The road to the metaverse is paved in real-time 3D. But the challenges for creators are plenty – from capturing, transforming, visualizing and optimizing right-time data to creating, distributing and operating rich, interactive, immersive experiences that will engage stakeholders anywhere. Get ready to start your journey and learn the skills to thrive in the next era of computing.

In this tutorial, we’ll create and configure plane detection for AR Foundation. Plane detection finds horizontal and/or vertical planes in your physical surroundings, depending on enabled detection mode(s).

In this tutorial, you will learn how to set up AR Foundation in Unity.

Enabling VR development in Unity takes just a few steps. In this workflow, we’ll configure a standalone project for VR using the OpenVR platform.

There are a few tools we must set up before developing Unity applications for either iOS or Android devices. If developing for iOS, this involves setting up Xcode (Apple’s integrated development environment (IDE)) on your development machine. Xcode is required to deploy our Unity builds onto our iOS devices.

In this tutorial, we’ll configure Unity for AR development targeting iOS or Android.

Zoe is a learning platform allowing students to become creators while developing their computational & problem solving skills through Virtual Reality. Our platform includes two software: The 'Zoe App', a standalone application for all VR headsets and 'Zoe for Unity', an extension of the game engine, allowing students to build their own interactive VR experiences while gaining experience in using the Unity Game Engine. With the VR for Education course, learn how to work with the 'Zoe for Unity' and leverage the power of the game engine with the simplicity of Zoe to unleash students creativity and build confidence in their technical abilities. Learn more about Zoe and sign-up for a free teacher account on www.zoe.com.

In this tutorial, we’ll configure Unity for AR development targeting iOS or Android.

In today's workplace, on-the-job training and guidance are critically important. AR is well suited to help meet these needs where it can overlay tutorials onto equipment, provide on-demand demonstrations on key procedures, and help reduce the occurence of human error. In this course titled AR Development: Training Apps and Remote Assistance, you'll first learn how to create realistic assets and prepare them for use on the Microsoft Hololens device. Next, you'll learn how to create highly realistic and immersive augmented scenes by manipulating features like lighting, materials and textures, object animations, and post-processing effects. After polishing the look of your project, you'll learn how to implement interactive menus and instructional interfaces to walk users through maintenance, usage, and repair procedures. Finally, you'll learn how to Incorporate informational media, such as audio, video, text and images, to increase informational delivery and enhance your users' augmented experience. After completing this course, you'll have a solid understanding of how Unity can be used to develop AR applications to help meet the needs of your organization for training and remote assistance.

Set up Unity to enable the use of virtual reality.