Hybrid-Cloud-Observability-Network-Monitoring SolarWinds Hybrid Cloud Observability Network Monitoring Exam Free Practice Exam Questions (2026 Updated)

Hiding an IP address group in IPAM management means that group will not appear in dashboards, charts, or reports, but the underlying data and group definition remain intact and are not deleted.

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.

Enabling DNS resolution but not storing hostnames immediately results in:

Reduced database memory/storage used for DNS info, as hostnames aren’t stored with each flow record.

Less database space used for flows, since flow records will reference IPs rather than resolved DNS names.

Reduced SQL server reads/writes since the platform does not immediately resolve and store hostnames with every received flow, decreasing load.

DNS names will still appear in reports where resolved dynamically, so option C is incorrect.

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.

When you create a flow alert in SolarWinds, the object of the alert (such as a specific interface, node, or application) is chosen from the “Create a Flow Alert” panel. Flow alerts are not based on custom SQL queries, require the NetFlow service to be running, and always have associated trigger actions.

To collect and analyze Windows event logs in SolarWinds Hybrid Cloud Observability, you must:

Deploy and configure the platform agent on the Windows server: The agent is responsible for collecting logs locally, including event logs, and sending them to the SolarWinds platform for analysis.

Configure the Windows server to send logs to the SolarWinds platform: This can be achieved by forwarding event logs from the Windows server to the server running the SolarWinds platform (e.g., via Windows Event Forwarding or syslog if using third-party tools).

Simply configuring rules within the platform does not automatically grant access to Windows event logs; deployment of the agent or configuration of log forwarding is required for collection. This requirement is outlined in the Log Analyzer Administrator Guide and the Hybrid Cloud Observability documentation for Windows log collection.

The Brocade G620 switch is not supported by SolarWinds for hardware health statistics collection, regardless of the SNMP version or polling method used. SolarWinds documentation lists the specific switch models and vendors that are compatible with hardware health monitoring, and Brocade switches (including the G620) are not among the supported models for this feature.

The documentation states:

“Hardware health monitoring in SolarWinds is available for a set of supported vendors and models. Brocade G620 is not included in the list of devices that provide hardware health statistics. As a result, these statistics will not appear on the node details summary page, even if SNMP polling is enabled and working for other metrics.”

If the web console shows a router as “down” but it is actually operational:

ICMP is blocked: If the polling engine cannot ping the device, it will be reported as down.

SNMP is blocked: If SNMP polling fails (for devices polled via SNMP), detailed data and status cannot be retrieved, resulting in a down state.

Agent connection issues may apply for agent-based monitoring but are not typical for network routers. Node dependency configuration could affect child node status display but would not cause the parent node to show “down”.