#game engine

The open source PlayCanvas game engine is built specifically for the browser, incorporating 10 years of learnings about optimization. In this talk, you will discover the secret sauce that enables PlayCanvas to generate games with lightning fast load times and rock solid frame rates.

LittleJS is a super lightweight game engine that is easy to use and powerfully fast. The developer will talk about why he made it, what it does, and how you can use it to create your own games. The talk will include a demonstration of how to build a small game from scratch with LittleJS.

Let's talk about threejs, react three fiber and how to start developing games using 3d libraries and physics engines.

In this session, we will explore the latest major release of Babylon.js that has brought significant advancements to web-based game development.
We will look into the new major features that were added to Babylon.js 6.0,  including fluid rendering and texture decals, which elevate visual fidelity to new heights, performance priority mode, accessibility support for 3D scenes, and the integration of the world-class Havok physics engine into the engine, unlocking unparalleled realism in web-based games.

We will also have a sneak peek into our plans for the next major version, as we continue to push the boundaries of what's possible in 3D web experiences.

Explore the impact of social features on game success and learn how to integrate them swiftly with Nakama OSS game server. This session will guide you through code examples, revealing how to enhance your game’s social capabilities. Discover a faster, simpler way to supercharge your game development journey and unleash your game’s social potential with Nakama!

Unity can build games to run in a web browser using tools like Emscripten, Web Assembly, and WebGL. It provides integration with the browser, using browser APIs to simulate native APIs. Sometimes it is useful to interface with the browser in ways that Unity does not natively provide support for. In this talk, I will discuss how Unity builds games for the web, and how to extend Unity using Javascript to enable support for features not otherwise provided.

One of the major new features WebGPU introduces is compute shaders. I'll cover the basics of how they work and go through some applications that weren't possible before on the web. Examples include Unreal Engine 5's compute-based rendering techniques, and complex particle simulations.