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

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

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q152-Q157):

NEW QUESTION # 152
Which two of the following requirements apply to network capacity planning? (Choose two.)

Answer: A,D

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
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 # 153
On a single node, one or more interfaces are showing an "unknown" status. What is the best way to resolve the issue?

Answer: C


NEW QUESTION # 154
Which three of the following actions are native log entry actions in SolarWinds Log Analyzer? (Choose three.)

Answer: B,C,D

Explanation:
According to the SolarWinds Log Analyzer Administrator Guide (Version 2024.1) , Log Analyzer provides several built-in or native log entry actions as part of its log-processing rules. The key native log entry actions include:
* Add a tag to the log entry : This action allows you to tag event logs for easier searching and filtering later.
* Continue rule processing but do not save : With this action, the log entry is not saved but rule processing continues.
* Halt further rule processing for the log entry : Selecting this action will immediately stop the processing of any more rules for the current log entry.
Sending an email notification is an alert action and not considered a native log entry action in the context of log processing rules.
Exact Extract from Official Guide:
" Key features in LA
* Apply tags to event logs
* Drop unwanted event logs in LA
* Filter and analyze event logs
* Filter and view event logs in live mode
* Filter entry details in LA
* Filter on log tags... " - (Log Analyzer Administrator Guide, Page 53-54) Additionally, the guide specifies under Create custom log-processing rules in LA that actions such as tagging, halting processing, and not saving are among the native processing actions.
References:
Log Analyzer Administrator Guide, Page 53-54
Section: Key features in LA
Section: Create custom log-processing rules in LA


NEW QUESTION # 155
In setting up a storage and search retention period for log analyzer, what is the default retention period?

Answer: B


NEW QUESTION # 156
A universal device poller (UDP) was created on the main polling engine to collect CPU temperature for routers polled by the main polling engine and switches polled by the additional polling engine. It is noted that statistics from the switches are missing.
What is the likely cause of the missing statistics?

Answer: D

Explanation:
Universal Device Pollers (UDPs) are tied to the polling engine on which they are created. This means if a UDP is created on the main polling engine, it will only collect data for devices polled by that engine. To collect data from devices polled by an additional polling engine, you must create or assign the UDP on that engine as well.
Exact Extract from Official Guide:
"Universal Device Pollers are tied to the polling engine on which they are created. To monitor devices assigned to an Additional Polling Engine, the UDP must be created or assigned on that engine."
- (Network Performance Monitor Administrator Guide, "Universal Device Pollers" section) References:
Network Performance Monitor Administrator Guide, Universal Device Pollers section


NEW QUESTION # 157
......

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