Hexanaut Github -

In ai/BotBrain.js, reduce the aggressionFactor from 0.8 to 0.3. Bots will become defensive and easy to farm.

Find the game.js file. Look for a variable called PLAYER_SPEED.

// Original
const PLAYER_SPEED = 8;
// Modified (Super fast)
const PLAYER_SPEED = 20;

Result: Your triangle zips across the map, making catching others extremely difficult but capturing tiles very fast.

Before we explore the GitHub ecosystem, let’s quickly recap the core mechanics.

Hexanaut is a multiplayer territory-capture game. You control a triangular "ship" that travels across a honeycomb-like grid. By drawing lines around unclaimed cells, you convert them to your color. The twist? If an opponent cuts across your tail, you die instantly. The goal is to control the majority of the map. hexanaut github

The game demands:

The original game is fun, but for many, it lacks customization, offline play, or transparency. This is where Hexanaut GitHub enters the scene.

As of 2025, the hexanaut github ecosystem is shifting toward WebAssembly (WASM) and decentralized hosting. Developers are experimenting with: In ai/BotBrain

If you want to stay ahead, watch the "forks" and "issues" tabs on the major repositories. The most active discussions happen in GitHub Issues, where developers debate the most efficient algorithm for flood-fill territory detection.

In official Hexanaut, your tail is a weak point. Some modded repos allow you to toggle "safe tails."

if (collision.type === 'tail' && config.safeTail) 
    // Do nothing - no death
 else 
    killPlayer();

Another popular category on GitHub for Hexanaut involves automation. Result: Your triangle zips across the map, making

Prerequisites: Node.js (v14+), git, a basic understanding of JavaScript.

hexanaut/
├── client/       # Game UI, rendering, input handling
├── server/       # Game state, collision, networking
├── assets/       # Images, sprites, sounds
└── config/       # Game balance settings