Unity includes a built-in publishing feature that allows you to publish to various popular platforms in an easy and efficient way. You can publish the same application to multiple platforms, provided the application design takes into account the unique hardware and software requirements of each platform. In this tutorial, we’ll explore publishing to Android-based devices.

Publishing for iOS is a bit different than publishing for platforms such as Windows or macOS. Due to restrictions in access to development tools, Unity can only create an Xcode project for an iOS game or app, rather than building the binary directly as with Android publishing. In certain cases, there are no required changes at all. In this tutorial, you will learn to publish applications to iOS

In this tutorial, you will use the WebGL Publisher Package to create a WebGL build of your project and publish it on Unity Play. You'll then have a build of your project that you can play and share in a web browser!

In this tutorial, you will add the WebGL module to an installation of the Unity Editor so that you can publish your project using WebGL.

Note: This tutorial has been updated and you can access it here. Publishing for iOS is a bit different than publishing for platforms such as Windows or macOS. Due to restrictions in access to development tools, Unity can only create an Xcode project for an iOS game or app, rather than building the binary directly as with Android publishing. In certain cases, there are no required changes at all. In this tutorial, you will learn to publish applications to iOS

Publishing for Android is a lot like publishing a build for Windows, Mac OS, and Linux. In certain cases, there are no required changes at all. For example, in a mobile game that uses finger gestures to interact with game elements, this can be accomplished with the same code as its desktop counterpart. Mobile touch input is beyond the scope of this workflow, so it’s assumed that the game is complete and ready for distribution.

Picking up where Getting Started with Reflect left off, Basic Reflect Customization is a course designed for Unity developers who are ready to integrate Reflect into their development pipelines. The course begins by deep diving into the anatomy of the Reflect viewer out of the box before moving into how to make simple customizations to match the look and feel of a company's existing branding. Learners will then explore how to add some of the most asked for functionality to the default viewer, including creating construction sequences, adjusting model materials, and changing the time of day. The course will close with instruction on how to publish to different platforms, including mobile and VR. Don’t have Reflect yet? You can request a free 14-day trial by filling out the form here. The Reflect trial will give you access to everything you need to work your way through the course content.

The Karting Microgame Template is a 3D kart racing game that you can customize even further. Follow along to continue building on top of your project and make it more your own, while learning the basics of Unity.

Unity 6 comes with a variety of new features and updates that make creating your projects much easier. In this course, we’ll take a look at the various UI enhancements and new Unity Editor features available to you. We’ll start by taking a look at the latest quality-of-life changes in the Unity Editor, like user interface improvements and new scene overlay functionality. Then, we’ll jump into some of the newer features such as Splines, Piercing Menu, Build Profiles and more. By the end of this course, you will become familiar with the latest tools and features available to you in Unity 6. By the end of this course, you will be able to: Navigate around ProBuilder’s new user interface. Utilize the Splines package to place geometry and animate GameObjects. Utilize the new Cameras Overlay to move cameras around a scene. Use the new Piercing Menu to select specific objects in a busy scene. Create and use Build Profiles for specific build targets.

This Learn Project is a case study focusing on a top grossing Made With Unity game developed in its entirety by a single person; David Wehle's The First Tree.