deployment advanced active

OpenClaw Helm Chart

Your stack is on Kubernetes. Your bot isn't. Helm chart installs OpenClaw in 45 minutes, native lifecycle management included.

What breaks without openclaw kubernetes helm

OpenClaw missing from Kubernetes-managed infrastructure. Manual kubectl apply for bot updates. No Helm values schema for multi-environment config.

Kubernetes-native OpenClaw deployment × Helm lifecycle management with rollback support ÷ 45-minute install ÷ no custom k8s manifests needed = bot deployments that match your existing stack.

openclaw kubernetes helm — what it actually does

01
Packages OpenClaw for Kubernetes via a full Helm chart with configurable values.
02
Supports deploy, upgrade, scale, and rollback through standard Helm commands.
03
Manages secrets via Kubernetes Secrets integration with Helm values templating.
04
Provides environment-specific values files for dev, staging, and production configs.
05
Covers horizontal scaling for webhook ingestion with configurable replica counts.

Security check — openclaw kubernetes helm

Privacy score: 7/10 — accesses connected platform APIs only. Lock it: review OAuth scopes before install, confirm Kubernetes ≥1.25; Helm ≥3.12; OpenClaw ≥1.2 compatibility.

Quick start — openclaw kubernetes helm in 45–90 minutes

Setup time: 45–90 minutes

!
You need:
  • Kubernetes cluster (≥1.25)
  • Helm ≥3.12
  • kubectl configured
  • Docker registry access

Install the package:

helm repo add openclaw https://serhanekicii.github.io/openclaw-helm
helm repo update
helm install my-openclaw openclaw/openclaw -f my-values.yaml
1
Add the Helm chart repo
2
Create a values.yaml with your adapter configuration
3
Store adapter credentials as Kubernetes Secrets
4
Run helm install with your values file
5
Verify pod status with kubectl get pods
6
Check logs with kubectl logs -l app=openclaw

Troubleshooting openclaw kubernetes helm

1
1. Hardcoding credentials in values.yaml — use Kubernetes Secrets or external secret operators
2
2. Not configuring a PersistentVolumeClaim for bot data — pod restarts lose data without one
3
3. Using the default resource limits for production — tune CPU/memory requests based on your plugin load

Compatibility & status

Works with: Kubernetes ≥1.25; Helm ≥3.12; OpenClaw ≥1.2 advanced Last updated: Oct 2025 ★ 290 on GitHub MIT

Official docs →

View on GitHub →

FAQ — openclaw kubernetes helm

Can I run multiple bot instances with different adapters on the same cluster?

Yes. Deploy multiple Helm releases with different values.yaml configurations.

Does this chart support HPA (Horizontal Pod Autoscaling)?

Yes. Configure the hpa section in values.yaml with CPU/memory thresholds.

Can I use this with k3s or MicroK8s?

Yes. The chart targets standard Kubernetes APIs and works with any CNCF-conformant distribution.

Related — more like openclaw kubernetes helm

Bots outside Kubernetes create a separate deployment process your SREs have to maintain.

Every manual kubectl apply bypasses the rollback safety net your team depends on.

Get it on GitHub →