What we see in science fiction movies about augmented reality is now becoming a reality. Developing languages and programs for this technology is made possible by augmented reality framework, work environments, and software development kits (SDKs).
Just one fact: the framework AR (Augmented Reality) industry is predicted to reach $ 18 billion by 2023, according to the Statista site.
Kinds of Android and iOS Augmented Reality SDKs and apps
1. Augmented reality based on markers
Objects will be recognized and data about them will be provided using the device’s camera in this situation. Volumes are recognized by the software and replaced on the screen display with 3D models, allowing the user to see them from various perspectives.
2. Augmented reality without markers
In augmented reality iOS apps that assist travelers to find nearby attractions, it’s most often used. In this technique, the compass and accelerometer of the device are combined with data from a satellite positioning system (GPS) (for predicting where the user is heading towards).
3. Augmented Reality based on projections
It operates by illuminating a surface with a beam of synthetic light. The device is able to detect and measure the tactile contact that happens when someone touches the surface on which the light is projected.
4. Augmented Reality based on overlapping objects
In keeping with its name, it overlaps items. It is used to replace a focal object with another item, either completely or partly, on a visual level.
Related reading: What are the different types of Augmented Reality?
Index of the finest Augmented Reality SDKs and Augmented Reality Framework.
Various AR SDKs and applications for iOS and Android Augmented Reality Development.
- iOS Arkit
- ARcore
- Simple CV
- Vuforia
- Kudan
- Wikitude AR SDK
#1 iOS Arkit
Overview:
Apple developed the augmented reality framework known as ARKit. It was written in Objective-C and is now a part of the iOS and iPadOS operating systems. A number of changes have been made to the first release of ARKit. Because horizontal surfaces like tables and floors accumulate function points over time, its first version relied only on this method to identify objects on such surfaces. Reference pictures and the recognition of vertical surfaces were previously included in ARKit 1.5. Improved performance and shared experiences were incorporated in the later ARKit 2.0 version, which was released later. Occlusion of humans was added to ARkit 3.0 so that virtual items positioned behind people would not overlap those located in front of them.
This product is appropriate for the following situations:
Developers may choose this augmented reality framework since it supports both the higher-level native API Metal and Apple’s native API for 3D graphics called SceneKit. Unreal Engine and the Unity IDE’s third-party libraries are also interoperable.
#2 ARcore
Overview:
With the help of Google’s ARCore, our smartphones can recognize our surroundings, analyze them, and interact with them. Sensors can detect the movement, size, and position of various surfaces on the ground as well as estimate the light conditions in the area we’re currently in.
Ideal for:
Android Augmented Reality and iPhone Augmented Reality app developers will find it much simpler to work with this platform since it is compatible with numerous framework AR platforms.
🔎 You may also be interested in learning about the following: | What is the difference between virtual reality, augmented reality, and mixed reality?
#3 Simple CV
Overview:
Simple CV is an augmented reality open-source augmented reality SDK that is utilized by many developers. Interweaving components of the real and virtual worlds, it employs the device screen as a lens (like text, images, etc.). It’s a combination of actual and virtual items that may be seen on the screen.
The visual functions include a threshold, an edge technique, and a key point search tool, among others.
Another benefit is that it is not tied to any one platform, which means that it is compatible with Java, C++, and even Python.
This product is appropriate for the following situations:
Developers of augmented reality library apps are seeking a tool that makes it simple to incorporate virtual features into actual photos captured by webcams, Kinects, FireWire, and IP cameras, or mobile phones.
Related reading: The Most Advanced AR Development Tools in 2022
#4 Vuforia
Overview:
Using the device’s screen in the same manner as Simple CV, Vuforia inserts virtual graphics into actual photographs in such a way that they seem authentic. Real-time recognition and tracking of flat pictures and rudimentary 3D objects are both possible with this technology.
These include virtual buttons and backdrop effects, as well as occlusion management, which makes it easy to detect partly concealed items.
This product is appropriate for the following situations:
Especially beneficial for those interested in creating augmented reality applications that include both real-world and digital imagery..
There are free and premium versions of this SDK, and the commercial ones include more functionality.
#5 Kudan
Overview:
One of the most effective augmented reality frameworks, Kudan is known for its speed and the ability to recognize objects with posters or stickers. Access to a purchase or item payment confirmation link through a poster is made possible thanks to this functionality.
In order to create Kudan, a layer is added on top of the actual item. Face detection is the SDK’s primary drawback; it isn’t as accurate as it should be.
This product is appropriate for the following situations:
As a free edition, it is ideal for independent projects, which often rely on crowdfunding and start-ups working with the most common augmented reality development kits. In addition, business licenses with extra functionality are available.
#6 Wikitude SDK
Overview:
For Android and iOS, Wikitude SDK is an all-in-one augmented reality framework. Geolocation data may be used to construct 3D objects, and images can be recognized using image recognition tools.
This product is appropriate for the following situations:
If you want to use it, you’ll have to fork down roughly € 3,000. There’s no getting around it. Even though it may seem to be prohibitively pricey, you’ll be able to make use of a wide range of features that aren’t accessible in open-source augmented reality frameworks. So, you’ll save both time and money over the long run. Additionally, there is a free version with far fewer features.
A Final Thought
In the present market, the augmented reality framework has had a significant impact. As a result of the advancements in the area, mobile application development businesses are helping to bridge the gap between the two.
If you’re in need of an Augmented Reality app developer to assist you with your project, please do not hesitate to contact us!
