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| Section | Weight | Objectives |
|---|---|---|
| Network Configuration Manager (NCM) | 15% | - Configuration backup and compliance - Change management workflows - Config change detection and alerting |
| Network Monitoring Fundamentals | 20% | - Network device monitoring concepts - Alerting and notification configuration - Network discovery and topology mapping - SNMP configuration and monitoring |
| Network Performance Monitor (NPM) | 30% | - Advanced packet analysis - Interface and device monitoring - Traffic analysis and NetFlow - Network latency and quality monitoring - Custom dashboards and views |
| Network Topology Mapper (NTM) | 10% | - Layer 2 and Layer 3 topology visualization - Map maintenance and updates - Auto-discovery and mapping |
| Advanced Features and Integration | 15% | - Orion Platform integrations - Reporting and capacity planning - Custom pollers and monitors - API usage and automation |
| SolarWinds Platform Overview | 10% | - Product portfolio and licensing models - Deployment options (on-premises, cloud, hybrid) - SolarWinds Hybrid Cloud Observability platform architecture |
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NEW QUESTION # 160
What is the default amount of historical data needed for calculating capacity forecast?
Answer: A
NEW QUESTION # 161
If an interface is down and showing a "down" red status, which two of the following points need to be reviewed? (Choose two.)
Answer: A,D
Explanation:
SolarWinds documentation is direct on this point: a red/down interface generally indicates that there is no connection. The first checks should be physical and dependency-based, not custom polling or hardware sensor configuration. The parent node must be reviewed because an interface can appear down or unreachable if the parent device itself is not operating correctly. The cable must also be checked because physical layer failure is a common cause of a down interface. Hardware health sensors are for device component health such as fans, power supplies, or temperature, not primary interface link-state troubleshooting. Device Studio is also irrelevant because the built-in interface status poller already handles interface state.
NEW QUESTION # 162
Which option within the Log and Event Monitoring section of node properties will enable log and event monitoring for syslog and SNMP traps?
Answer: B
Explanation:
The correct option is Default. In the SolarWinds Platform node properties, the Log and Event Monitoring section includes status options. The official Log Viewer licensing and node settings documentation explains that Default means monitoring will be enabled for the node on receipt of the first message. It also clarifies that the Default setting applies specifically to syslog and SNMP trap messages. Disabled is incorrect because it discards log and event data for that node. Informational is a severity concept, not the node-level enablement option. Standard is not the documented status option in the current SolarWinds wording. Therefore, for syslog and SNMP traps, Default is the supported selection.
NEW QUESTION # 163
To which port does log analyzer forward secure syslog when a log forwarding custom rule action is set to TCP?
Answer: C
NEW QUESTION # 164
Which two of the following effects would apply to a situation where a NetPath probe polling interval is increased to 15 minutes from the default value of 10 minutes? (Choose two.)
Answer: C,D
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Accuracy is decreased: By increasing the polling interval, you reduce the frequency of path checks, which can cause the data to be less granular and less timely, reducing overall accuracy.
Probe is more likely to show all routes: With a longer interval, transient or temporary routes are less likely to be missed, and NetPath might display more complete route information over time.
The probe will still complete successfully; it is just executed less frequently. Accuracy is not increased with a higher polling interval.
References:
NPM Administrator Guide: NetPath Polling Intervals and Data Accuracy
NEW QUESTION # 165
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