Comparing the 8 Best SolarWinds Alternatives in 2026

SolarWinds has supported network and infrastructure teams for decades. The environments around those tools have changed considerably.

Cloud services, Kubernetes, distributed applications, and AI workloads create new dependencies. A storage or networking issue can quickly affect applications and customers.

You may be approaching a renewal or trying to consolidate several monitoring products. Either project creates a natural opportunity to reassess your current setup.

Choosing the right alternative starts with the gaps you need to address. Some platforms specialize in network management. Others connect applications, services, infrastructure, cloud resources, and AI systems.

This guide compares eight SolarWinds alternatives, their strongest use cases, and the questions to ask before choosing one. First, let’s examine what SolarWinds offers and why teams explore other options.

In This Article

• What SolarWinds Offers and Why Teams Consider Alternatives
• How Agentic AI Observability Works
• Best SolarWinds Alternatives in 2026
• Take the Next Step in Your SolarWinds Evaluation
• Frequently Asked Questions

What SolarWinds Offers and Why Teams Consider Alternatives

SolarWinds includes several products for different monitoring needs. These include SolarWinds Observability SaaS, SolarWinds Observability Self-Hosted, and Network Performance Monitor.

Many teams still use “Orion” when describing older SolarWinds deployments. Other organizations use several modules developed around the original Orion Platform.

SolarWinds Observability SaaS covers applications, infrastructure, logs, databases, and digital experiences. SolarWinds also continues to develop its self-hosted platform.

Its SaaS offering includes Root Cause Assist. The feature correlates metrics, alerts, anomalies, and changes for supported entities and groups.

Teams often begin comparing alternatives when a renewal, cloud migration, or consolidation project approaches. The review may uncover several practical concerns:

• Separate modules create additional administrative work
• Teams manually compare dashboards during incidents
• Alert volume grows faster than teams can investigate it
• Cloud and Kubernetes services introduce changing dependencies
• AI workloads add GPUs, data pipelines, and new cost signals
• Different licensing units complicate future cost forecasts

Use these issues to define your evaluation criteria and proof-of-concept scenarios.

Licensing is also complicated across modules. SolarWinds and its alternatives use units such as nodes, services, sensors, hosts, and data volume.

A lower starting price can become less attractive once you include required modules, data retention, support, and administrative labor. Use your actual environment and expected growth when comparing proposals.

What to Look for in a SolarWinds Alternative

Use the reasons identified above to build a focused evaluation scorecard. Apply the same scenarios and cost assumptions to every platform.

Evaluate coverage through real workflows. Feature counts rarely show how a platform performs when an incident crosses several technology layers.

Record every result in one scorecard using the same scenarios, environment, and cost assumptions.

Include application, network, storage, security, and platform teams in these tests. Their input can reveal missing context, new administrative work, and unclear ownership.

If reducing tool sprawl is a priority, assess whether consolidating monitoring tools preserves the technical depth your teams need.

Best SolarWinds Alternatives in 2026

Now let’s look at the platforms themselves. This table compares their strongest use cases, deployment models, and key evaluation points.

SolarWinds Alternatives at a Glance

Deployment options and packaging can vary by edition. Confirm the details that apply to your environment before narrowing your shortlist. Now let’s take a closer look at each platform.

1. Virtana

Best for: Complex environments where application problems may begin in infrastructure, networks, storage, cloud, or AI systems.

Virtana connects these layers through a live dependency map. Teams can trace an issue from the affected service to the constrained resource.

Notable features:

• The System Dependency Graph maps relationships across applications, Kubernetes, cloud, compute, networks, storage, and AI infrastructure.
• Event Intelligence groups related signals, reduces alert noise, and prioritizes issues by service impact.
• Diagnostic AI Agents investigate likely causes using connected evidence from across the environment.
• Remediation AI Agents recommend or coordinate actions within established policies and approval requirements, while keeping humans in the loop to build trust in the system.
• SaaS, self-hosted, on-premises, and air-gapped options support strict operational and data-control requirements.

Considerations: Virtana is the strongest fit when incidents span multiple teams and technology layers, and when you want to increase automation through agentic capabilities. Plan deployment around the workflows with the greatest operational impact.

