Welcome to the exciting world of Augmented Reality (AR) software and application development!

Augmented Reality has been rapidly transforming the way we interact with the digital world, enhancing our real-life experiences with computer-generated elements. Whether you’re a seasoned developer or just starting on your coding adventure, these SDKs will be your essential tools for creating custom AR applications.

In this article, we’ll take you on a journey through the Top 10 AR Software Development Kits (SDKs) that are set to make waves in 2024.

What is an SDK?

 “If the development process is a web, then SDKs are the tools you can use to deal with the tangled threads, organize them, and turn them into something different.”

First things first, SDK stands for Software Development Kit or devkit. SDK contains all the software tools and programs the developers use to create dedicated applications for different platforms. Hence, Nordic SDK is used to create Bluetooth or wireless products, VMware SDK for integrating with the VMware platform, iOS SDK for creating iOS apps, Android SDK toolkit for Android applications, etc.

The SDK tools are designed for different programming languages and platforms. It includes guides, processes, code samples, documentation, libraries, etc., which can be used and integrated into user apps. 

SDKs are used outside the organization and offer value to developers and businesses. While every SDK is meant to work, it should deliver good results. Let us go through some of the key characteristics of a good SDK. These are:

  • SDK must quickly play with other SDKs.
  • Never impacts the data consumption, battery, or CPU of mobile devices.
  • It must have enough functionality to add value to other apps.
  • It must offer thorough documentation to explain code works.
  • Other developers can easily use it.

Most Popular Augmented Reality SDKs

After learning about the main advantages of augmented reality SDKs, let us go through the top-rated and best-augmented reality SDKs. The top six augmented reality SDKs are:

1. Wikitude 

Wikitude sdk

First on our list is the recently launched SDK7- Wikitude, which supports different maps and locations. It is supported by operating systems like Smart Glasses, iOS, Android, etc. Started with location-centric experiences, it is now a powerful SDK used in different applications. In addition, developers use the advanced tracking features of Wikitude for quick integration with different devices.


  • It has an in-built GeoAR offering amazing location-based AR experiences for different users.
  • It offers effective recognition and scenes, images, or object tracking.
  • It can be quickly optimized for Vuzix AR glasses, Epson Moverio, HoloLens, etc., and supports local or cloud storage.
  • It can effectively locate the cloud targeting multiple images hosted on it.


  • Wikitude is available for a free trial and three different pricing plans:
Sr. No. Plan Name Pricing
1Pro 3D2898 USD 
2Cloud yearly4351 USD 
3Enterprise packageAvailable on a request basis

Examples of Wikitude:

  • Air bp. Image Tracking.
  • Molokai. Object Tracking.
  • mumok Museum. Scene Tracking.

2. EasyAR 

EasyAR sdk

If asked for a dedicated augmented reality SDK for creating AR games and apps, EasyAR is the perfect platform for Windows, iOS, and Android. Moreover, it offers a city-scale augmented reality cloud solution for multiple sectors. Some key areas that benefitted from EasyAR are industrial applications, businesses, tourism, culture, etc. 


  • It offers different functionalities like EasyAR Sense Motion Tracking (SLAM) 4.0 for seamless motion tracking in-app, EasyAR Sense 4.0 for spatial mapping, EasyAR Mega for creating city-level AR cloud technology, etc.
  • It is packed with powerful information to create augmented reality games and other applications.
  • It offers screen recording and 3D object tracking for augmented reality applications.
  • It comes with full mobile compatibility and real-time 6 DOF camera pose tracking.


  • EasyAR Sense 4.0 is available in a free personal edition and three different pricing plans:
Sr. No. Plan Name Pricing
1Professional Edition39 USD 
2Classic edition1399 USD 
3Enterprise editionAvailable on a request basis

Examples of EasyAR:

  • Vogue
  • KFC
  • Pepsi

3. Onirix 

Onirix  sdk

It is a powerful augmented reality SDK offering seamless app development and augmented reality game applications. It offers a quick and intuitive development experience for cross-development applications. Not only this, Onirix offers different libraries and utilities, offering quick and effortless application development for different platforms like Unity, Android, and iOS.


  • It offers different tracking technologies like image tracking, surface tracking, and spatial AR.
  • Onirix SDK offers full access to Onirix Studio to create, host, and publish different visual parts of augmented reality projects.
  • It allows quick uploading of the different products in 3D through a web-based augmented reality content management system.
  • The web AR SDK offers markerless and image-based experiences for image tracking technology.


