Complete Kubernetes monitoring,
made easy
Full coverage of your Kubernetes environments - all in one centralized place. Track the health and utilization of all your Kubernetes entities from nodes to containers and workloads, and easily detect infrastructure failures like container crashes or over-utilization.
Cover your entire Kubernetes stack
Running Kubernetes applications demands complete visibility — not just into the performance of your clusters, but also into the health of the pods, deployments, and services that power them. groundcover delivers this visibility out of the box, with a zero-instrumentation approach that captures every event across your environment in real time. From a high-level cluster overview down to the most granular pod insights, groundcover makes it effortless to monitor, troubleshoot, and optimize Kubernetes workloads with unmatched speed and clarity.
Visualize your infrastructure
View and analyze your clusters, nodes and pods that power your applications, with out-of-the-box visualizations and dashboards.
Kubernetes-native troubleshooting
Automatically detect infrastructure related failures like container crashes or over-utilization, and correlate infrastructure events and configuration changes to application level insights.
Multi-cluster monitoring - in one
centralized placeTrack the health and utilization of all your Kubernetes clusters, in one view, with all the context and drill-down you need.
Run everywhere you run Kubernetes
groundcover runs natively on any Kubernetes distribution, from managed services like AWS EKS, Google Kubernetes Engine (GKE), and Azure Kubernetes Service (AKS) to self-hosted clusters. Because it’s built to be Kubernetes-native, setup is effortless and coverage is complete — wherever your workloads run.
EKS
GKE
AKS
Red Hat
OpenShift
Rancher
Search and drill-down into any Kubernetes resource
- Monitor cluster health, resource usage, and node activity at a glance
- Filter and group resources natively with the right Kubernetes hierarchy and tags
- Track CPU and memory utilization across nodes, pods, and containers
Track and understand every
configuration change- See configuration changes over time with full deployment YAML history
- Correlate config changes with infra and application metrics for deep context
- Monitor pod lifecycle events - running, deleted, failed, or completed, effortlessly
Stay ahead of Kubernetes
events and crashes- Centralize all Kubernetes events in a single, contextualized events screen
- Correlate events with infrastructure and application activity for faster root-cause analysis
- Set monitors on critical conditions like OOM kills and pod crashes
See your infrastructure, your way
- Explore infrastructure metrics and events with ease
- Build collaborative dashboards that give a clear, shareable view of your environment
- Get both high-level overviews and detailed insights in one unified experience
Full observability, tailored for Kubernetes
- Manage logs, traces, and infrastructure metrics — all built around Kubernetes context
- Filter and group data by namespaces, clusters, pods, and more
- Automatically correlate infrastructure events and metrics with your logs and traces
Cover your entire
Kubernetes stack, instantly
With groundcover, you get full-stack observability the moment you deploy. From infrastructure and workloads to applications and configurations, every layer of your Kubernetes environment is monitored natively — so you can spot issues and take action without delay.
Benefits of Azure Marketplace deployment
Integrated billing through your Azure account- BYOC deployment inside your own VNet
- SOC 2, ISO 27001, HIPAA, and GDPR-compliant architecture
- Fully managed upgrades, scaling, and support
FAQs
Answers to common questions about deployment, architecture, pricing, and data ownership.
groundcover is installed as a lightweight DaemonSet in your clusters, providing instant, full-stack visibility without code changes.
Yes — groundcover records deployment YAML changes, ConfigMaps, pod lifecycle events, and correlates them with metrics and logs for full context.
groundcover delivers eBPF-powered observability with zero instrumentation, full Kubernetes context (namespaces, clusters, pods), and predictable, host-based pricing.
No, groundcover uses a BYOC (Bring Your Own Cloud) model, keeping all observability data inside your Kubernetes environment.
groundcover runs natively on all Kubernetes distributions, including EKS, GKE, AKS, OpenShift, Rancher, and self-managed clusters.
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