What is Google Play Services for AR?
Google Play Services for AR, also known as ARCore, is an Android app that enables augmented reality (AR) experiences on your device. It allows you to see digital content overlaid on the real world through your camera, such as 3D models, animations, games, and more. It also lets you interact with the virtual objects using gestures, touch, and voice commands.
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A brief introduction to the app and its features
Google Play Services for AR was launched in 2018 as a successor to Project Tango, Google's previous attempt at creating an AR platform. Unlike Project Tango, which required special hardware and sensors, Google Play Services for AR works with most high-end and mid-range Android devices using only the camera and the motion sensors. This makes it more accessible and scalable for developers and users alike.
Some of the features that Google Play Services for AR offers are:
Authentication: It connects apps to other Google services, such as Google Sign In and Google Maps.
Synchronization: It synchronizes your contacts, preferences, and settings across different apps.
Privacy: It gives you access to the latest user privacy settings and controls.
Location: It uses higher quality location-based services that consume less battery and data.
Search: It enables offline search capabilities in some apps.
Gaming: It enhances the gaming experience by optimizing RAM and graphics performance.
How it works and what it requires
Google Play Services for AR uses three key technologies to create realistic and immersive AR experiences:
Motion tracking: It tracks the position and orientation of your device as you move around the environment.
Environmental understanding: It detects the size and shape of surfaces, such as walls, floors, tables, etc., in your surroundings.
Light estimation: It estimates the lighting conditions and shadows in your scene.
To use Google Play Services for AR, you need an Android device with:
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A Google Account
ARCore-certification
At least 1 GB of free space
At least one AR app installed
An unmetered mobile network
How to install, update, and uninstall it
To install Google Play Services for AR, you can either download it from the app on your device and find the app under the Apps section, or use a file manager app to delete the APK file from your storage. Note that uninstalling Google Play Services for AR may affect the performance and functionality of some AR apps on your device. What are the benefits of Google Play Services for AR?
Google Play Services for AR provides several benefits for both users and developers who want to enjoy or create AR experiences on Android devices. Some of these benefits are:
Access to Google services and enhanced app experience
By using Google Play Services for AR, you can access various Google services that enhance your app experience, such as Google Sign In, Google Maps, Google Photos, and more. For example, you can use Google Sign In to log into your favorite AR apps with your Google Account, or use Google Maps to explore the world in 3D with AR navigation. You can also use Google Photos to save and share your AR snapshots and videos with your friends and family.
Environmental understanding and realistic effects
Google Play Services for AR uses advanced computer vision and machine learning algorithms to understand the environment around you and create realistic effects. For example, it can detect the surfaces, edges, corners, and planes in your scene and place virtual objects on them with accurate scale and orientation. It can also estimate the lighting conditions and shadows in your scene and adjust the appearance of the virtual objects accordingly. This makes the AR experience more immersive and believable.
Constant updates and new features
Google Play Services for AR is constantly updated with new features and improvements that make the AR experience better and more diverse. For example, some of the recent updates include:
Depth API: This allows apps to create depth maps from a single camera, which enables occlusion (the ability to hide virtual objects behind real ones) and realistic physics (the ability to make virtual objects interact with real ones).
Face Mesh API: This allows apps to create 3D models of human faces from the front-facing camera, which enables face tracking (the ability to follow the movements and expressions of the face) and face effects (the ability to apply filters, stickers, masks, etc. to the face).
Augmented Images API: This allows apps to recognize 2D images in the environment, such as posters, paintings, logos, etc., and augment them with 3D content.
Augmented Faces API: This allows apps to recognize human faces in the environment, such as selfies, portraits, group photos, etc., and augment them with 3D content.
Cloud Anchors API: This allows apps to create shared AR experiences across multiple devices by synchronizing the position and orientation of virtual objects in a common coordinate system.
What are the compatible devices for Google Play Services for AR?
Google Play Services for AR is compatible with a wide range of Android devices from different manufacturers and regions. However, not all devices support all features of Google Play Services for AR. Some features may require higher hardware specifications or software versions than others.