  • It is available in four different pricing plans:
Sr. No. Plan Name Pricing
1Pro96 USD 
2Commercial290 USD 
3Growth484 USD
4Scale968 USD

Examples of Onirix:

  • Unilever
  • Prevencontrol


MAXST  sdk

MAXST promise to be the essential source of technology for realizing AR functions. It is used in more than 7,000 augmented reality applications and is used by more than 10,000 developers. It offers 2D SDK and 3D SDK for dedicated image tracking and environment recognition.


  • It works with cross-platform app development and can be used with Windows, iOS, macOS, Android, etc.
  • MAXST Sensor Fusion SLAM helps camera integration with IMU sensors for creating mobile, robot, or wearable technology.
  • MAXST 1.5 updated version is the dedicated industrial augmented reality service perfect for smart factory environments, IoT, 5G technology, etc.
  • Some of MAXST’s key features are instant tracker, visual SLAM, object tracker, marker tracker, image tracker, cloud recognizer, QR code tracker, QR/ barcode reader, etc.


  • It offers a free trial with different pricing plans like:
Sr. No. Plan Name Pricing
1Pro-One time fee699 USD with a one-time fee
2Pro-Subscription50 USD monthly
3EnterpriseAvailable on request

Examples of MAXST:

  • Genesis Virtual Guide
  • YourAds
  • Dino

5. Pikkart AR SDK 

Pikkart AR SDK 

It is a stable, easy-to-use, and light augmented reality SDK to create amazing applications. It is a dedicated augmented reality SDK and ecosystem for developers. The newly released 3.5.8 version offers seamless integration between the geo-augmented markers, AR logo, and planar marker.


  • It allows image recognition SDK and helps create the latest augmented reality experience with the Xamarin platform, Unity 3D, native API, etc.
  • It helps create multiple augmented reality experiences on different prints of the same image to make more than one billion unique prints.
  • It allows the quick addition of geolocated augmented markers, integrated navigation services, etc.
  • It offers cloud recognition with API by creating simple and scalable applications.


  • Pikkart AR SDK offers a free trial with different pricing plans like:
Sr. No. Plan Name Pricing
1SDK290 USD with a one-time fee
2Cloud Recognition96 USD monthly
3Cloud API96 USD monthly

Examples of PikkartAR SDK:

  • Magic Cube app
  • AR logo apps

6. DeepAR 

DeepAR sdk

It is a powerful and robust SDK in more than 60 million augmented reality applications monthly. It can add different application functionalities like body tracking, emotion detection, background segmentation, hair segmentation, beauty and makeup, face filters, etc.


  • It is a powerful SDK built for different operating platforms like HTML5, Android, macOS, and iOS.
  • It offers real-time face tracking for multiple faces and high performance to add 3D face masks and effects.
  • It uses advanced deep-learning techniques to change hair color during video seamlessly.
  • It is easy for the developers to create an immersive augmented reality experience by replacing the backgrounds in real time.


  • It offers a free plan and flexible payout based on the developer’s needs.

Examples of DeepAR:

  • Video chat apps
  • AR effect apps
  • Virtual try-on apps

7. Kundan

One of the most useful augmented reality development tools, Kundan, performs fast and permits the users to maximize the use of object-based recognition with stickers/posters. 

Kundan is best at identifying objects by initializing their coordinates and appending a layer on top of them. However, this augmented reality SDK needs to work to offer more face detection as it doesn’t include the physics required for face transformation. 


  • This ADK supports marker and markerless tracking. 
  • Besides, it provides a license plan that’s free with no restrictions for indie developers and individuals. 
  • The AR SDKs hold native platform APIs, like Java for Android and Objective-C for iOS.


Kundan offers a free trial for the basic plan, AR Indie, and check below for the pricing of the other two platforms. 

Sr.NoPlan Name Pricing
1AR IndieFree
2AR Business£1,000 /year
3AR EnterpriseCustom

8. Vuforia

Vuforia sdk

One more simple CV SDK, Vuforia, uses computer vision to identify and track planar images and 3D objects, like boxes, in real time. Moreover, this SDK offers additional features, like background effects, virtual buttons, occlusion management, etc. 


  • Vuforia VR SDK holds robust performance and tracking capability on varied hardware. 
  • It facilitates users to author and publish scalable AR experiences that revolutionize service, manufacturing, and training processes with no need for expensive custom designers or extensive programming. 


Vuforia AR SDK arrives with its three pricing plans, let’s check out: 

Sr.NoPlan Name Pricing
1Classic$499 one-time
2Cloud$99 / month

9. ARCore

The top augmented reality SDK for Android, ARCore is one of the best options for developers who are looking to build AR apps on the Android platform. This SDK is compatible with various Android devices. This AR SDK lets the phones sense their environment and know about their surroundings to engage with information. It harnesses varied APIs to facilitate shared AR experiences across iOS and Android. 


