Augmented Reality Mobile App Development: Key Points to be Considered

Augmented Reality Mobile App Development

With people becoming more interactive on mobiles, mobile technology has taken a role in almost every sphere of life. Moreover, technology is developing at a rapid pace, and newer technologies are surfacing to make life still easier for the people. One such technology that is trending is the Augmented Reality (AR) that can give a significant boost to any business. Digital data can be overlaid on real-world objects using AR in its simplest form. In the more complex forms of AR, even computer-generated graphics can be placed in the field of vision. Though still in its infancy, AR has already disrupted many industries including retail, finance, healthcare, travel, entertainment, fashion, defence, and more and changed the way we perceive the world. In terms of adoption by consumers, AR is an extension of the existing technologies as anyone with a smartphone or device having built-in video capability can access and use it.

When developing mobile apps and using any new technology like AR that is having the potential of a vast and rapidly growing market, you need to know all about it and the key points that need to be kept in mind when integrating it during the development process. Augmented Reality app development company ensures that AR-based mobile apps are built keeping these key points in mind.

1: Choose the SDK carefully

AR apps may be either location-based or marker-based. While location-based AR mobile apps use GPS and other position sensors to locate the user and generate AR objects, marker-based AR mobile apps recognize images. Based on the type of AR mobile app you will be developing, you need to choose the AR software development kits (SDKs) from amongst a wide range available.

2: Clearly define functionality for your AR app

Decide on the functionality you expect from your AR mobile app and clearly define it. After you know all the major aspects you need to pay attention to, you can easily choose SDK that will be most appropriate for creating it.

3: Decide the platforms your AR app will support

Check out the platforms (iOS, Android, Windows, or others) on which you’re chosen augmented reality SDKs will work. They may be compatible with single or multiple platforms. Based on this decision on developing your AR app for different platforms.

4: Create exclusive images and breath-taking graphics

Image processing expertise should be accessed to generate realistic and credible images from the perspective of the user. You can use either computer software generated images and create your graphics to align them correctly with the real-world environment. You should look for a Unity compatible SDK if you wish to use outstanding graphics in your AR mobile application. Unity is a highly advanced game engine that is capable of powering AR apps.

5: Develop an authentic and intuitive UI/UX

If the user is not able to use the AR mobile app intuitively due to the non-alignment of the images and graphics with the real-world objects, the authenticity of the UI/UX will be compromised. The resulting AR app will be difficult to use and of little value to the user. A seamless UI/UX can thus be created by making your AR app simple and intuitive. This increases the chances of success of your app significantly in the rapidly growing mobile app market.

6: Integrate the advantages of the cloud

The marker-based AR mobile apps usually demand an AR SDK that supports cloud recognition. This enables the markers to be stored in the cloud so that the application does not occupy much space on the mobile device. Thus, the markers stored in the cloud can be accessed from anywhere, and the user doesn’t need to worry about carrying the markers along in some portable device or having less space in the mobile. However, online connectivity is needed most of the time to use this feature.

7: Incorporate the benefits of 3D modelling and tracking

3D modelling and tracking are supported by the top AR platforms to create 3D images and recognize 3D objects. This greatly increases the scope of AR in your mobile app as 3D images and graphics can give a better view to the users, while the 3D objects can be located easily using 3D tracking.

8: Combine GPS support

In case you are developing location-based AR apps, AR platforms having GPS or geolocation support should be used. This allows you to add virtual places of interest to your application, while also giving you the ability to search for the places of your interest in the real world.

9: Include smart glasses support

By incorporating smart glasses support in your AR mobile app, you can provide hands-free experience to the users. The popularity of smart glasses is increasing progressively, and it is greatly advantageous to build AR mobile apps that are compatible with these devices.

10: Check if there is a need for SLAM

If you want your AR mobile applications to map their environment and track their movements, you need to integrate Simultaneous Localization and Mapping (SLAM) to your AR app. Apart from adding AR objects to a room, maps for indoor navigation can also be created using SLAM.  

To wrap up

AR has now been deployed in the real-world by many industries and still has great potential to be explored further. Considering the above key points choosing an appropriate tool to develop your AR mobile app will be easy for you. By selecting the appropriate SDK based on the functionality needed and the chosen platforms, you can create graphics and images to make the UI/UX authentic and intuitive. You can also opt for integrating, cloud, GPS, 3D modelling and tracking along with smart glass support and SLAM if you wish to. Thus, the overall AR mobile app development process can be greatly enhanced keeping the above key points handy.

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