Discover WebXR development using A-Frame; gain insights into designing virtual, augmented, and mixed-reality experiences. Learn about textures, shaders, animations, physics, and build an immersive guided tour.

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This course provides an introduction to the WebXR development stack. It offers proficiency in web-based XR tools and technologies, which are globally in demand and catalyzing the third iteration of the internet: Web 3.0. 

This course will give you hands-on experience designing and developing virtual, augmented, and mixed-reality web experiences. You’ll become familiar with the XR development in A-Frame while learning about textures, materials, shaders, animations, physics, and interactions in WebXR. Toward the end, you’ll build on the basics to learn more about the fundamental XR concepts. You’ll also get to design, build, and develop an immersive guided tour in WebXR.

By the end of this course, you’ll have a strong grasp of the XR fundamentals and essential XR development best practices.

Become Proficient in WebXR: Create XR Experiences Using A-Frame

A group of standards for developing web-based VR and AR applications


A language for building server-side web applications

A JavaScript library for creating XR experiences

Immersive experiences are less captivating than non-immersive experiences.


Immersive experiences produce visual, audio, haptic, or other sensory output that simulates or augments various aspects of the user’s environment.

There’s no difference between immersive and non-immersive WebXR experiences.

Immersive experiences require specialized hardware, while non-immersive experiences can be experienced on a standard desktop or mobile device.

What’s the difference between immersive and non-immersive WebXR experiences?

What’s the difference between immersive and non-immersive WebXR experiences?

Which JavaScript function is used to initialize a WebXR session?

Which JavaScript function is used to initialize a WebXR session?

Which JavaScript function is used to get the current frame from a WebXR session?

Which JavaScript function is used to get the current frame from a WebXR session?

A WebXR session defines the position and orientation of virtual objects, while a WebXR reference space defines the position and orientation of the VR headset.

A WebXR reference space defines the position and orientation of virtual objects, while a WebXR session defines the position and orientation of the VR headset.

There’s no difference between a WebXR session and a WebXR reference space.

A WebXR session is used to create the XR environment, while a WebXR reference space defines the user's physical environment.


What’s the difference between a WebXR session and a WebXR reference space?


What’s the difference between a WebXR session and a WebXR reference space?

**(True or False)** The `canvas` element renders 3D XR content on the VR headsets.

(True or False) The <code>canvas</code> element renders 3D XR content on the VR headsets.

Which reference space is best suited for the use case mentioned below? 

**Use case:** A WebXR environment in which the user is allowed to move around and interact with objects but within a specific boundary. 


Which reference space is best suited for the use case mentioned below?
Use case: A WebXR environment in which the user is allowed to move around and interact with objects but within a specific boundary.

Getting Started

XR Landscape

Introduction to A-Frame

Creating the Virtual Environment

Interaction with the Objects

Enhancing the Environment

Epilogue

Quiz: XR Landscape