  • ARCore can perform everything with smartphones’ cameras and internal sensors with no need for any specific hardware. 
  • This SDK is best at creating educational AR experiences, AR games, and AR shopping experiences. 


The API is available free of cost and helps developers develop more immersive and useful AR experiences. 

10. ARKit 2

AR kit

An augmented reality SDK from Apple, ARKit 2 offers the best AR experience to the users. It arrives with varied latest tools, like image tracking, 3D object recognition, object detection, etc. Besides, it reaps the benefits of the device’s camera to know the environment and offer precise position details within a range of about a few meters from the source. 


  • ARKit 2 extends the assistance for image detection and tracking, facilitating 3D object detections, like sculptures or toys. 
  • Also, this SDK appends the capability to apply real-world reflection onto AR objects automatically. 


Well, it’s free to download ARKit 2, an Apple SDK, but it charges $99 for an annual developer program for distribution, which is waived for some organizations. 

Best Augmented Reality Frameworks for App Development

Criteria for Selecting the Best AR SDK

Are you still confused about selecting the best-augmented reality SDK for your current project out of our well-researched list? You don’t have to worry, as you can quickly go through the detailed buying guide for finding the best SDK according to your augmented reality app development needs. So, the key factors to consider before selecting the best-augmented reality SDK are:

1. Cost

Developers have the options to choose from the free-source and open-source augmented reality SDKs. Beginners in augmented reality can go for the free augmented reality SDKs with limited features. The professionals can go for the paid ones having advanced features for creating amazing applications. Further, the paid augmented reality SDKs require commercial licenses, which adds to the overall costs.

2. Supported Platforms

The next important point to consider in the augmented reality SDKs is to look at the top supported platforms. Some SDKs support Windows, others Android or iOS. Hence, based on the augmented reality application need, it is easy to consider the platform support of the SDK. Further, some augmented reality SDKs offer Universal Windows Platform (UWP) for creating dedicated applications for Windows systems and smartphones.

3. Image Recognition Capabilities 

Augmented reality is incomplete without image recognition capabilities. Hence, the SDK must offer powerful image recognition capabilities for any app to identify objects, places, and images. The SDKs with powerful image recognition abilities successfully overcome the benefits of the APIs, which have a defined method only for seamless app performance. Hence, developers need to go for SDK allowing the devices to use the camera, AI software, and machine vision to track different objects. This image track should quickly overlay with animations, sound, and HTML content.

4. 3D Image Recognition and Tracking

If your application needs to track 3D objects like toys, clothes, etc., the SDK must offer 3D image recognition and tracking. This feature helps the applications to improve and understand the application surroundings for large places like airports, shopping malls, bus stands, etc.

5. Unity Support

If asked for an amazing game engine used globally, Unity is the winner. Hence, any augmented reality app development is incomplete without Unity support. The developers looking for an amazing gaming experience must go for the augmented reality SDKs having Unity support and can create useful effects.

6. OpenScene Graph Support

 The OpenSceneGraph is the open-source 3D graphics toolkit for adding different features like scientific visualization, modeling, AR/VR, etc. Any leading augmented reality SDK must offer dedicated OpenScene Graph support for managing the 3D features on the app.

7. GPS Support

All location-based augmented reality applications must have highly precise geolocation features. The GPS support overlaps data from nearby areas, like searching nearby filling stations, nearby restaurants, etc. Hence, the developers need to go for the augmented reality SDK having precise GPS support.

Also Read: How Augmented Reality Is Revolutionising eCommerce Industry

How Will a Mobile SDK Benefit Your Brand?

After knowing a brief about the SDKs, it comes down to their advantages for your businesses. Some of the key benefits of the mobile SDK for your augmented reality app development are:

1. Quicker Integration -> Shorter Sales Cycles.

App development companies working on different projects can get much of their work done with mobile SDKs. Moreover, the dedicated SDKs shorten the sales cycle and make it easy to integrate with the client’s existing technology stack. Hence, the quick integration of the mobile SDKs offers shortened sales cycles.

2. Efficient Development -> Faster Deployment

With the increased demand for customized app development; it is impossible for developers to code different tools from scratch. It is all about checking the detailed SDK toolkit to find the code which works ideally with different devices. Hence, developers don’t need to code from zero states. The same efficiency of the SDKs is passed to the in-house SDKs, which helps companies bridge the development gaps with specific app SDKs.

