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

SectionWeightObjectives
Topic 1: Network Monitoring Fundamentals20%- SNMP configuration and monitoring
- Alerting and notification configuration
- Network discovery and topology mapping
- Network device monitoring concepts
Topic 2: Advanced Features and Integration15%- Orion Platform integrations
- Reporting and capacity planning
- Custom pollers and monitors
- API usage and automation
Topic 3: Network Performance Monitor (NPM)30%- Interface and device monitoring
- Advanced packet analysis
- Custom dashboards and views
- Network latency and quality monitoring
- Traffic analysis and NetFlow
Topic 4: Network Configuration Manager (NCM)15%- Change management workflows
- Configuration backup and compliance
- Config change detection and alerting
Topic 5: SolarWinds Platform Overview10%- Product portfolio and licensing models
- Deployment options (on-premises, cloud, hybrid)
- SolarWinds Hybrid Cloud Observability platform architecture
Topic 6: Network Topology Mapper (NTM)10%- Map maintenance and updates
- Auto-discovery and mapping
- Layer 2 and Layer 3 topology visualization

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SolarWinds Hybrid Cloud Observability Network Monitoring Exam Sample Questions (Q129-Q134):

NEW QUESTION # 129
You are tasked with integrating a new Cisco ACI fabric into SolarWinds Hybrid Cloud Observability for deep monitoring and correlation. Which of the following steps must be performed to ensure end-to-end visibility, automatic discovery of APIC objects, and successful alerting on fabric health? (Choose three.)

Answer: A,B,D

Explanation:
According to the latest SolarWinds Administrator Guides, integrating Cisco ACI for true Hybrid Cloud Observability involves several coordinated steps:
* B. Configure API polling credentials for the APIC cluster under "Settings > All Settings > Manage ACI" in SolarWinds. SolarWinds Hybrid Cloud Observability leverages API-based polling (not only SNMP) to retrieve comprehensive fabric topology, health scores, faults, and logical object inventory (tenants, application profiles, EPGs, etc.). Configuration of API credentials is required to access these features. " For deep ACI monitoring, use API credentials under ' Manage ACI ' . SNMP alone is insufficient for advanced monitoring, object mapping, or health correlation. "
* C. Enable NetFlow export from all ACI leaf switches to the SolarWinds collector and import flow definitions in the Platform. NetFlow is essential for capturing east-west and north-south traffic inside the fabric, and SolarWinds uses this flow data for bandwidth analysis and path visualization. " SolarWinds recommends enabling NetFlow export on all leafs and importing flow records to gain traffic visibility inside Cisco ACI environments. "
* D. Map tenants, application profiles, and endpoint groups (EPGs) to custom properties for advanced alerting and reporting. Custom properties in SolarWinds allow mapping logical ACI constructs to alert rules, reports, and dashboards for business-centric monitoring. " Map EPGs and application profiles to custom properties for granular alerting and business-aligned dashboards. " Option A is incorrect because the official guide states that API polling (not just SNMP v3 with plugins) is required for automatic APIC object discovery.
References:
SolarWinds Platform Administrator Guide, " Monitoring Cisco ACI Environments, " 2024.1 NPM Administrator Guide, " Configuring API Polling for Cisco ACI, " 2024.1
" Best Practices for Cisco ACI Monitoring, " SolarWinds Success Center


NEW QUESTION # 130
It is noted that the hardware health monitoring for a Cisco switch is generating false positives. It is verified that the alerted hardware issues are not occurring. What is causing the issue?

Answer: C

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
False positives in hardware health alerts often occur when the polled MIB on the device is not the preferred or correct MIB for that particular hardware platform. This can result in SolarWinds interpreting SNMP data incorrectly, causing inaccurate alerts. Ensuring that the device is using the recommended MIB for hardware health resolves these false alert issues.
Reference:
"False hardware health alerts may result from polling the incorrect or non-preferred MIB on the device.
Always verify that the correct MIB is being polled for accurate hardware monitoring."
- (Network Performance Monitor Administrator Guide, Hardware Health Monitoring section)


NEW QUESTION # 131
Which method is used to add new UPS battery status statistics onto an existing node that does not have the default value polled?

Answer: A


NEW QUESTION # 132
Which two of the following best practices are used when creating a universal device poller (UDP)? (Choose two.)

Answer: B,D


NEW QUESTION # 133
If the data collected for hardware health is incorrect, which step could rectify the issue?

Answer: B


NEW QUESTION # 134
......

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