Augmented reality software development involves creating apps that use sensors and GPS to realistically position a model. Advanced computer vision algorithms and GPS data make augmentations adaptive to various locations. They can do everything from place furniture in a room to point out the hottest bargains on product shelves. In the future, augmented reality applications may even replace paper maps in the retail industry. But, first, let’s talk about the basics of augmented reality.

ARKit

ARKit is the framework used by Apple for mobile augmented reality software development. The ARKit framework is still in the initial stages of development, but will soon be improved to enable two people to experience the same experience on two separate devices. ARCore, on the other hand, is a framework used by Android users. It works with Android 7.0 (Nougat) or later. ARKit provides developers with a rich set of tools to develop augmented reality software.

ARKit is capable of recognizing the position and orientation of a local-coordinate device, as well as identifying the orientation of a 2D plane. It is a powerful tool that was previously only supported by specialized AR headsets, but it now supports a wide range of practical applications. Developers are no longer required to have experience in specialized applications. Even non-technical professionals can now create augmented reality software using ARKit.

Wikitude

For developers of augmented reality applications, Wikitude provides a comprehensive SDK that allows you to create hands-free, holographic applications. The SDK’s new Scene Recognition feature can recognize small objects, industrial sites, and rooms. Using Wikitude’s Extended Object Tracking feature, augmentations can persist after the initial trigger marker is out of the user’s camera’s field of view.

The Wikitude SDK is built on the web, making it easy for developers to write cross-platform augmented reality applications. Its SDK provides a platform-specific view component, ARchitectView, for integrating augmented reality into applications. In addition, the SDK also includes an ARchitect API for creating and loading ARchitect Worlds. The Wikitude SDK is comprised of a library of tools for developing mobile applications that support location, image recognition, and vision-based augmented reality.

MaxST

MAXST is a South Korean augmented reality software development company that aims to become the global leader in the field of augmentation reality. Its augmented reality engine is developed using domestic source technology and has a wide range of industrial applications. Its customers include Samsung Electronics, Daewoo Shipbuilding & Marine Engineering, and the Hyundai Motor Company. The company is currently preparing to enter the AR content platform business and integrating computer vision-based location positioning technology to deliver a high-quality AR experience for all customers.

The MAXST AR SDK contains five key functions that can help you create an augmented reality application for iOS and Android. The AR Browser SDK enables you to add an augmented reality geolocation view to an iOS or Android application in under five minutes. Its API is user-friendly and takes care of complex functionalities, leaving you free to focus on designing your app. The software is available for Mac OS, Windows, and Linux operating systems.
Vuforia

Vuforia is an augmented reality software development kit that allows you to create AR applications. The software uses computer vision to recognize and track planar images in real time, which enables developers to position virtual objects so that they are placed correctly in relation to the real world. The software uses extended tracking to detect a virtual object’s shape, color, and location, so that the virtual object appears to be part of the real world scene.

You can create your AR application in the same way as you would develop a regular mobile game using Unity. To install the SDK, run the Unity Installer. You can also find the Vuforia SDK in the Unity Manual. The Vuforia AR SDK includes prefabs that are essentially components of your game that you can drag and drop into your Scene. For performance considerations, you should check the documentation provided by Unity for information on how to optimize your game for mobile devices.

ServReality

ServReality is an innovative AR/VR software development company that specializes in VR, AR/MR, and AI applications. With more than 100 skilled coders on its team, ServReality develops virtual reality software and rich games that work on any VR or AR platform. Moreover, it provides outstaffing services and custom solutions to its customers. The company is dedicated to providing high-quality, innovative, and engaging software for a variety of industries.

The key to a successful AR project is to anticipate and predict the movements of the users. Augmented Reality software must be able to register coordinates from camera pictures so that it can assimilate with the actual environment. Different kinds of machine vision and image registration are used for image registration. For example, the company employs machine vision techniques to create a 3D representation of a person, enabling the user to explore and interact with the content through the Augmented Reality experience.