The efficient Development leading to the fast deployment further saves money as the businesses only have to pay for the productive hours of the developers. On the other hand, the developers don’t have to deal with issues like behavioral analytics, mobile notifications, crash reporting, etc.

3. Great Product + SDK -> Increased Reach

The SDK offering great interoperability for developers along with an amazing app can be the best combination for success. The great product with great SDK leads the way for the increased reach of the business. Further, the combination of great product and SDK offers improved reach for your brand.

4. Brand Control -> Mitigated Risks.

SDK offers increased control over the user interface elements of the app. It is easy to manage how the app integrates with other apps and its overall looks. Hence, improved brand control helps mitigate the possible risks in user experience. All the critical features of the app are safe from different issues.

Must Read: How To Develop AR Shopping App Like IKEA? Cost & Features

Wrapping Up

Navigating the realm of Augmented Reality (AR) SDKs for software and application development has never been easier. With a quick overview of these SDKs, their notable advantages, and their ideal applications, you’ll be well-equipped to choose the perfect fit for your business needs.

Our comprehensive guide to selecting the top-rated Augmented Reality (AR) SDKs for app development streamlines the process for developers like you. By aligning the unique offerings of these SDKs with your project requirements, the path to finding the perfect match becomes straightforward. There’s no better time than now to harness the remarkable AR capabilities these SDKs offer.

If you’re thinking about creating an app with AR features, look no further. Emizentech, a renowned software development company, specializes in creating custom mobile apps with AR and VR capabilities. Our mobile app development services are designed to bring your innovative AR ideas to life.

Join us on this journey of innovation and uncover the endless possibilities of Augmented Reality for your software and app development requirements.

Frequently Asked Questions for Choosing the Best Augmented Reality (AR) SDK

1. Which Company Developed the Widely Used AR Software Development Kit SDK Called AR Kit?

Apple develop many of the SDK, But at EmizeneTech we also developed the AR software development kit (SDK) called ARKit. It is a framework that enables developers to create augmented reality (AR) applications for iOS and android devices, allowing users to interact with virtual objects in the real world through their devices

2. What Is the Best Framework for AR Development?

The best framework for AR development often depends on specific project requirements and the platform you intend to target. Some popular choices include ARKit and RealityKit for iOS, ARCore for Android, and Unity3D with Vuforia for cross-platform development. Ultimately, the best framework varies based on your needs and expertise.

3. Which of The Following Is a Popular AR Development Platform?

ARCore is a popular AR development platform. It is developed by Google and is designed for creating augmented reality (AR) experiences on Android devices. ARCore provides tools and APIs for developers to build AR applications and games that can run on a wide range of Android smartphones and tablets.

4. What Are the Main Types of Augmented Reality Apps?

1. Marker-based AR: These apps use markers or physical objects as triggers to overlay digital content on top of them. For example, scanning a QR code to display additional information.
2. Location-based AR: These apps use GPS or other location data to superimpose AR elements onto the real world. Pokémon GO is a well-known example.
3. Markerless AR: Also known as SLAM (Simultaneous Localization and Mapping) AR, these apps do not require markers and use computer vision to track the user’s surroundings and place digital objects accordingly.
4. Projection-based AR: These apps project digital content onto physical surfaces in the real world, creating interactive experiences.
5. Superimposition-based AR: This type involves overlaying digital objects onto real-world scenes captured by a device’s camera, such as trying on virtual clothing or placing furniture in your living room.
6. Recognition-based AR: Apps in this category recognize and track specific objects or images in the environment and augment them with digital information, like anatomy apps that display information when a medical textbook is scanned.
7. Face-tracking AR: These apps use facial recognition technology to apply AR effects or filters to a user’s face, commonly seen in social media apps like Snapchat and Instagram.
8. Gesture-controlled AR: These apps enable users to interact with AR objects using hand gestures or movements, offering a more immersive experience.

5. AR Frameworks Are Better to Avoid?

Some AR frameworks may be less suitable for certain scenarios or have limitations that you should consider. It’s important to carefully assess the framework’s features, platform support, community support, and documentation before selecting one. Popular AR frameworks like ARKit (for iOS) and ARCore (for Android) are well-established and widely used, but whether you should avoid a particular framework depends on your project’s needs and the platforms you are targeting.
Here are the list for some best AR Framework you can choose from for app development

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EmizenTech's Mobile App Development team is led by Naren Bhati, who designs and develops technically innovative solutions for our global clientele. He has the technical expertise to steer our app development team on the right path.