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| Section | Objectives |
|---|---|
| Topic 1: Observability Platform Components | - Server & Application Monitor (SAM) - NetFlow Traffic Analyzer (NTA) - Network Performance Monitor (NPM) - Network Configuration Manager (NCM) |
| Topic 2: Security and Access Management | - Role-based access control - Security monitoring integration |
| Topic 3: Diagnostics and Troubleshooting | - Alerting and event correlation - Root cause analysis - Performance bottleneck analysis |
| Topic 4: Network Monitoring | - Flow monitoring and traffic analysis - Network performance troubleshooting - SNMP monitoring and polling |
| Topic 5: Hybrid Cloud Observability Fundamentals | - Architecture and deployment models - Hybrid cloud monitoring concepts |
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NEW QUESTION # 165
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,C,D
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
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 # 166
Which two of the following technologies does device studio support? (Choose two.)
Answer: A,B
NEW QUESTION # 167
Which custom poller supports multiple object IDs (OIDs)?
Answer: D
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Device Studio is designed to enable support for complex devices and can poll multiple OIDs as part of a single custom poller definition. While Universal Device Poller (UDP) is also used for custom SNMP polling, it is generally limited to a single OID per poller. Device Studio is intended for use cases that require combining and correlating multiple OIDs for richer, template-based device monitoring.
Reference:
"Device Studio allows users to create custom device pollers that support multiple OIDs, enabling sophisticated monitoring for non-standard devices. This surpasses the single OID limitation of the classic Universal Device Poller (UDP)."
- (NPM Administrator Guide, Device Studio section)
NEW QUESTION # 168
If a NetFlow collector service is showing a "down" status, which two of the following steps are possible troubleshooting options? (Choose two.)
Answer: A,D
Explanation:
When the NetFlow collector service is showing a " down " status, the SolarWinds documentation recommends the following troubleshooting steps:
* Confirm the database connection is up and server has free resources.
* Explanation: The NetFlow collector service relies on connectivity to the SolarWinds database. If the database connection is lost or the server is out of resources (such as CPU or RAM), the service may go down or fail to start. Ensuring that the database is reachable and that the server has enough resources is a primary troubleshooting step.
* Start or restart SolarWinds' NetFlow service from Orion Service Manager.
* Explanation: The official troubleshooting guidance instructs administrators to use the Orion Service Manager to start or restart the NetFlow service. This is a direct method to recover the NetFlow collector from a " down " state and is one of the first actions recommended by SolarWinds support.
Options B and C are not recommended in the official documentation:
* Deleting and re-adding the NetFlow collector service is not a documented troubleshooting step and may cause loss of configuration.
* Starting or restarting the generic " collector service " is not specific to NetFlow; the correct service is the NetFlow service.
Exact Extract from Official Guide:
" If NetFlow collector service status is down:
* Ensure the SolarWinds database is online and the server is not experiencing resource issues.
* Use the Orion Service Manager to start or restart the NetFlow service.
* If the issue persists, review the NetFlow logs for errors and consult the SolarWinds Success Center for advanced troubleshooting. " - (Network Performance Monitor Administrator Guide, Troubleshooting NetFlow and Service Issues) References:
Network Performance Monitor Administrator Guide, Troubleshooting NetFlow and Service Issues SolarWinds Success Center: NetFlow Troubleshooting
NEW QUESTION # 169
Which tool presents live flow traffic data sourced from/to a main polling engine server, providing basic insight into traffic on the main polling engine?
Answer: C
Explanation:
The local NetFlow source provides live (real-time) flow traffic data that is sourced to and from the main polling engine server. This feature is primarily for monitoring the main polling engine's traffic and quickly identifying top talkers and general flow activity on that server.
Reference:
" The Local NetFlow Source shows live NetFlow traffic sent to and from the main polling engine, giving insight into the traffic patterns for the main server. "
- (Network Performance Monitor Administrator Guide, NetFlow Real-Time Tools section)
NEW QUESTION # 170
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