G2 reviewers highlight infrastructure visibility, straightforward installation, and cloud cost insights. Some detailed reviews predate today’s platform, so validate current integrations and workflows during your proof of concept.

Tip: See how Virtana compares with other SolarWinds alternatives in complex enterprise environments.

2. Datadog

Known for: Cloud-first observability with broad integrations for engineering and site reliability teams.

Datadog brings infrastructure, applications, logs, traces, networks, security, and digital experience data into a SaaS platform. Its integration catalog suits organizations using many cloud services.

Notable features:

• Metrics, traces, logs, profiles, and user sessions can be correlated across services.
• Infrastructure monitoring covers hosts, containers, cloud services, and on-premises resources.
• Event management, workflow automation, GPU monitoring, and AI application monitoring extend the platform’s scope.

Considerations: Datadog’s modular pricing changes with hosts, data volume, custom metrics, retention, and added products. TrustRadius reviewers frequently mention cost predictability, query complexity, and alert tuning.

Tip: Model expected data usage before committing. Confirm data-residency requirements because Datadog remains a SaaS service.

3. Dynatrace

Known for: Detailed application performance monitoring and automated discovery in large environments.

Dynatrace discovers applications, services, processes, hosts, and cloud resources. Its distributed tracing follows transactions across connected services.

Notable features:

• OneAgent collects supported application and infrastructure data with limited manual setup.
• Smartscape maps relationships among applications, services, processes, hosts, and cloud resources.
• Distributed tracing follows transactions, while Davis AI supports analysis and prioritization.
• SaaS and Dynatrace Managed provide different hosting approaches.

Considerations: TrustRadius reviewers mention technical skill requirements, navigation learning curves, and cost.

Tip: Test incidents that begin in networks or storage if those domains frequently affect customer services. Model licensing across applications, hosts, and expected data volumes.

4. LogicMonitor

Known for: SaaS-based monitoring of hybrid infrastructure through collectors running within the customer environment.

LogicMonitor covers networks, servers, storage, cloud platforms, containers, databases, logs, and digital experiences. It suits distributed infrastructure managed centrally.

Notable features:

• Automated discovery and ready-made monitoring packages reduce setup across common enterprise technologies.
• Local collectors gather data, while the SaaS platform handles administration and visualization.
• Its context graph connects topology, telemetry, and changes to support investigation and automation.

Considerations: TrustRadius reviewers mention complex alert tuning, basic reporting, and a challenging interface for new users.

Tip: Confirm application tracing depth, cloud-native coverage, and collector requirements during your evaluation.

5. ManageEngine OpManager

Known for: Device-focused monitoring for traditional network and server operations.

OpManager uses discovery, maps, alerts, reports, and workflows to monitor physical and virtual infrastructure. It follows a self-hosted deployment model.

Notable features:

• Discovery and topology maps reveal connections among routers, switches, firewalls, servers, and virtual machines.
• A central-and-probe architecture supports monitoring across distributed offices and data centers.
• Related ManageEngine products extend traffic analysis, configuration, firewall logs, application monitoring, and IP address management.

Considerations: TrustRadius reviewers common concerns include advanced configuration, report customization, and performance across very large device counts.

Tip: Map every requirement to the correct edition, add-on, or related product before pricing the rollout. Test support for older or specialized devices.

6. Paessler PRTG

Known for: Sensor-based monitoring across networks and infrastructure.

A sensor tracks one measurement, such as bandwidth, CPU use, availability, or storage capacity. Teams combine sensors to monitor devices and services.

Notable features:

• Built-in sensors cover networks, servers, cloud services, databases, applications, websites, and operational technology.
• Maps, dashboards, alerts, and reports support routine monitoring and troubleshooting.
• PRTG offers hosted and self-hosted editions, and remote probes support distributed networks.

Considerations: TrustRadius reviewers mention licensing costs and performance planning as sensor counts grow.

Tip: Estimate sensor requirements across every device and location before comparing proposals. Also test correlation when one incident affects several systems.

7. Zabbix

Known for: Open-source control, extensive customization, and flexible deployment.

Zabbix monitors networks, servers, cloud resources, containers, VMware, logs, applications, services, and databases. Organizations can self-host it or use Zabbix Cloud.

