SolarWinds Hybrid Cloud Observability Network Monitoring Guide

SolarWinds Hybrid Cloud Observability: Network Monitoring Guide

SolarWinds Hybrid Cloud Observability (HCO) is designed to provide integrated visibility across networks, infrastructure, applications, and cloud environments. Its network monitoring capabilities help IT teams observe device health, analyze performance, identify network issues, and investigate potential causes from a unified platform.

This guide explains SolarWinds Hybrid Cloud Observability network monitoring, its key capabilities, common use cases, implementation considerations, best practices, and frequently asked questions.

What Is SolarWinds Hybrid Cloud Observability?

SolarWinds Hybrid Cloud Observability is a full-stack observability solution designed to help organizations monitor and manage hybrid IT environments. It brings together monitoring data from networks, servers, applications, databases, and other infrastructure components.

The solution supports visibility across environments that may include:

• On-premises data centers
• Physical and virtual network devices
• Private and public cloud infrastructure
• Hybrid cloud deployments
• Remote and distributed locations
• Enterprise applications and services

By combining monitoring data across different technology layers, IT teams can investigate performance issues with more context instead of relying on separate tools for every infrastructure component.

SolarWinds offers self-hosted and SaaS observability options. Capabilities, integrations, and licensing depend on the selected product and edition.

Why Network Monitoring Matters in Hybrid Cloud Environments

Network performance directly affects application availability, user experience, and business operations. A network issue can appear as a slow application, an unavailable service, poor voice quality, or a failed cloud connection.

Common challenges include:

• Limited visibility across distributed environments
• Difficulty identifying the source of network latency
• Unexpected bandwidth utilization
• Device availability and interface issues
• Network configuration changes
• Complex dependencies between applications and infrastructure
• Alert overload and delayed troubleshooting
• Limited historical data for capacity planning

Network monitoring helps teams identify performance changes, understand network conditions, and investigate issues before they significantly affect users or business services.

Key Network Monitoring Capabilities

SolarWinds Hybrid Cloud Observability includes network monitoring capabilities designed to provide visibility into network health and performance. Specific features vary by product edition and deployment.

1. Network Device Discovery and Monitoring

Network monitoring begins with identifying devices and collecting relevant performance data.

Depending on the device and configuration, SolarWinds can use industry-standard methods such as SNMP, ICMP, WMI, or agents to collect monitoring information.

Common monitored devices include:

• Routers
• Switches
• Firewalls
• Wireless controllers
• Load balancers
• WAN and SD-WAN devices
• Network-connected infrastructure

Automated discovery and monitoring can help teams maintain an inventory of devices and understand their operational status.

2. Network Performance Monitoring

Network performance monitoring helps IT teams observe device availability, utilization, and performance indicators.

Common metrics include:

• Device availability
• CPU and memory utilization
• Interface status
• Interface traffic and utilization
• Packet errors and discards
• Latency and response time
• Device and interface health

These metrics can help teams identify overloaded devices, unstable interfaces, and potential network bottlenecks.

3. Network Path Analysis

Network path analysis helps teams investigate how traffic travels between important endpoints and identify potential areas of performance degradation.

This can be useful when:

• An application is slow for remote users
• A cloud-hosted service is experiencing latency
• A network path includes multiple providers or devices
• Teams need to investigate where performance changes occur

SolarWinds NetPath is one of the capabilities associated with network path visibility in supported self-hosted offerings.

4. Network Traffic and Flow Analysis

Flow monitoring provides insight into how network traffic is distributed.

Depending on the edition and supported devices, flow analysis can help teams understand:

• Which applications or protocols consume bandwidth
• Which endpoints generate traffic
• Traffic patterns over time
• Potential congestion
• Unexpected or unusual traffic levels

This information supports troubleshooting, bandwidth planning, and network optimization.

5. Network Configuration Monitoring

Network configuration monitoring helps teams track device configuration changes and investigate differences between configuration states.

It can support activities such as:

• Configuration backups
• Change tracking
• Configuration comparison
• Compliance monitoring
• Troubleshooting configuration-related issues

Understanding what changed before an incident can help reduce investigation time.

6. Intelligent Alerts and Dashboards

Monitoring dashboards help teams review network health and performance in a consolidated view.

Alerting capabilities can notify teams when monitored conditions exceed defined thresholds or indicate potential problems. Some editions include anomaly-based alerting and additional intelligence.

Effective alerts should be configured around business impact and operational priorities—not every metric change should generate an urgent notification.

7. Hybrid Infrastructure Context

Network problems can be caused by issues beyond the network itself. A slow application may be related to server resource pressure, database performance, cloud connectivity, or a recent infrastructure change.

Hybrid Cloud Observability is designed to combine information across multiple IT layers, helping teams investigate problems with broader context.

Common Use Cases for Network Monitoring

Enterprise Network Operations

Large organizations may operate multiple offices, data centers, and network technologies. Centralized monitoring helps teams observe network health and identify issues across distributed environments.

Hybrid Cloud Connectivity

Organizations that connect on-premises infrastructure with public cloud services need visibility into network performance and connectivity.

Monitoring can help teams investigate latency, availability, and traffic-related issues across hybrid environments.

Application Performance Troubleshooting

When users report that an application is slow, network monitoring can help determine whether the issue is related to network latency, packet loss, interface utilization, or another infrastructure component.

Bandwidth and Capacity Planning

Historical network data can help teams identify utilization patterns and plan for future capacity requirements.

This supports decisions such as upgrading links, redistributing traffic, or reviewing application communication patterns.

Network Configuration and Change Management

Monitoring configuration changes can help teams investigate incidents caused by unexpected or unauthorized changes and support operational consistency.

