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Getting Started with OpenObserve

September 10, 2026
11:00 AM ET
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Cluster-Wide Kubernetes Observability

Kubernetes Monitoring: Every Pod. Every Event. One Timeline

Complete Kubernetes visibility, from cluster to pod, in minutes.

Talk to a HumanTalk to a Human
1 Quick Install (Recommended)$_ Terminal
prod-eu
External EndpointInternal Endpoint
TERMINAL
curl -sSL https://raw.githubusercontent.com/openobserve/o2-datasource/main/k8s/install.sh | bash -s -- \
  --cluster-name=prod-eu \
  --org-id=default \
  --access-key=•••••••••••••••••••• \
  --o2-url=https://your-org.openobserve.ai

Installs cert-manager, the OpenTelemetry operator and the OpenObserve collector automatically.

2 Auto-Instrument Your Applications for Traces Optional
Workload Detection
Workload detected using fields (3)
AWS Kubernetes
K8s Cluster 6
prod-euprod-usstagingdev-01+2
K8s Namespace 24
cert-managerkube-systemopenobservemonitoringpaymentsdefault+18
Found in Logs Found in Traces Found in Metrics
01

One command — container logs, cluster events, metrics and zero-code traces. Clusters and namespaces then resolve themselves out of the streams.

Native Kubernetes integrations

Connect your cluster in minutes. OpenObserve ingests directly from the tools you already run - no agents, no custom glue code.

KubernetesOpenTelemetryPrometheusFluent BitFluentdFilebeatVectorTelegrafAmazon ECSGoogle Cloud RunFalcoNGINXGitHub ActionsTerraformKubernetesOpenTelemetryPrometheusFluent BitFluentdFilebeatVectorTelegrafAmazon ECSGoogle Cloud RunFalcoNGINXGitHub ActionsTerraformKubernetesOpenTelemetryPrometheusFluent BitFluentdFilebeatVectorTelegrafAmazon ECSGoogle Cloud RunFalcoNGINXGitHub ActionsTerraformKubernetesOpenTelemetryPrometheusFluent BitFluentdFilebeatVectorTelegrafAmazon ECSGoogle Cloud RunFalcoNGINXGitHub ActionsTerraform
Complete-Kubernetes-Observability

Complete Kubernetes Observability

Full visibility into containers, workloads, and infrastructure performance across clusters.

Stand-Up-In-Minutes

Stand Up In Minutes

Monitor your Kubernetes environment instantly with the OpenObserve Collector. Automatically capture metrics, logs, and traces.

Reduce-Kubernetes-Costs

Reduce Kubernetes Costs

Identify Kubernetes inefficiencies and optimize resources for immediate cost savings.

Why Use OpenObserve for Kubernetes Monitoring?

Unified Kubernetes Monitoring

  • Pod-Level Observability

    Spot resource problems at the exact pod causing them. Track CPU, memory, and network metrics down to the pod level.

  • Live Cluster Dashboards

    See application and infrastructure health the moment it changes, not after refreshing a stale dashboard.

Unified Kubernetes Monitoring

Multi Cluster Visibility

  • In-Cluster Event Capture

    Track every Kubernetes object in one place. Events for pods, deployments, HPA, and more are captured automatically.

  • Cross-Cluster Correlation

    Compare and correlate events across every cluster you run instead of checking each one separately.

Multi Cluster Visibility

Resource Optimization

  • Resource Metrics

    Allocate resources based on actual usage, not guesswork. CPU, memory, and storage utilization are tracked across nodes, pods, and containers.

  • Usage-Based Scaling Decisions

    Scale with confidence using real usage patterns instead of static thresholds.

Resource Optimization

Uptime & Incident Management

  • Availability Monitoring

    Know a cluster or app is down before a user tells you. Automated health checks run continuously.

  • Incident Response

    Get from alert to diagnosis fast. Instant alerts come paired with the diagnostic detail needed to act.

Uptime & Incident Management
Benchmarks

Measured against the platforms you are already paying for

Same telemetry, same workloads, one platform. Every number is OpenObserve against a named vendor - not an industry average.

  • vs. Datadog

    8×

    more cost-effective

    8x cost reduction means you can unify your observability into a single platform.

  • vs. Elastic

    140×

    storage efficiency

    140x storage means longer retention doesn't necessarily mean expensive bills.

  • vs. Dynatrace

    10×

    faster performance

    10x performance means dashboards and queries load in milliseconds, not minutes.

  • vs. New Relic

    30×

    compute efficiency

    30x compute efficiency means you index everything and don't have to compromise on sampling.

See how much you'd save switching today.

Testimonials

Teams trust OpenObserve with their Kubernetes clusters

Correlate between the environments and signals across various sources with OpenObserve built-in correlation engine.

Ajith Natarajan

“[OpenObserve is] super fast, definitely very lightweight, and you can get started with an initial POC in two to three minutes to be honest.”

2–3 min

To first POC

Lightweight

Minimal footprint

AI vision

Retail analytics platform

Ajith Natarajan

Ajith Natarajan

Lead Software Engineer, Radius.ai

Start in just a few steps

From zero to Kubernetes dashboards in minutes - no agents to babysit, no pipelines to wire by hand.

See the guide
  1. 1

    Sign up

    Spin up a

    in the region closest to you.

  2. 2

    Connect your cluster

    Deploy the OpenObserve Collector to your cluster and load prebuilt Kubernetes dashboards in a couple of clicks.

  3. 3

    Visualize

    Watch logs, metrics, and traces stream in - correlated and query-ready from the first event.

Kubernetes Monitoring FAQs

Ready to get started with Kubernetes observability?

Monitor every cluster, node, pod, and event with prebuilt dashboards, metrics, logs, and alerting rules. Pick the plan that fits your team.

14-day free trial

Cloud Free trial

Fully managed OpenObserve in the cloud. Start with a free trial - no infrastructure to run.