UPDATED [Sep 15, 2026] Pass Hybrid Cloud Observability Network Monitoring Exam Exam with Latest Questions [Q89-Q111]

Published date September 15, 2026

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UPDATED [Sep 15, 2026] Pass Hybrid Cloud Observability Network Monitoring Exam Exam with Latest Questions

Hybrid-Cloud-Observability-Network-Monitoring Exam Practice Questions prepared by SolarWinds Professionals

NO.89 A poller is to be built that will add two values together to show a single value in the web console using the universal device poller (UDP) tool. How would this be accomplished?

add both object IDs (OIDs) to the poller and combine values in a single value for the web console

build a poller for each OID then use transform results to combine values from the two pollers

UDP tool does not support more than one OID per poller, another OID is needed

UDP tool does not support more than one OID per poller, another tool is needed

NO.90 Upon logging into the web console to check node statuses, it is noted that several nodes display a “down” status when they are up and running. Which two of the following situations are the likely causes of this issue?
(Choose two.)

ICMP blocked from polling engine to target node

nodestatus must be set to au management

nodes using incorrect SNMP credentials

polling interval set to value other than default

Comprehensive and Detailed Explanation From Exact Extract:
SolarWinds determines node status by polling using ICMP (ping) and SNMP. If ICMP is blocked by a firewall or network device between the polling engine and the monitored node, the node will appear “down” in the web console even though it is actually up. Likewise, if the SNMP credentials configured in SolarWinds are incorrect, the polling engine cannot successfully query the device, leading to a false “down” status.
From the documentation:
“If ICMP packets are blocked or dropped, SolarWinds cannot determine node status, resulting in false down events.”
“Incorrect SNMP community strings or credentials will prevent node polling, and these nodes may appear down in the console.” Changing the polling interval or node management settings does not directly cause this issue.
References:
NPM Administrator Guide: Troubleshooting Node Status

NO.91 On which two of the following ports does log analyzer listen for TCP syslog messages? (Choose two.)

162

514

1463

6514

Comprehensive and Detailed Explanation From Exact Extract:
Log Analyzer listens for syslog messages by default on:
TCP port 514 (the standard syslog port)
TCP port 6514 (the default port for syslog over TLS/SSL, i.e., secure syslog) Port 162 is for SNMP traps, and 1463 is not standard for syslog in SolarWinds.
References:
Log Analyzer Administrator Guide: Syslog Ports and Configuration

NO.92 A universal device poller (UDP) is being built for a metric to monitor in a radial gauge of a web console.
When a gauge resource in the poller is to be selected, it is found that the resource is grayed out. What could be causing this?

object ID (OID) polled does not support radial gauge.

OID polled is not in current MIB file of MIB database.

OID polled is not supported by the device.

UDP does not support gauges to display polled information.

The radial gauge display in the SolarWinds web console requires that the polled value from the OID is a numeric type that supports gauge visualizations (for example, a percentage or value with a defined minimum and maximum). If the OID returns data that does not fit these requirements-such as text, status, or a counter with no clear min/max-the gauge option will be grayed out and unavailable for selection. This behavior is explained in the Universal Device Poller documentation, which states that only compatible numeric OID types can be displayed using radial gauge resources.
Reference:
Universal Device Poller Admin Guide, “Gauge Resource Display Requirements”

NO.93 Which application classification system is used with deep packet inspection technologies to provide better visibility into network traffic and is a mechanism used by certain Cisco routers/switches to recognize dataflow by inspecting some of the packets sent?

autonomous systems

CBQoS drops

flow navigator

NBAR2 applications

NO.94 If a NetFlow collector service is showing a “down” status, which two of the following steps are possible troubleshooting options? (Choose two.)

Confirm the database connection is up and server has free resources.

Delete and re-add NetFlow collector service.

Start or restart SolarWinds’ collector service.

Start or restart SolarWinds’ NetFlow service from Orion service manager.

NO.95 If the data collected for hardware health is incorrect, which step could rectify the issue?

Change the MIB tree used for polling.

Change the poller assigned to sensor.

Create a custom goller in device studio for fan speed, power supply, and temperature.

Download the MIB file from the SolarWinds website and add it to the device’s firmware.

NO.96 On a single node, one or more interfaces are showing an “unknown” status. What is the best way to resolve the issue?

Change node ‘ s polling method to ICMP.

Delete and rediscover the node showing affected interfaces.

Delete and re-add the affected interfaces.

Verify the interfaces are assigned to SolarWinds ‘ native poller.

