SolarWinds® Observability Self-Hosted
SolarWinds® Observability Self-Hosted is designed to help organizations eliminate tool sprawl, ensure availability, improve visibility, and reduce remediation time across the entire IT estate.
Eliminate Tool Sprawl: Transform disconnected data into focused, actionable insights across complex hybrid environments, reducing the number of tools needed for hybrid IT visibility.
Reduce Alert Fatigue: Quiet alert noise to pinpoint problem sources faster with anomaly-based alerting powered by our cloud-based AIOps service, enhanced with machine learning.
Monitor and Manage Your Entire Stack: Unlock visibility across on-prem and hybrid environments to preemptively detect and address issues with flexible, agent-based, agentless, and API-sourced metrics.
Prepare for Growth with Flexible Licensing: Simplified licensing, enterprise-scale with included polling engines, and the flexibility to allocate nodes across instances with a single license.
Bring networks, servers, applications, databases, and cloud services into one view. Correlate data across your stack to reduce tool sprawl, understand dependencies, and help your teams troubleshoot from a shared source of truth.
Monitor applications, processes, services, and performance components across Windows and Linux. Application-centric views and dependency mapping help your teams see whether issues originate in the app, server, or an external dependency.
Track AWS, Azure, and Google Cloud Platform resources alongside on-premises infrastructure. Monitor cloud availability, performance, applications, storage, compute, and database metrics as your hybrid and multi-cloud environment evolves.
Correlate routes, next hops, peers, interfaces, and VRFs to understand routing behavior. See how routes are resolved, identify unstable paths, and connect routing behavior to interface health to help isolate control-plane issues.
Use machine learning to learn normal behavior and surface unusual performance. Anomaly-Based Alerting helps reduce noise from static thresholds across essential supported network, server, and virtualization metrics through Platform Connect.
Built on our years of leadership in network monitoring and enhanced with AIOps, Observability Self-Hosted is designed to help organizations of all sizes optimize performance, ensure availability, and accelerate remediation across hybrid IT environments.
Trace paths, assess system health, map dependencies, and act on alerts
SolarWinds Hybrid Cloud Observability is the former name for SolarWinds Observability Self-Hosted. SolarWinds Observability Self-Hosted has simple, node-based licensing in a subscription model with multiple tiers to fit your needs and budget. This approach provides cost predictability and flexibility. For detailed information based on the size of your environment, please request a quote or contact our sales team.
Hybrid cloud management involves using tools and processes to consistently manage and govern a mix of on-premises, private cloud, and public cloud resources. It aims to unify operations, automate tasks, and optimize costs and performance across these different environments, treating them as a single, cohesive infrastructure.
Choose self-hosted observability when your organization needs monitoring data and platform administration to remain under its control. SolarWinds® Observability Self-Hosted runs behind your firewall and supports data sovereignty, compliance, security, and the requirements of mature on-premises infrastructure. It can help regulated organizations monitor hybrid IT without moving sensitive operational data to a vendor-managed cloud.
NetPath™ visualizes service paths and highlights availability, latency, and packet loss across each hop. Use path-level insight to focus troubleshooting on the devices, links, or providers affecting service delivery.
Learn MoreNetPath™ visualizes service paths and highlights availability, latency, and packet loss across each hop. Use path-level insight to focus troubleshooting on the devices, links, or providers affecting service delivery.
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