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Ultimate Linux Guide for Hytale Servers: Setup and Optimization

Hytale Guide • Updated Feb 28, 2026

Ultimate Linux Guide for Hytale Servers: Setup and Optimization

When it comes to hosting high-performance game servers, the operating system matters. While Windows Server is an option, professional system administrators overwhelmingly prefer Linux. A Hytale dedicated server running on a streamlined Linux distribution like Ubuntu 22.04 or Debian 12 will always outperform its Windows counterpart due to lower overhead, superior network stacks, and uncompromised command-line efficiency.

If you are serious about hosting a massive Hytale community, this guide will walk you through setting up and optimizing the Linux environment, from dependency installation to custom startup scripts. Keep in mind that running a Linux server requires some technical know-how. If you prefer a simpler 1-click solution, premium hosts like Supercraft offer fully managed Linux environments right out of the box.

Choosing the Right Distribution

While Hytale's server binaries are compiled for various Linux distributions, Ubuntu 22.04 LTS (Long Term Support) and Debian 12 are the gold standards. We strongly recommend Ubuntu 22.04 due to its massive community support, up-to-date package repositories, and stability.

Step 1: System Preparation and User Accounts

Never run your Hytale server as the `root` user. Running game services as root introduces severe security vulnerabilities. First, we will create a dedicated user for the game server.

# Create a new user named 'hytale'
sudo adduser hytale

# Switch to the new user
su - hytale

Step 2: Installing Dependencies

Hytale servers rely heavily on modern runtime environments. Specifically, the 2026 engine requires the latest .NET Core and Java 25 dependencies (as the engine pivoted back to Java/C# hybrid architecture).

# Update the package list
sudo apt update && sudo apt upgrade -y

# Install required dependencies
sudo apt install -y wget curl unzip screen default-jre dotnet-sdk-8.0

Step 3: Downloading the Server Binaries

As the `hytale` user, create a directory for your server and download the official standalone server binaries using the official CLI.

# Create directory
mkdir hytale-server && cd hytale-server

# Download the official server CLI tool
wget https://hytale.com/downloads/HytaleServerCLI.zip
unzip HytaleServerCLI.zip

# Run the CLI to pull the latest game binaries
./HytaleCLI update

Step 4: Configuring the Server

Once the binaries are downloaded, you need to configure the server before starting it for the first time. Open the `config.json` file in your preferred text editor (like `nano`).

nano config.json

Here you must specify your unique server token (acquired from your Hytale creator dashboard), the server name, and modify the target TPS (Ticks Per Second).

{
  "server_name": "My Epic Linux Hytale Server",
  "auth_token": "YOUR_TOKEN_HERE",
  "performance": {
    "target_tps": 20
  }
}

Step 5: Opening Port 5520 (Firewall Setup)

Hytale communicates over UDP port 5520 using the QUIC protocol. If you are using Uncomplicated Firewall (UFW) on Ubuntu, you must explicitly open this port, otherwise, attempting to join the server will result in a connection timeout error.

# Open the required port
sudo ufw allow 5520/udp

# Reload the firewall
sudo ufw reload

Step 6: Creating a Startup Script (Screen)

If you launch the server directly in your SSH session, it will close the moment you disconnect. To keep the server running in the background, we use `screen`. Let's create a startup script named `start.sh`.

nano start.sh

Paste the following script into the file. This script allocates RAM (adjust the `-Xmx` flag based on your hardware) and utilizes optimal garbage collection settings.

#!/bin/bash
screen -S hytale_server -d -m ./HytaleServer \
  -Xms4G -Xmx16G \
  -XX:+UseG1GC \
  -XX:MaxGCPauseMillis=50 \
  --config config.json
echo "Hytale server is starting in a detached screen session. Type 'screen -r hytale_server' to view the console."

Make the script executable and run it:

chmod +x start.sh
./start.sh

Linux Optimization Secrets

Swappiness Adjustment

Linux systems use "swap" space on the SSD when physical RAM is full. However, swapping memory during active gameplay causes immense lag. You should minimize the system's tendency to swap.

# Open sysctl.conf
sudo nano /etc/sysctl.conf

# Add or modify this line at the bottom
vm.swappiness=10

CPU Governor Setup

By default, many Linux distributions set the CPU scaling governor to "powersave". For a game server, you want maximum clock speeds at all times. Change this to "performance".

sudo apt install cpufrequtils
echo 'GOVERNOR="performance"' | sudo tee /etc/default/cpufrequtils
sudo systemctl restart cpufrequtils

Conclusion: The Easier Route

Setting up a Hytale server on Linux provides maximum performance and flexibility, but it demands constant maintenance. You must manually handle kernel updates, firewall rules, and backup bash scripts.

If you want the uncompromised performance of Linux without the command-line headaches, Supercraft provides premium Hytale hosting. All Supercraft servers are built on specialized, hyper-optimized Linux containers running on NVMe storage and Ryzen processors, managed through a beautiful, intuitive web interface. Let us handle the Linux backend while you focus on building your Hytale community.

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