If interfaces on a node show an “unknown” status, the recommended solution is to delete and rediscover the node. This ensures all current interface information, OIDs, and properties are correctly detected and polled, resolving mismatch or missing data that can cause an “unknown” status.
Reference:
” If interfaces remain in ‘ unknown ‘ state, delete and rediscover the node to update interface mappings and ensure proper status polling. “
– (Network Performance Monitor Administrator Guide, Interface Troubleshooting section)

NO.97 In which two of the following cases does duplicate flow data occur? (Choose two.)

both IP flow ingress and egress applied for all interfaces

both IP flow ingress and egress applied on one interface

IP flow ingress applied on all interfaces, no egress usage

IP flow ingress on some interfaces and egress on others

Duplicate flow data typically results when both ingress and egress flow monitoring are applied simultaneously on interfaces. If both directions are enabled either globally (all interfaces) or locally (on a single interface), the same flow is counted twice-once entering and once leaving-resulting in duplicate statistics.
Reference:
” To avoid duplicate flow data, do not enable both ingress and egress NetFlow on the same interface or across all interfaces. Doing so will cause the same packets to be exported twice and counted as duplicates in reports and charts. “
– (Network Performance Monitor Administrator Guide, NetFlow configuration best practices section)

NO.98 Which two of the following actions are recommended for more precise forecasting of capacity trends on critical devices? (Choose two.)

Monitor devices with platform agents.

More historical data used in calculations.

Set calculation methods to use average daily values.

Set warning and critical thresholds to lower percentages.

NO.99 Which SNMP version will support MD5, SHA1, SHA256, and SHA512 authentication in SolarWinds’ platform?

version 1

version 2

version 2c

version 3

Only SNMP version 3 supports advanced authentication methods such as MD5, SHA1, SHA256, and SHA512 in SolarWinds and other SNMP-compliant platforms.
The documentation specifies:
” SNMP v3 provides secure authentication and encryption options, including MD5, SHA1, SHA256, and SHA512. Versions 1 and 2c only support community string authentication. ” References:
NPM Administrator Guide: SNMP Security and Supported Authentication Methods

NO.100 Which two of the following authentication methods are supported when configuring a database log collection in hybrid cloud observability? (Choose two.)

Kerberos

mixed mode

oAUTH

Windows

Comprehensive and Detailed Explanation From Exact Extract:
When configuring database log collection (e.g., from SQL Server), SolarWinds supports:
Mixed mode authentication (SQL Server and Windows authentication)
Windows authentication
Kerberos and oAUTH are not supported directly as authentication methods for log collection from SQL Server databases in the SolarWinds platform.
References:
Log Analyzer Administrator Guide: Supported Authentication for Database Log Collection

NO.101 Which two of the following functions are tied to SolarWinds’ MIB database? (Choose two.)

SolarWinds’ MIB database defines what kind of pollers can be built for the metric.

SolarWinds’ MIB database enables automatic polling of devices.

SolarWinds’ MIB database maps object IDs (OIDs) to their textual names.

SolarWinds’ MIB database updates OIDs on the device during the polling process.

Comprehensive and Detailed Explanation From Exact Extract:
The SolarWinds MIB database is used for SNMP-based monitoring and performs these critical functions:
A). It defines which OIDs are recognized and what metrics can be polled via Universal Device Pollers or other custom monitors.
C). It maps OIDs (numeric identifiers) to their human-readable textual names for reporting and alerting.
Options B and D are not accurate; the database does not enable automatic polling nor does it update device OIDs during polling.
References:
SolarWinds MIB database overview – SolarWinds NPM Administrator Guide, MIBs and OIDs section

NO.102 Which Cisco IOS feature is enabled to pinpoint an application causing slow network performance?

IPSLA

NetFlow

SNMP

SPAN

Comprehensive and Detailed Explanation From Exact Extract:
NetFlow is the Cisco IOS feature designed for monitoring and analyzing network traffic to pinpoint specific applications or endpoints consuming bandwidth or causing network slowness. It captures detailed flow information, including source/destination, ports, and protocols.
Reference:
NTA Administrator Guide, “Using NetFlow to Identify Traffic Sources and Applications”

NO.103 Which two of the following flow sources are supported by hybrid cloud observability? (Choose two.)

Cisco

cFlow

J-Flow

NetStream

Comprehensive and Detailed Explanation From Exact Extract:
SolarWinds Hybrid Cloud Observability supports multiple flow protocols for monitoring network traffic. The correct supported sources are:
J-Flow: This is the flow protocol used by Juniper devices.
NetStream: This is the flow protocol used by Huawei devices.
“Cisco” is not a flow protocol (Cisco devices use NetFlow), and “cFlow” is not a supported protocol.
Exact Extract from Official Guide:
“Hybrid Cloud Observability supports NetFlow (Cisco), J-Flow (Juniper), NetStream (Huawei), sFlow, and IPFIX for comprehensive traffic analysis.”
– (Network Performance Monitor Administrator Guide, “Supported Flow Sources” section) References:
Network Performance Monitor Administrator Guide, Supported Flow Sources

NO.104 What can be done to display the average CPU utilization of a node in a web console widget, if the device studio poller returns a table of multi-core CPU utilizations?

Configure the web console widget to calculate the average of the returned table values.

Contact the device vendor to provide an SNMP object ID (OID) for the average CPU utilization statistic.

Display the returned table of values in the web console widget and manually calculate the average.

Select the add calculated value option and use the average function for returned values.

