interface and device monitoring
- Advanced packet analysis
- Traffic analysis and NetFlow
- Custom dashboards and views
- Network latency and quality monitoring

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q116-Q121):

NEW QUESTION # 116
Which two of the following technologies are used when building device studio pollers? (Choose two.)

Answer: C,D

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Device Studio pollers are used to build custom pollers for advanced device-specific metrics and widgets. The technologies explicitly supported for Device Studio pollers include:
Machine type for node details widget: Device Studio can create custom pollers to display specific node details, such as machine type, chassis ID, or serial number, within a node details widget.
Power supply status for vital statistics view: Device Studio also allows polling and visualizing metrics such as power supply status, fan status, and other vital statistics that are not natively included in basic SNMP polling.
While Device Studio can poll for advanced or composite data such as VLAN, VRF, and device health, certain interface statistics or single CPU/memory metrics are typically managed by standard SNMP pollers or Universal Device Pollers rather than Device Studio.
Reference:
Network Performance Monitor Administrator Guide, "Supported Technologies in Device Studio"
"Device Studio enables pollers for node details (such as machine type) and advanced health metrics (such as power supply status)..."


NEW QUESTION # 117
If the data collected for hardware health is incorrect, which step could rectify the issue?

Answer: B

Explanation:
Incorrect hardware health data often results from polling the wrong MIB tree. By changing to the correct or preferred MIB tree for the device model, SolarWinds can accurately interpret and display hardware health metrics.
Reference:
" If hardware health data is inaccurate, ensure the correct MIB tree is being used for polling. Selecting the appropriate MIB provides the most accurate sensor readings. "
- (Network Performance Monitor Administrator Guide, Hardware Health Troubleshooting section)


NEW QUESTION # 118
If an SNMP community string is changed on a device, which two of the following steps are required to re-establish successful polling on the node? (Choose two.)

Answer: A,C


NEW QUESTION # 119
The web console is showing the status of a network router as "down", however the node is up and running.
Which two of the following causes could be creating the issue? (Choose two.)

Answer: A,D

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
If the web console shows a router as "down" but it is actually operational:
ICMP is blocked: If the polling engine cannot ping the device, it will be reported as down.
SNMP is blocked: If SNMP polling fails (for devices polled via SNMP), detailed data and status cannot be retrieved, resulting in a down state.
Agent connection issues may apply for agent-based monitoring but are not typical for network routers. Node dependency configuration could affect child node status display but would not cause the parent node to show
"down".
Reference:
NPM Administrator Guide, "Troubleshooting Node Status - Down State Causes"


NEW QUESTION # 120
Which two of the following advantages apply to choosing to resolve and store IPv4 hostnames immediately when a flow record is received? (Choose two.)

Answer: A,B

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Resolving and storing hostnames at the time a flow record is received means the platform does not need to resolve the hostname each time a report or widget is loaded, which:
Decreases database query times: Hostnames are already resolved, making queries for reports and dashboards much faster.
Flow views and widgets load faster: With DNS already resolved, the interface does not have to perform on- demand DNS lookups, reducing latency in the web console.
The SolarWinds documentation states:
"Immediate DNS resolution upon flow record ingestion reduces lookup delays during analysis and widget loading, resulting in improved performance and reduced query times." Domain widgets and reports run with DNS names, but the core advantage is performance rather than widget availability.
References:
Network Performance Monitor Administrator Guide, "DNS Resolution Options for Flow Records" SolarWinds NTA Administration documentation


NEW QUESTION # 121
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