How to Create Your Own AR Game – Complete List for This Year

Have you ever imagined creating your own augmented reality (AR) game? With advances in technology and numerous resources available, it’s never been easier to get started. In this article, we’ll discuss the top tools and resources to help you create your own AR game, including Zenva’s AR Mini-Degree, which is a beginner-friendly program to learn AR game development with Unity.

How Does Augmented Reality Work?

Augmented reality (AR) is a technology that overlays digital content onto the real world, enhancing our perception of the environment with computer-generated images, sounds, or interactive elements. AR works by utilizing sensors, cameras, and algorithms for computer vision to track and map real-world objects and spaces. This information is then used to render and position virtual elements within our view, allowing digital content to interact and blend seamlessly with the physical world.

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How AR is Changing Game Development

As AR technology has advanced, the impact on game development is significant:

  • Immersive gaming experiences: AR games provide players with more engaging and realistic experiences by merging gameplay with real-world environments.
  • Location-based gaming: AR can utilize GPS data to encourage players to explore their surroundings and participate in unique gameplay scenarios specific to their locations.
  • New storytelling opportunities: AR allows developers to create new narratives by incorporating spatial context and interaction between virtual and physical elements.
  • Expanded audiences: AR games can appeal to a wide range of players, from casual gamers seeking entertainment to more dedicated gamers interested in the latest technology.

Why Learn AR for Game Development

Learning AR for game development enables developers to:

  • Stay ahead of the curve: AR technology is rapidly evolving, and developers proficient in AR will be better equipped to meet the demands of the gaming industry.
  • Cater to broader markets: AR games are often accessible on smartphones, which means they can reach an extensive and diverse audience.
  • Develop innovative games: Learning AR empowers developers to push the boundaries of creativity and develop unique experiences that traditional platforms may not be able to offer.
  • Increase employability: AR skills are increasingly sought by game development studios and tech companies, making it a valuable skillset for career advancement.

Best Tools for Making AR Games

Some of the best tools for creating AR games include:

  • Unity and AR Foundation: Unity is a popular game engine that provides a powerful yet user-friendly way to create AR experiences. AR Foundation is a Unity package that simplifies AR development on both iOS (ARKit) and Android (ARCore) devices.
  • ZapWorks: An all-in-one AR solution that offers a range of tools for creating, managing, and publishing AR experiences.
  • Google ARCore: A platform for building Android-only AR apps with various tools for plane detection, gesture support, and real-world lighting information.
  • Apple ARKit: A framework for developing iOS-only AR apps, offering robust features for 3D object rendering, image tracking, and environmental understanding.

What Skills are Needed to Make AR Games

Creating AR games requires a combination of skills, including:

  • Understanding of game design principles: developers must be able to brainstorm ideas, develop compelling narratives, and balance gameplay mechanics to create immersive experiences.
  • Programming knowledge: Proficiency in languages such as C#, JavaScript, or Python is required to develop AR functionality and bring game concepts to life.
  • Experience with game engines: Familiarity with tools like Unity or Unreal Engine allows developers to create compelling visuals, animate characters, and implement gameplay logic efficiently.
  • Graphic design and 3D modeling skills: Creating visually appealing and realistic AR elements relies on abilities in graphic design, 3D modeling, and animation.
  • Problem-solving and adaptability: As AR technology evolves, developers must quickly adapt, learn new platforms, and overcome challenges that arise during development.

In the following sections, you’ll find a complete list of resources for learning AR game development, including courses and tutorials offered by Zenva Academy and other sources.

Zenva Academy – AR Mini-Degree

Zenva Academy offers an Augmented Reality Mini-Degree program that teaches how to build AR games and apps with Unity. This program consists of 11 courses with a total duration of 13 hours and 45 minutes, covering marker-based and markerless AR projects using AR Foundation, ARKit, and EasyAR.

Courses are suitable for both beginners and experienced developers. By enrolling in this program, learners will create a portfolio of augmented reality projects, including AR games and apps for various industries.

Google Codelabs – ARCore Unity AR Foundation

Google Codelabs offers a tutorial on creating an AR game using Unity’s AR Foundation. The game involves collecting packages using a car controlled by a handheld device. The tutorial covers setting up the development environment, detecting real-world planes, detecting intersections with virtual geometry, and using real-world lighting conditions.

ZapWorks – WebAR Platform

ZapWorks is an all-in-one WebAR platform that allows users to create, manage, and publish AR experiences from a single interface. The platform includes tools like ZapWorks Studio, ZapWorks Designer, Universal AR SDK, and Unity SDK. Additionally, ZapWorks provides training, support, and analytics to help users create immersive AR experiences.

Google Solutions for Game Design

Google offers solutions to help game developers create innovative designs for their games. Game Controls allows users to play touchscreen games on Chromebooks with keyboard controls, while GameActivity, part of the Android Game Development Kit, helps process app cycle commands, input events, and text input. Google Maps Platform and Playable Locations API enable developers to create immersive real-world games.

Adobe Aero – AR Software

Adobe Aero is an AR software that allows users to create, view, and share immersive storytelling experiences on mobile AR devices. Available on iOS and as a public beta for desktop on macOS and Windows, Adobe Aero offers features for customization, interactivity, depth, audio, and pathways.

Create an AR Application with Unity

Gamedev Academy provides a tutorial on creating an AR application with Unity. Augmented reality (AR) technology allows virtual objects to be placed in the real world in real-time using ARKit (for iOS devices) and ARCore (for Android devices) SDKs. Unity’s AR Foundation system provides a robust platform for creating AR experiences on both mobile operating systems.

Overlyapp – Create AR Experiences

Overlyapp allows users to create AR experiences without outsourcing. This step-by-step tool helps users bring static trigger images to life with content such as videos, animations, or 3D models that appear when scanned. Overlyapp is budget-friendly and offers quick implementation.

UniteAR – Make AR Without Coding

UniteAR offers a simplified process for creating AR without coding. Users can upload a target image and choose digital content for the augmentation process. With customizable scale, position, and rotation, users can publish the project and test it through UniteAR’s Android or iOS app or a custom-built app.

GDevelop – Free and Open-Source Game-Making App

GDevelop is a free and open-source game-making app that uses an event system to express game logic without the need to learn a programming language. Games created with GDevelop can be exported to various platforms, and the app provides tutorials and documentation for beginners and advanced users alike.


Creating your own AR game is an exciting and rewarding process. With tools like Zenva’s AR Mini-Degree, Unity’s AR Foundation, and various platforms and resources, you have everything you need to get started on your AR game development journey. Now’s the time to harness the power of augmented reality and bring your game ideas to life.

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