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

SectionWeightObjectives
Topic 1: Log Analysis and Event Monitoring10%- Event Correlation and Alerting
  • 1. Alert configuration and response
  • 2. Event normalization and filtering
- Log Collection and Configuration
  • 1. Rules and processing policies
  • 2. Sources and protocols
- Log Search and Analysis
  • 1. Querying and filtering
  • 2. Visualization and reporting
Topic 2: Flow Monitoring and Traffic Analysis30%- 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
- Flow Protocol Support
  • 1. NetFlow, J-Flow, NetStream, sFlow, IPFIX
- Troubleshooting Flow Monitoring
  • 1. Accuracy and performance problems
  • 2. Data collection issues
Topic 3: Network Monitoring60%- SNMP Poller Configuration and Customization
  • 1. Polling methods and intervals
  • 2. Custom pollers and MIB management
- Network Insight and NetPath
  • 1. Path analysis and visualization
  • 2. Performance and availability monitoring
- Node and Interface Management
  • 1. Discovery and monitoring setup
  • 2. Status monitoring and troubleshooting
- Capacity Planning and Optimization
  • 1. Resource utilization optimization
  • 2. Trend analysis and forecasting

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q35-Q40):

NEW QUESTION # 35
NetPath can be used to diagnose a slow connection caused by an internal network. Details shown on the dashboard will be needed to help diagnose the problem. Which three of the following data points should be considered as possible causes? (Choose three.)

Answer: A,B,D

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
To effectively diagnose a slow connection using NetPath, the following data points are essential:
Date, time, and duration of the performance issue: Helps correlate the problem with specific events or maintenance windows.
IP addresses of the nodes in question: Identifies the exact points in the network path where issues may arise.
Latency and packet loss information: These are core metrics provided by NetPath and are critical for pinpointing where delays and data loss occur.
The SolarWinds documentation states:
"When troubleshooting with NetPath, consider the time frame, the specific nodes (by IP address), and the latency/packet loss details between hops. Alert descriptions are not a primary diagnostic data point in NetPath's workflow." References:
Network Performance Monitor Administrator Guide, Section: "NetPath Troubleshooting Workflow" SolarWinds Success Center: "Diagnosing with NetPath"


NEW QUESTION # 36
Upon examining bandwidth utilization, it is confirmed that the total utilization and flow numbers do not match. What is the likely cause?

Answer: D

Explanation:
The most common cause of mismatch between bandwidth (SNMP) numbers and flow (NetFlow, sFlow, etc.) numbers is that not all network traffic is included in the flow export. SNMP bandwidth counters include all traffic traversing the interface, but NetFlow or other flow records may only represent sampled or filtered subsets, or may miss certain traffic due to export or device configuration limitations. This is a well- documented and expected difference in the SolarWinds platform.
Reference:
Network Performance Monitor Administrator Guide, "Understanding Bandwidth and Flow Discrepancies,"
"Flow data


NEW QUESTION # 37
What is the default amount of historical data needed for calculating capacity forecast?

Answer: C

Explanation:
By default, SolarWinds Network Performance Monitor uses historical data from the last 7 to 30 days to calculate capacity forecasts. This range balances the need for relevant recent data with enough samples to provide trend accuracy.
The documentation states:
"Capacity forecasting in SolarWinds NPM uses the last 7 to 30 days of historical data by default for its projections." References:
NPM Administrator Guide: Capacity Forecast Calculations - Default Data Range


NEW QUESTION # 38
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: A


NEW QUESTION # 39
Which custom poller supports interface traffic, UPS battery status, and CPU temperature?

Answer: C

Explanation:
The Universal Device Poller (UDP) in SolarWinds NPM allows users to monitor any SNMP-exposed value, including interface traffic, UPS battery status, and CPU temperature, provided the device ' s MIB exposes the relevant OIDs. Users configure the UDP to poll these custom OIDs, making it a flexible option for monitoring a wide range of metrics across diverse devices.
Reference:
" The Universal Device Poller (UDP) can be configured to monitor virtually any SNMP-enabled parameter, such as interface traffic, UPS battery status, CPU temperature, and more, by specifying the relevant OID. "
- (Network Performance Monitor Administrator Guide, Universal Device Poller section)


NEW QUESTION # 40
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