Voice and Collaboration Quality

Organizations that depend on VoIP and collaboration tools need reliable network performance. Network and quality monitoring can help investigate latency, jitter, packet loss, and other conditions that may affect communication.

How to Implement SolarWinds Network Monitoring

A successful implementation begins with clear monitoring objectives and a well-defined scope.

Step 1: Identify Critical Network Assets

Create an inventory of the devices and services that are important to business operations.

Prioritize:

• Core and distribution switches
• Routers and firewalls
• WAN and internet connections
• Cloud connectivity components
• Critical wireless infrastructure
• Network devices supporting business-critical applications

Step 2: Define Monitoring Requirements

Determine which metrics and conditions are most important for each device type.

For example:

The exact metrics available depend on device capabilities, integrations, and configuration.

Step 3: Configure Data Collection

Configure the required monitoring methods and credentials. Follow organizational security requirements when enabling SNMP, agents, APIs, or other collection methods.

Use secure credentials and limit monitoring access to the permissions required.

Step 4: Build Dashboards

Create dashboards for different operational roles.

Examples include:

• Network operations overview
• Critical device availability
• WAN and internet link performance
• Cloud connectivity
• Network capacity and utilization
• Network troubleshooting

Dashboards should highlight actionable information and avoid unnecessary visual clutter.

Step 5: Configure Alerts

Create alert conditions based on business impact and operational needs.

Examples include:

• Critical device unavailable
• Interface utilization above an agreed threshold
• Repeated packet errors
• High latency or packet loss
• Unexpected configuration changes
• Important network service degradation

Define alert severity, notification recipients, escalation paths, and response expectations.

Step 6: Validate and Improve

After implementation:

• Confirm that devices are being monitored correctly
• Verify that metrics are accurate and useful
• Test alert delivery
• Review dashboards with operations teams
• Adjust thresholds to reduce unnecessary alerts
• Document monitoring procedures

Monitoring should be reviewed regularly as the network changes.

Network Monitoring Best Practices

Prioritize Business-Critical Assets

Start with devices and connections that support important business services. Expand monitoring gradually as requirements become clearer.

Use Secure Monitoring Configurations

Protect monitoring credentials, use secure protocols where supported, restrict access, and follow internal security policies.

Configure Meaningful Alerts

Avoid creating alerts for every minor metric fluctuation. Use thresholds, dependencies, severity levels, and escalation rules to focus attention on actionable problems.

Maintain Accurate Device Inventory

Keep device names, locations, ownership, and business criticality information current. Accurate inventory improves troubleshooting and reporting.

Review Historical Performance

Historical metrics can help teams distinguish isolated incidents from recurring problems and support capacity planning.

Correlate Network and Infrastructure Data

Network symptoms may originate from applications, servers, databases, cloud resources, or configuration changes. Use available cross-layer monitoring to investigate the full context.

Document Operational Procedures

Maintain documentation for monitoring configuration, alert handling, escalation, device onboarding, and troubleshooting.

Benefits of SolarWinds Hybrid Cloud Observability Network Monitoring

When appropriately configured, network monitoring can help organizations:

• Improve visibility into network health and performance
• Identify availability and performance issues sooner
• Investigate network problems with better context
• Reduce time spent switching between disconnected tools
• Support bandwidth and capacity planning
• Monitor distributed and hybrid environments
• Improve operational reporting
• Support more proactive network management

The value depends on the environment, implementation quality, licensing, monitoring coverage, and operational processes.

Frequently Asked Questions

What is SolarWinds Hybrid Cloud Observability?

SolarWinds Hybrid Cloud Observability is a full-stack observability solution designed to provide monitoring and troubleshooting visibility across networks, infrastructure, applications, and hybrid IT environments.

What does SolarWinds network monitoring do?

It helps monitor network device availability and performance, collect metrics, analyze network conditions, investigate connectivity issues, and support operational troubleshooting.

Can SolarWinds monitor hybrid cloud networks?

SolarWinds offers observability capabilities for on-premises, cloud, and hybrid environments. The exact monitoring coverage depends on the selected product, deployment, supported integrations, and configuration.

Which network devices can be monitored?

Supported device types may include routers, switches, firewalls, wireless controllers, load balancers, and other network infrastructure. Monitoring data depends on device capabilities and configuration.

Does SolarWinds support network traffic analysis?

Network flow monitoring and analysis are available in supported offerings. These capabilities can help teams understand traffic patterns, bandwidth utilization, and communication between endpoints.

How does network monitoring help troubleshooting?

It provides performance metrics, availability information, and network context that can help teams identify where an issue may be occurring and investigate potential causes.

Is SolarWinds Hybrid Cloud Observability suitable for large enterprises?

SolarWinds offers capabilities designed for enterprise environments, including distributed monitoring and additional scalability options. Organizations should evaluate their device count, architecture, feature requirements, and licensing needs.

Conclusion

Network monitoring is essential for maintaining reliable connectivity, supporting application performance, and managing complex hybrid IT environments.

SolarWinds Hybrid Cloud Observability brings together network and broader infrastructure visibility to help IT teams monitor performance, investigate issues, and support proactive operations.

With clear monitoring objectives, secure configuration, meaningful alerts, and regular review, organizations can strengthen network visibility and improve troubleshooting practices.

Monitor smarter. Troubleshoot faster. Strengthen hybrid IT visibility with Clearcatnet.com.

Gain practical insights into SolarWinds Hybrid Cloud Observability and Network Monitoring with Clearcatnet.com. Learn how to improve network visibility, monitor performance, troubleshoot issues, and manage hybrid IT environments with confidence.

Written By:Tannu Singh

Published on: 03/11/2026

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