Yes. Netdata supports Windows Server 2012, 2012 R2, 2016, 2019, 2022, and 2025. The native Windows agent uses Performance Counters API for efficient monitoring without WMI overhead. All standard Windows monitoring capabilities work on Server 2025.

Netdata provides per-second monitoring (vs SCOM’s minute-level), automatic ML anomaly detection (SCOM has none), and AI-powered troubleshooting. Netdata offers predictable per-node pricing vs SCOM’s complex licensing with SQL Server costs. SCOM offers deeper Microsoft ecosystem integration but requires dedicated experts and has chronic database performance issues.

Yes. Netdata automatically discovers all IIS websites, application pools, SQL Server instances, and databases without configuration. You only need to provide SQL Server authentication credentials. IIS requires no credentials. Both get 25+ charts per instance with pre-configured alerts.

Netdata uses <5% CPU and 150-200MB RAM per Windows server - independently validated as the most energy-efficient monitoring solution (University of Amsterdam, ICSOC 2023). This includes per-second data collection and ML anomaly detection.

No. Windows Agents are monitored on every plan through Netdata Cloud, Community included (Community and Homelab are for personal, non-commercial use); only the local dashboard of a standalone Windows Agent is unlocked on paid plans, and Windows Agents streaming to a Linux Parent appear on the Parent’s dashboard on any plan. The Business plan uses predictable per-node pricing with no charges for metrics volume, Logs Monitoring (querying logs in place), users, data retention or containers. Volume discounts are available for larger deployments, and a 14-day free trial lets you test it first. See pricing for current plan details.

Netdata provides comprehensive Windows Event Logs access (WEL, ETW, TraceLogging) with full-text search, automatic channel discovery, and real-time streaming. No log pipeline required - queries run directly on local files. Correlates logs with metrics for faster troubleshooting. 90% cost reduction vs traditional centralized logging.

Yes. Netdata monitors Active Directory (directory operations, LDAP searches, DRA replication) and Exchange (mail flow, transport queue, client access, mailbox performance) automatically. Both are detected without configuration and get pre-configured dashboards and alerts.

On Windows, Netdata monitors the application layer through metrics and logs: IIS websites and application pools, ASP.NET requests, .NET runtime metrics (CLR, exceptions), SQL Server performance, Windows services, per-process resource usage, and Windows Event Logs. For distributed tracing, Netdata ingests OpenTelemetry traces over OTLP (gRPC or HTTP), but trace ingestion runs on a Netdata Agent on Linux, not on the Windows Agent. Applications on Windows instrumented with OpenTelemetry can export traces to a Netdata Agent running on Linux, and you explore them in the Traces tab in Netdata Cloud with a duration heatmap, a full waterfall per trace, and span attributes. For method-level .NET profiling, teams pair it with a dedicated APM. See distributed tracing.

Yes, for infrastructure monitoring. Netdata provides per-second metrics (vs Datadog’s 15-second), ML anomaly detection, and 90% cost savings with predictable pricing. Datadog adds code profiling to its APM suite and offers more integrations. Netdata focuses on real-time infrastructure visibility with AI-powered troubleshooting, and can ingest OpenTelemetry traces from your Windows applications on a Netdata Agent running on Linux.

Netdata scales linearly to 100,000+ nodes. Each agent processes data locally (no central bottleneck). Recommended architecture: ~500 nodes per Parent cluster. Proven at 4.5 billion metrics/second globally. Adding nodes doesn’t degrade existing performance. Netdata benchmark shows 36% less CPU and 88% less RAM than Prometheus at scale.

Yes. Netdata provides unified monitoring across Windows, Linux, containers, Kubernetes, and cloud from one interface. Same dashboards, alerts, and ML across all platforms. Eliminates tool sprawl and context switching.

Netdata auto-discovers and monitors: IIS (websites, app pools), SQL Server (instances, databases), Active Directory (domain controllers), Exchange (mail flow, queues), Hyper-V (VMs, I/O), ASP.NET (app pools, requests), .NET Framework (CLR, exceptions), Windows services (status), processes (CPU, memory, I/O), and Windows Event Logs (WEL, ETW, TraceLogging).

Netdata trains 18 k-means models per metric using different time windows. Anomaly flagged only when ALL 18 models agree - achieving 99% false positive reduction. Models train automatically every 3 hours on all Windows metrics. Zero configuration required. First ML detection available in 15 minutes.

Yes. Netdata supports fully air-gapped deployments with standalone Agents and local Parents. All metrics and logs stay on-premises. Netdata Cloud On-Prem available for Kubernetes 1.23+ environments. No internet connectivity required for core monitoring functionality.

Netdata benchmark shows 36% less CPU, 88% less RAM, and 97% less disk I/O than Prometheus at 4.6 million metrics/second. Netdata offers automatic dashboards (vs manual Grafana building), ML anomaly detection (Prometheus has none), and zero configuration (vs extensive PromQL setup). Netdata is faster to deploy and easier to use while maintaining per-second granularity.

Yes. Netdata monitors Windows containers (Docker, containerd) and Kubernetes with Windows nodes. Helm chart supports mixed Windows + Linux clusters. Automatic pod discovery and container monitoring. Unified visibility across on-premises and cloud Kubernetes deployments.

Netdata supports Windows Server 2012, 2012 R2, 2016, 2019, 2022, 2025, Windows 10, and Windows 11. Native Windows agent installed as Windows Service with auto-start on boot. MSI installer with GUI or silent deployment for enterprise fleets.

Netdata provides comprehensive Windows Event Logs access (Security, System, Application) with full-text search and real-time streaming. Tracks failed logins, privilege escalation, and security events. SOC 2 Type 2 certified with RBAC, SSO, audit trails, and TLS encryption. Data sovereignty supports GDPR/HIPAA/PCI DSS programs.