When a device returns multi-core CPU statistics as a table, SolarWinds Device Studio allows you to use the ” Add Calculated Value ” option and select the average function. This enables the web console widget to display the computed average CPU utilization automatically.
The documentation explains:
” For devices with multi-core CPUs, you can use the Add Calculated Value feature in the Device Studio to compute the average (or other statistical functions) of returned table values, which can then be visualized directly in widgets. ” References:
Network Performance Monitor Administrator Guide, ” Device Studio Calculated Values ” SolarWinds Success Center: ” Averaging Table Poller Results “

NO.105 A Brocade G620 switch is not able to poll for hardware health statistics after adding a node using SNMPv3 as the polling method.
Why are hardware health statistics not showing in the node details summary page?

device does not support SNMFV3

MIB database needs to be updated

switch is not supported for collection

server configuration box is not checked

Comprehensive and Detailed Explanation From Exact Extract:
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.” References:
Network Performance Monitor Administrator Guide, Section: “Supported Devices for Hardware Health” SolarWinds Success Center: “Hardware Health Supported Devices List”

NO.106 Some of the flows received are mapping to an IP address that does not match any of the nodes being monitored. It has been verified that all flow sources are also being monitored by NPM and SNMP polling. The known source nodes for these flows have the correct IP address. What could be causing this issue?

flows are coming from a non-primary address and the setting to match the node by another IP is turned off

flows are IPv6 and the network monitoring does not recognize that version

IP address for the node is incorrect in SNMP polling but correct in the flows

source machine field in the flows is not configured and the setting to match the node by another IP is turned off

NO.107 Which three of the following settings can be used to customize the thresholds for an object in SolarWinds’ platform? (Choose three.)

single poll

X concurrent polls

X consecutive polls

X of Y polls

SolarWinds platform allows for customizing threshold behavior to reduce false positives and tune alerting sensitivity. The three primary customizable threshold settings are:
Single poll: A threshold is triggered immediately if the value breaches the limit in a single polling cycle.
X consecutive polls: The threshold must be exceeded in X consecutive polling intervals before being considered breached.
X of Y polls: The threshold is triggered if the value exceeds the limit in X out of Y most recent polls.
” X concurrent polls ” is not an available threshold customization in the SolarWinds platform.
Reference:
SolarWinds Platform Administrator Guide, “Threshold Customization Options,”
“You can trigger thresholds based on single poll, X consecutive polls, or X of Y polls…”

NO.108 Which three of the following data points directly affect the precision of capacity forecasting? (Choose three.)

amount of historical data used

exhaustion calculation method

polling interval

warning thresholds

Capacity forecasting accuracy is directly impacted by:
Amount of historical data used: More historical data provides better trend analysis.
Exhaustion calculation method: Different methods (e.g., linear, peak, moving average) affect how forecasts are calculated.
Polling interval: More frequent polling increases granularity and the accuracy of forecasting.
Warning thresholds (D) do not affect the precision of forecasts, only the alerting behavior.
Reference:
Network Performance Monitor Administrator Guide, “Improving Forecast Accuracy with Historical Data and Polling Settings”

NO.109 An unknown traffic event is noted in the web console. What is the likely cause?

a firewall is blocking the traffic flow configurations

incorrectly configured source or destination port in the flows

missing a byte group from flow field configurations

receiving flows from a device not monitored by the network

NO.110 Which option is available when choosing to collect Windows events without an agent so that Windows event logs can be recognized?

Convert Windows events to log files with SolarWinds event log forwarder.

Convert Windows events to svslog with SolarWinds event log forwarder.

Convert Windows events to traps with SolarWinds event log forwarder.

Convert Windows events to VMware with SolarWinds event log forwarder.

When collecting Windows event logs without installing an agent, SolarWinds recommends converting those events to SNMP traps or syslog messages using the SolarWinds Event Log Forwarder for Windows. This allows the platform to ingest and recognize Windows events through standard logging protocols.
” The SolarWinds Event Log Forwarder for Windows enables you to forward Windows event logs as SNMP traps or syslog messages, allowing agentless collection and integration into your SolarWinds platform. ” Option C, converting events to traps, is the correct method supported for agentless environments.
References:
Log Analyzer Administrator Guide, Section: ” Agentless Event Log Collection ” SolarWinds Success Center: ” Event Log Forwarder for Windows “

NO.111 Which two of the following actions can be taken to resolve unknown flow traffic events? (Choose two.)

Add the devices and interfaces to SolarWinds ‘ database.

Configure devices to send all flow data.

Enable automatic addition of flow sources.

Ensure flow-enabled devices send data to appropriate port.

Unknown flow traffic often occurs when SolarWinds receives flow data from sources not defined in its database, or when flow-enabled devices are not sending data to the expected port.
Add the devices and interfaces to SolarWinds ‘ database: Ensures flow data is properly associated with monitored objects, resolving the ” unknown ” status.
Ensure flow-enabled devices send data to the appropriate port: If data is sent to the wrong port, SolarWinds cannot process it correctly, leading to unknown events.
SolarWinds documentation notes:
” Unknown flow traffic typically indicates a mismatch between flow sources and known device/interface configurations, or incorrect UDP port configuration. Registering devices/interfaces and verifying port assignments resolves most unknown flow issues. ” References:
Network Performance Monitor Administrator Guide, ” Troubleshooting Flow Data Collection ” SolarWinds Success Center: ” Resolving Unknown Flow Events “

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