Kubernetes Observability
Simplify Kubernetes monitoring with comprehensive observability that provides complete visibility into your container infrastructure with minimal configuration
Unified Observability Platform
Monitor your entire Kubernetes environment through a single pane of glass. Get complete visibility into performance, health metrics, and capacity utilization across clusters.
Out-of-the-Box Functionality
Start monitoring immediately with the OpenObserve Collector, which automatically captures metrics, events, logs, and traces from your Kubernetes infrastructure.
Real-Time Cost Visibility
Track and optimize cloud expenses by monitoring deployed resources including nodes, load balancers, and persistent volumes with accurate, real-time cost insights.
Why Use OpenObserve for Kubernetes Monitoring?
Transform your Kubernetes observability with efficient monitoring that optimizes performance and reduces operational complexity
Unified Kubernetes Monitoring
Pod-Level Observability
Monitor detailed CPU, memory, and network metrics at the pod level for precise performance optimization and capacity planning.
Real-Time Insights
View application performance and infrastructure health through intuitive dashboards that update in real-time.
Multi cluster visibility
Monitor in cluster services
Manage and monitor in-cluster services. Capture events for all Kubernetes object types, including pods, deployments, HPA, and more.
Monitor multi-cluster services
Monitor multi-cluster services and correlate events across them
Resource Optimization
Resource Metrics
Track CPU, memory, and storage utilization across nodes, pods, and containers for efficient resource allocation.
Performance Analytics
Make data-driven decisions for scaling and resource optimization based on actual usage patterns
Uptime & Incident Management
Availability Monitoring
Track cluster and application availability with automated health checks and performance monitoring.
Incident Response
Respond to issues quickly with instant alerts and comprehensive diagnostic capabilities.
Get Started with Kubernetes Monitoring
Streamline your Kubernetes monitoring with our open-source observability platform.
Openobserve Cloud Free Tier
Monthly Limits:
Ingestion - 50 GB logs, 50 GB metrics , 50 GB traces- Query volume - 200 GB
- Pipelines - 50 GB of Data Processing
- 1K RUM & Session Replay
- 1K Action Script Runs
- 3 Users
- 7-Days Retention
Get started in minutes—no credit card required.
Kubernetes Monitoring FAQs
What is Kubernetes monitoring?
Kubernetes monitoring refers to the process of tracking and analyzing the performance, health, and security of Kubernetes clusters, nodes, pods, and containers. It involves collecting and analyzing metrics, logs, events and traces to identify issues, optimize resource utilization, and ensure the reliability and scalability of Kubernetes environments
How does OpenObserve simplify Kubernetes observability?
OpenObserve simplifies Kubernetes observability by providing a unified platform for monitoring and troubleshooting Kubernetes applications. With OpenObserve, you can:
- Collect metrics, logs, and traces from your Kubernetes cluster with minimal configuration and overhead.
- Visualize performance and health metrics in real-time through customizable dashboards.
- Receive proactive alerts and notifications for potential issues and security threats.
- Analyze and troubleshoot issues with ease using our intuitive and scalable platform.
What are the key features of the OpenObserve Collector?
The OpenObserve Collector is a preconfigured OpenTelemetry (OTel) Collector that follows best practices to capture all signals from your Kubernetes environment. The key features include:
- Metrics Collection: Gather metrics from your Kubernetes cluster, including CPU, memory, and disk usage.
- Event Gathering: Capture events occurring within the cluster, facilitating real-time monitoring and alerting. e.g. which pods got evicted.
- Log Aggregation: Collect logs from all pods, aiding troubleshooting and analysis.
- Automatic Trace Capture: Enable tracing without requiring manual instrumentation of applications, using OpenTelemetry's auto-instrumentation capabilities.
Want to learn more? Check out blogs
Explore observability best practices and discover how OpenObserve can transform your Kubernetes monitoring
