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Building an Enterprise Game Network

Enterprise game networks require high availability, low latency, load balancing, and automated scaling. This project covers the architecture and tools needed to build such a system.

Concepts​

  • Reverse Proxies: Systems like WaterdogPE (for Bedrock) or BungeeCord/Velocity (for Java) that route players to backend servers.
  • Load Balancing: Distributing player load across multiple physical nodes.
  • Container Orchestration: Using Kubernetes or Docker Swarm to spin up game server instances on demand.
  • Shared Storage: Using NFS, Ceph, or S3 for sharing common assets (plugins, maps) across nodes.

Architecture​

  1. Edge Nodes: Run DDoS protection and Reverse Proxies.
  2. Compute Nodes: Bare metal servers running Docker, handled by Pterodactyl Wings or Kubernetes.
  3. Database Cluster: A MySQL/MariaDB Galera cluster or Redis cluster for global player data synchronization.

Step-by-step Overview​

1. Proxy Setup​

Set up a robust proxy on a highly connected edge node. For Bedrock:

# Example WaterdogPE startup
java -jar waterdog.jar

Configure config.yml to point to downstream servers.

2. Centralized Database​

Use Redis for high-speed cache (like player sessions) and MySQL for persistent data (like economy and bans).

sudo apt install redis-server mariadb-server -y

3. Orchestration​

Use an API-driven panel (like Pterodactyl) to programmatically spawn new server containers during peak hours and destroy them during off-peak hours using webhooks and custom scripts.

Best Practices​

  • Monitoring: Deploy a robust Prometheus + Grafana stack to monitor CPU, RAM, Network I/O, and player counts per node.
  • DDoS Mitigation: Hide backend node IPs. Only the proxy IPs should be public and must sit behind enterprise DDoS protection (e.g., Cloudflare Spectrum or TCPShield).
  • Automation: Use Ansible or Terraform to provision new bare-metal nodes automatically.