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Deploying Typo3 on Kubernetes with visual template and KubeKanvas

Created by:
Siddiqui
Deploying Typo3 on Kubernetes with visual template and KubeKanvas template preview
1 uses
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Visual Kubernetes cluster design tool that helps you create, manage, and deploy your applications with ease.
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🛠 Template Overview

This template provides a production-ready blueprint for deploying a highly available TYPO3 ecosystem. It automates the setup of the CMS, its database, and a high-speed caching layer, ensuring your website is performant and resilient from day one.

Architecture Components:

  • TYPO3 App: A scalable Deployment using the latest v13 image, pre-configured for PHP-Apache.
  • MariaDB: A StatefulSet for reliable, persistent relational data storage.
  • Redis: A dedicated caching layer to offload heavy TYPO3 cache tables and sessions from the disk to memory.
  • HPA (Horizontal Pod Autoscaler): Automatically scales your TYPO3 web workers from 1 to 5 replicas based on real-time CPU demand.
  • Persistence: Persistent Volume Claims (PVC) ensure that your /fileadmin assets survive pod restarts and upgrades.
  • Ingress: Pre-configured Nginx Ingress routing to provide clean URL access to your TYPO3 frontend and backend.

Stop Writing YAML, Start Designing

Kubernetes doesn't have to be a wall of text. KubeKanvas is a visual IDE for Kubernetes that transforms complex infrastructure into an interactive design board.

  • Drag-and-Drop: Build your TYPO3 resources visually rather than manually typing every line of YAML.
  • One-Click Deploy: Push your designs directly to EKS, AKS, GKE, or local Docker Desktop clusters.

🚀 Quick Start with KubeKanvas

  1. Launch the Template: Click the Get started with this template button above.
  2. Visualize & Edit: Use the KubeKanvas interface to tweak HPA thresholds, adjust memory limits, or add Redis replicas visually. To see the platform in action, check out how KubeKanvas works.
  3. Deploy: Connect your cluster and use the integrated dashboard to deploy the entire TYPO3 stack in seconds.

📄 Manual YAML Configuration

If you prefer the command line, ensure you have a Namespace and Secrets ready, then apply the manifest:

kubectl apply -f typo3-stack.yaml

Prerequisite: Metrics Server The Horizontal Pod Autoscaler (HPA) requires metrics to function. If your cluster doesn't have it (common on local setups), install it via: Install Metrics Server

Resource Breakdown: This stack resides in the typo3-project Namespace for logical isolation. It includes a MariaDB StatefulSet for data integrity, a Redis StatefulSet for performance, a TYPO3 Deployment with integrated Resource Limits, and an Ingress rule to route traffic to your domain or localhost.

🔍 Debugging Tips

  • Check Pulse: Use kubectl describe pod -n typo3-project to troubleshoot mounting or scaling issues.
  • View Logs: Use kubectl logs -l app=typo3-app -n typo3-project to debug PHP or database connection errors.
  • Scale Test: Run a load test to watch the HPA spin up new pods automatically when CPU hits 70%.