LogicMonitor: hybrid observability and infrastructure monitoring for mid-market and enterprise IT

LogicMonitor's core infrastructure monitoring capability covers network devices (routers, switches, firewalls, load balancers), servers (physical and virtual, Windows and Linux), storage systems (SAN, NAS, object storage), hypervisors (VMware, Hyper-V), and UPS/PDU power infrastructure. The automated discovery engine deploys through on-premises collectors that scan the network using SNMP, WMI, SSH, and vendor-specific APIs to identify and classify monitored resources without manual configuration. - Once discovered, devices are automatically assigned monitoring templates from the 3,000+ integration library — a Cisco Catalyst switch, for example, is automatically monitored for interface utilization, CPU, memory, environmental sensors, and spanning tree status without the operator needing to configure each metric.

LogicMonitor monitors AWS, Azure, and GCP cloud resources through native API integrations with each provider's monitoring service (CloudWatch, Azure Monitor, Stackdriver). Coverage includes IaaS instances (EC2, Azure VMs, GCE), managed databases (RDS, Azure SQL, Cloud SQL), serverless compute (Lambda, Azure Functions, Cloud Functions), storage services (S3, Blob Storage, Cloud Storage), networking (VPCs, load balancers, CDN), and container orchestration (EKS, AKS, GKE). - The cloud monitoring connects to the same alerting framework and dashboards as on-premises infrastructure, which means a single alert policy can span both a data center server and its cloud-hosted backup.

LogicMonitor's alerting system goes beyond static threshold monitoring with Edwin AI, which applies machine learning to alert correlation, anomaly detection, and noise reduction. Static thresholds remain available for hard limits (disk full, interface down), but Edwin AI adds dynamic baselines that learn normal behavior patterns for each monitored metric and alert when deviations occur — catching performance degradation that would not trigger a fixed threshold. - Alert correlation groups related alerts into incidents: when a core switch failure causes downstream alerts on connected devices, Edwin AI identifies the root cause rather than generating separate alerts for each symptom.

LogicMonitor's Log Intelligence module collects, indexes, and analyzes log data alongside infrastructure metrics within the same platform. Logs can be ingested from servers, applications, cloud services, and network devices, then correlated with metric data to provide unified troubleshooting context — when a server's CPU spikes, the associated application logs from the same time window are immediately accessible without switching to a separate log management tool. - Log retention options range from seven days ($2.50 per GB/month) to one year ($7 per GB/month), which allows organizations to balance cost against compliance or troubleshooting requirements. - For organizations currently running a separate log management stack (Splunk, Elasticsearch/Kibana), the consolidation into LogicMonitor's platform can reduce operational complexity, though the log analytics depth is less mature than dedicated log management platforms.

LogicMonitor provides a dashboard framework where teams can build custom views combining metrics, alerts, topology maps, and log data on a single screen. Pre-built dashboard templates are available for common infrastructure views — network overview, server health, cloud utilization, storage capacity — and can be customized with drag-and-drop widgets. - Reporting capabilities include scheduled reports for capacity planning, SLA compliance, and infrastructure inventory, which can be exported as PDF or delivered via email.

LogicMonitor automatically generates network topology maps based on discovered infrastructure, showing Layer 2 and Layer 3 relationships between network devices, servers, and cloud resources. The topology view is interactive — clicking a device shows its status, related alerts, and performance metrics in context. - When a component degrades, the service impact is immediately visible — an operations team can see that a storage array latency issue is affecting the ERP system before business users report problems.

LogicMonitor's monitoring architecture centers on lightweight collectors — small agents deployed on Windows or Linux servers within the monitored environment that handle device discovery, data collection, and communication with the LogicMonitor SaaS platform. Collectors communicate outbound only over HTTPS, which means no inbound firewall ports need to be opened — a significant security advantage over tools that require inbound access to reach monitored devices. - For large or distributed environments, multiple collectors can be deployed across sites with automatic failover — if a collector goes offline, a backup collector assumes its monitoring responsibilities.