Today, AR app development companies are one of the most popular industries. This is because augmented reality apps provide a more engaging and dynamic user experience.

The two major tech giants, Apple and Google, created their own AR development toolkits with frameworks and SDKs to include ARKit and ARCore, respectively, which contributed to the growing popularity of AR in app creation. Similarly, PTC created Vuforia, which is garnering a lot of traction in the AR services.

All of them have useful features, there are some subtle differences that developers of the best augmented reality company, should be aware of and consider when selecting the best tools, frameworks, and SDKs for AR app development.

ARKit

Apple’s ARKit is a toolkit or set of tools (framework and SDKs) that developers may use to create augmented reality apps for the iOS platform, which includes iPhone 6 and higher models as well as iPad Pro models.

Points, plane detection, an AR world map, light estimates, anchors, face tracking, motion recording, people occlusion, and collaborative sessions are some of ARKit’s most notable features.

ARKit assists in the embedding of virtual objects into AR experiences or on surfaces by supporting image detection and image tracking. The IKEA Place AR app and the Pokemon Go game app are the best examples of ARKit. The Apple ecosystem, which makes development easier, is the main advantage of ARKit for developers over other popular AR development tools. It also provides frequent updates and new features, allowing for even more exciting app creation possibilities.

Vuforia

Android, iOS, UWP, and the Unity Editor are all supported by Vuforia. Another good option for AR app developers is PTC’s AR development toolkit, which allows them to monitor specified photos, models, objects, or 3D scans. Vuforia works on both iOS and Android, even older iPhone models that don’t support ARKit. Vuforia also uses ARKit or ARCore when the hardware it’s operating on supports it, or it can use its own platform if the hardware doesn’t. Vuforia’s core capabilities for AR development are object and image tracking. The Vuforia platform allows developers to submit models, pictures, object scans, and other support target kinds for detection using specified targets.

This tool aids in the identification of various item kinds such as boxes, cylinders, and planes. It can also recognize words and the environment. VuMark, which is a combination of a photo and a QR code, is another important feature provided by Vuforia. The Vuforia Object Scanner allows developers to scan and build object targets.

Conclusion

Vuforia has restricted capabilities compared to ARKit, but it has a significant edge over ARKit, which more than compensates for Vuforia’s shortcomings. It was created to take advantage of both ARKit and the Vuforia Engine. Because Vuforia Engine uses ARKit to power capabilities within the SDK, developers can use the Vuforia Engine Library to take advantage of both ARKit and Vuforia Engine in their projects with Vuforia Engine 7.2 (or later).

Furthermore, Apple is constantly improving ARKit, with new features and upgrades being added on a regular basis, making it a popular choice among developers. However, Vuforia is more expensive, and it has the advantage of combining and using the features of ARKit and ARCore, as well as being multi-platform.

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