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

SectionWeightObjectives
Log Analysis and Event Monitoring10%- Log Collection and Configuration
  • 1. Sources and protocols
  • 2. Rules and processing policies
- Log Search and Analysis
  • 1. Visualization and reporting
  • 2. Querying and filtering
- Event Correlation and Alerting
  • 1. Event normalization and filtering
  • 2. Alert configuration and response
Network Monitoring60%- Node and Interface Management
  • 1. Status monitoring and troubleshooting
  • 2. Discovery and monitoring setup
- Network Insight and NetPath
  • 1. Performance and availability monitoring
  • 2. Path analysis and visualization
- Capacity Planning and Optimization
  • 1. Resource utilization optimization
  • 2. Trend analysis and forecasting
- SNMP Poller Configuration and Customization
  • 1. Custom pollers and MIB management
  • 2. Polling methods and intervals
Flow Monitoring and Traffic Analysis30%- Flow Protocol Support
  • 1. NetFlow, J-Flow, NetStream, sFlow, IPFIX
- Troubleshooting Flow Monitoring
  • 1. Data collection issues
  • 2. Accuracy and performance problems
- Analysis and Reporting
  • 1. Flow views, dashboards and widgets
  • 2. Traffic pattern analysis and anomaly detection
- Flow Collection and Architecture
  • 1. Flow data processing and storage
  • 2. Collector setup and configuration

>> SolarWinds Hybrid-Cloud-Observability-Network-Monitoring Valid Test Duration <<

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q127-Q132):

NEW QUESTION # 127
In device studio, the test node being built for a new custom poller is returning four usage values for the CPU (one for each CPU core). If the goal is to have one value for the entire CPU, how can that be accomplished?

Answer: C


NEW QUESTION # 128
Which two of the following requirements apply to network capacity planning? (Choose two.)

Answer: A,C

Explanation:
For effective network capacity planning:
Enough historical data (at least 7 days) must be available: This ensures meaningful trend and forecast analysis.
Relevant objects (nodes, interfaces, volumes) must be managed: Only managed entities are included in capacity planning calculations.
Polling every OID or updating the MIB database (A, D) is not a direct requirement for capacity planning.
Reference:
NPM Administrator Guide, "Capacity Planning Prerequisites and Requirements"


NEW QUESTION # 129
Which three of the following traffic flow protocols (supported by hybrid cloud observability's flow monitoring) support flow sampling? (Choose three.)

Answer: A,B,C

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Flow sampling reduces resource usage by analyzing a subset of traffic. The following protocols support sampling:
Cisco NetFlow (except v1): Most NetFlow versions support sampling.
IPFIX: Supports flow sampling as part of its standard.
NetFlow Lite: Designed to provide sampled flow data.
NetFlow V1 does not support flow sampling.
Exact Extract from Official Guide:
"NetFlow (except v1), IPFIX, and NetFlow Lite support flow sampling, enabling high-performance monitoring of large traffic volumes."
- (Network Performance Monitor Administrator Guide, "Flow Protocols and Sampling" section) References:
Network Performance Monitor Administrator Guide, Flow Protocols and Sampling


NEW QUESTION # 130
A node is being polled. The only data visible is response time and packet loss. Detailed statistics are needed.
How should this issue be resolved?

Answer: B

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
If only response time and packet loss are visible, the node is currently being polled via ICMP (ping), which does not provide detailed statistics like CPU, memory, or interface data. Switching the polling method to SNMP enables SolarWinds to gather detailed device metrics and statistics, as SNMP supports comprehensive monitoring.
Reference:
Network Performance Monitor Administrator Guide, "Enabling Detailed Polling with SNMP,"
"ICMP polling provides only basic availability and latency. Use SNMP polling for detailed statistics."


NEW QUESTION # 131
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: C,D

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 # 132
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