Skip to content

Docker Compose to Kubernetes Converter

⚠️ This tool is being retired

Kompose CLI does this properly. Check out our recommended alternative instead.

Docker Compose to Kubernetes Converter

Convert your docker-compose.yml to production-ready Kubernetes manifests. Understand the mapping between Compose and K8s concepts.

✓ Client-Side Only ✓ No Data Sent ✓ Educational Notes ✓ Free & Open

Convert Your Docker Compose

Paste your docker-compose.yml below or try one of our examples:

🐳 Docker Compose
☸️ Kubernetes Manifests
Converting…
Start by entering your Docker Compose configuration on the left.

Docker Compose ↔ Kubernetes Mapping

Understanding how Docker Compose concepts translate to Kubernetes

Services & Workloads

services: Deployment + Service
image: container.image
restart: restartPolicy

Each Docker Compose service becomes a Kubernetes Deployment (managing pods) and Service (network access).

Configuration

environment: ConfigMap + env
env_file: ConfigMap
secrets: Secret

Environment variables and secrets are externalized into ConfigMaps and Secrets for better security and management.

Storage

volumes: PVC + volumeMount
bind mounts hostPath (dev only)

Named volumes become PersistentVolumeClaims for portable, managed storage across pod restarts.

Networking

ports: Service ports
expose: ClusterIP Service
networks: Pod networking

Port mappings become Kubernetes Services. Custom networks are replaced by K8s built-in pod-to-pod networking.

Dependencies & Health

depends_on: Init Containers
healthcheck: liveness/readiness

Dependencies become init containers or startup ordering. Health checks become more sophisticated probes.

Commands & Lifecycle

command: container.command
entrypoint: container.command
replicas: deployment.replicas

Container commands and scaling configuration translate directly with enhanced K8s capabilities.

Frequently Asked Questions

Why migrate from Docker Compose to Kubernetes?
Docker Compose is perfect for development and simple deployments. Kubernetes provides production-grade features like auto-scaling, rolling updates, service discovery, secrets management, and multi-cluster orchestration. It’s designed for high-availability, large-scale applications.
What happens to my Docker Compose networks?
Kubernetes has a different networking model. All pods can communicate with each other by default within a cluster. Custom Docker Compose networks become Kubernetes Services and NetworkPolicies for traffic control. The built-in DNS and service discovery replace docker-compose networking.
How are volumes and data persistence handled?
Named volumes become PersistentVolumeClaims (PVCs) that can be dynamically provisioned. Bind mounts are discouraged in production and become hostPath volumes (dev only) or proper PVCs. This provides better portability and integration with cloud storage providers.
What about depends_on and service startup order?
Kubernetes doesn’t have direct depends_on equivalent. Instead, use init containers for dependencies, readiness probes to ensure services are ready before receiving traffic, or application-level retry logic. This makes applications more resilient and cloud-native.
Is this conversion production-ready?
This tool provides a solid starting point, but production deployments need additional considerations: resource limits, security contexts, RBAC, ingress configuration, monitoring, logging, backup strategies, and environment-specific settings. Always review and customize the output.

Founded

2023 in London, UK

Contact

hello@releaserun.com

⚠️ This tool is being retired. Kompose CLI does this properly. See recommended alternative →

</> Embed Docker Compose to Kubernetes Converter

Copy this iframe snippet to embed this tool on your website. The tool runs client-side and includes a "Powered by ReleaseRun" attribution.

Preview: Open embed view