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

SectionWeightObjectives
Topic 1: Network Monitoring60%- Node and Interface Management
  • 1. Discovery and monitoring setup
  • 2. Status monitoring and troubleshooting
- SNMP Poller Configuration and Customization
  • 1. Custom pollers and MIB management
  • 2. Polling methods and intervals
- Network Insight and NetPath
  • 1. Performance and availability monitoring
  • 2. Path analysis and visualization
- Capacity Planning and Optimization
  • 1. Trend analysis and forecasting
  • 2. Resource utilization optimization
Topic 2: Flow Monitoring and Traffic Analysis30%- Troubleshooting Flow Monitoring
  • 1. Accuracy and performance problems
  • 2. Data collection issues
- Flow Protocol Support
  • 1. NetFlow, J-Flow, NetStream, sFlow, IPFIX
- Analysis and Reporting
  • 1. Flow views, dashboards and widgets
  • 2. Traffic pattern analysis and anomaly detection
- Flow Collection and Architecture
  • 1. Collector setup and configuration
  • 2. Flow data processing and storage
Topic 3: Log Analysis and Event Monitoring10%- 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
- Log Collection and Configuration
  • 1. Rules and processing policies
  • 2. Sources and protocols

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam 認定 Hybrid-Cloud-Observability-Network-Monitoring 試験問題 (Q95-Q100):

質問 # 95
A node is not able to calculate CPU load threshold. Where in SolarWinds' platform can a user confirm CPU load is included in the node status calculation?

正解：A

解説：
Comprehensive and Detailed Explanation From Exact Extract:
SolarWinds allows you to confirm which metrics (contributors) are used to determine node status. In the node status contributors configuration, you can check if CPU load is included for status calculation. This ensures that CPU thresholds are considered when evaluating overall node health.
References:
NPM Administrator Guide: Node Status Contributors and Health Calculation


質問 # 96
Which two of the following standards does hybrid cloud observability use to capture flow data and CBQoS data? (Choose two.)

正解：C、D

解説：
Comprehensive and Detailed Explanation From Exact Extract:
SolarWinds Hybrid Cloud Observability (HCO) supports capturing flow data and CBQoS data using:
A). IPFIX: (IP Flow Information Export) is the IETF standard for exporting flow information, supported for both flow data and CBQoS.
C). NetFlow: Developed by Cisco, widely used for flow and CBQoS data collection.
J-Flow is primarily for flow data (from Juniper devices), and SNMP is not a flow export protocol.
The documentation states:
"NetFlow (including NetFlow v9) and IPFIX are supported for flow and CBQoS data collection. These standards provide extensive network traffic and QoS visibility within HCO." References:
Network Performance Monitor Administrator Guide, "Supported Flow and CBQoS Protocols" SolarWinds NTA Documentation


質問 # 97
Which two of the following reasons explain why device MIB files are important for SNMP polling in hybrid cloud observability? (Choose two.)

正解：A、B

解説：
Comprehensive and Detailed Explanation From Exact Extract:
A). MIB files define the available SNMP objects and metrics that can be polled from a device.
C). MIB files provide human-readable names and descriptions for OIDs, allowing SolarWinds to display metrics in a clear, user-friendly format instead of raw OID numbers.
Automatic device discovery is handled by network scanning, not by MIB files, and OIDs are created by device vendors, not by SolarWinds.
References:
NPM Administrator Guide: Role and Importance of MIB Files in SNMP MonitoringQUESTION


質問 # 98
Which statement depicts the relationship between device studio pollers' supported technologies and universal device pollers' (UDPs) supported technologies?

正解：C

解説：
Comprehensive and Detailed Explanation From Exact Extract:
Device Studio pollers offer more advanced capabilities than traditional Universal Device Pollers (UDPs).
While both can poll SNMP-enabled devices, Device Studio pollers can gather additional node details (such as chassis information and advanced device metrics) that UDPs are not able to access. UDPs are limited to polling OIDs and displaying simple numeric or textual values. The official documentation states that Device Studio expands the range of supported technologies and provides access to more detailed device information compared to UDPs.
Reference:
Network Performance Monitor Administrator Guide, "Device Studio vs Universal Device Pollers - Capabilities Comparison"


質問 # 99
If an IP address group is hidden in IP address groups management, what impact will it have on the data?

正解：D


質問 # 100
......

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