Notable features:

• Agent and agentless collection support many infrastructure types and operating environments.
• Templates, discovery, alerts, dashboards, and APIs allow extensive customization.
• The open-source edition has no software license or per-device fee.
• Commercial support, training, and professional services are available when needed.

Considerations: TrustRadius reviewers have noted less favorable feedback on reporting customization, wireless monitoring, and packet analysis.

Tip: Include hosting, upgrades, internal labor, and optional support in your total cost. Zabbix suits teams with the expertise to maintain it.

8. Auvik

Known for: Cloud-managed network operations for managed service providers and distributed IT teams.

Auvik focuses on discovery, mapping, monitoring, traffic analysis, and configuration management. Its centralized interface supports many sites and customer environments.

Notable features:

• Automated discovery creates current device inventories and network maps.
• Flow analysis shows which applications and protocols consume network bandwidth.
• Configuration management tracks changes and backs up supported devices.
• Preconfigured alerts and guided troubleshooting help lean teams begin monitoring quickly.

Considerations: TrustRadius reviewers have noted less favorable feedback on reporting customization, wireless monitoring, and packet analysis.

Tip: Compare supported devices, licensing rules, and total costs across every managed site. Wider application, database, storage, or AI coverage may require additional tools.

Take the Next Step in Your SolarWinds Evaluation

A useful comparison should produce a manageable shortlist and clear next steps. Before scheduling final demos, agree on the problems a replacement must solve.

• Eliminate vendors that cannot meet your deployment, data, security, or integration requirements.
• Ask each finalist to investigate the same recent incident using representative data from your environment.
• Compare the evidence provided, staff effort, ownership, migration work, and full three-year cost.
• Run the selected platform alongside SolarWinds until you verify essential alerts, reports, integrations, and workflows.

Include Virtana in your final proof of concept when manual correlation slows cross-team incidents. Ask your teams to trace one service issue through its application and infrastructure dependencies.

Then assess whether they can reach a supported conclusion and choose a governed response from the same context.

Read the detailed Virtana vs. SolarWinds comparison for a closer look at both platforms.

Ready to evaluate Virtana in your environment? Get a Demo

SolarWinds Alternatives Frequently Asked Questions

What Is the Best Alternative to SolarWinds?

The best alternative depends on your environment, current SolarWinds use, and the problems you need to solve. Compare coverage, deployment, integrations, operational effort, governance, migration work, and total cost. Use the same representative incident in every proof of concept. The results will show which platform supports your team’s daily work.

What Are the Main SolarWinds Competitors?

Common SolarWinds competitors and alternatives include Virtana, Datadog, Dynatrace, LogicMonitor, ManageEngine OpManager, Paessler PRTG, Zabbix, and Auvik. Each platform serves different monitoring needs and operating models. Compare each platform’s scope with the SolarWinds products and workflows you use today.

Is There a Free Alternative to SolarWinds?

Zabbix offers free, open-source software that you can deploy on your own infrastructure. Zabbix Cloud and commercial support are paid services. When calculating your total cost, include hosting, implementation, upgrades, maintenance, and staff time.

What Should You Compare Before Replacing SolarWinds?

Compare monitoring coverage, integrations, deployment requirements, dependency mapping, root-cause evidence, governance, migration effort, and total cost. Document the SolarWinds alerts, reports, integrations, and workflows your teams depend on. This record helps preserve essential coverage during migration.

Can SolarWinds Alternatives Support On-Premises and Cloud Environments?

Yes, although coverage and deployment models vary. Some platforms use SaaS services with collectors or agents inside your environment. Others offer self-hosted, managed, or customer-controlled options. Confirm data location, connectivity, security, update requirements, and coverage across both environments.

Is Virtana a Good SolarWinds Alternative?

Virtana is well suited to complex hybrid and multi-cloud environments. It connects application behavior with infrastructure, networks, storage, Kubernetes, cloud resources, and AI workloads.

Its System Dependency Graph and Diagnostic AI Agents help teams investigate likely causes using shared evidence. Remediation AI Agents support responses within established policies and approval requirements.

Explore Virtana as SolarWinds alternative