A list of specific device models that support ARCore
The following table shows some of the specific device models that support ARCore as of June 2023. Note that this list is not exhaustive and may change over time. For the most updated list of supported devices, please visit .
ManufacturerDevice Model
SamsungGalaxy S21 series, Galaxy S20 series, Galaxy S10 series, Galaxy Note 20 series, Galaxy Note 10 series, Galaxy A72, Galaxy A52, Galaxy A32, Galaxy A12, Galaxy Tab S7 series, Galaxy Tab S6 series
HuaweiP40 series, P30 series, Mate 40 series, Mate 30 series, Nova 8 series, Nova 7 series
XiaomiMi 11 series, Mi 10 series, Mi 9 series, Mi Mix 4, Mi Mix 3
OppoFind X3 series, Find X2 series,
VivoX60 series,
MotoMoto G100,
MotoMoto G100, Moto Edge series, Moto One series
OnePlusOnePlus 9 series, OnePlus 8 series, OnePlus 7 series, OnePlus 6 series
GooglePixel 5, Pixel 4a, Pixel 4 series, Pixel 3a series, Pixel 3 series
LGLG Wing, LG Velvet, LG G8 series, LG V60 series
SonyXperia 1 III, Xperia 1 II, Xperia 5 II, Xperia 10 III
AsusZenfone 8 series, Zenfone 7 series, ROG Phone 5, ROG Phone 3
NokiaNokia X20, Nokia X10, Nokia 8.3
RealmeRealme GT, Realme X7 series, Realme X50 series
ZTEAxon 30 series, Axon 20 series
TCLTCL 20 Pro 5G
LenovoLenovo Tab P11 Pro
AcerAcer Chromebook Tab 10
How to check if your device is AR-certified
To check if your device is AR-certified, you can use the to see the list of ARCore-supported devices online.
How to enable AR in your Android app
To enable AR in your Android app, you need to have Google Play Services for AR installed on your device and grant the app permission to access your camera. Then, you can launch the app and look for the AR icon or button that indicates that the app has AR functionality. For example, you can use the to preview some apps in AR before downloading them.
What are the alternatives to Google Play Services for AR?
Google Play Services for AR is not the only augmented reality platform or SDK available for Android devices. There are other alternatives that offer different features and capabilities for creating and enjoying AR experiences. Some of these alternatives are:
Other augmented reality platforms and SDKs
Some of the other augmented reality platforms and SDKs that you can use on Android devices are:
Vuforia: This is a cross-platform SDK that supports image recognition, object detection, marker tracking, and more. It also has a cloud-based service that allows you to create and manage large-scale AR content.
ARToolKit: This is an open-source SDK that supports marker-based tracking, natural feature tracking, optical stereo tracking, and more. It also has a web-based version that allows you to create and run AR applications in the browser.
Kudan: This is a cross-platform SDK that supports markerless tracking, SLAM (simultaneous localization and mapping), and more. It also has a cloud-based service that allows you to store and manage your AR content.
Wikitude: This is a cross-platform SDK that supports image recognition, object recognition, geo-location based tracking, and more. It also has a cloud-based service that allows you to create and publish your AR content.
EZ-AR: This is a cross-platform SDK that supports image recognition, face detection, gesture recognition, and more. It also has a cloud-based service that allows you to create and share your AR content.
Mixed Reality Toolkit (MRTK): This is an open-source SDK that supports spatial mapping, spatial anchors, hand tracking, eye tracking, voice commands, and more. It also has a Unity plugin that allows you to create and create and test your AR applications in Unity.
Pros and cons of using different AR solutions
Each AR solution has its own advantages and disadvantages, depending on your needs and preferences. Here are some of the pros and cons of using different AR solutions:
AR SolutionProsCons
Google Play Services for AR- Supports a wide range of devices and features- Integrates with other Google services and apps- Updates automatically and frequently- Requires Google Play Store and Google Account- Consumes battery and data- May not work well on some devices or regions
Vuforia- Supports cross-platform development and deployment- Supports image and object recognition and tracking- Has a cloud-based service for large-scale AR content- Requires a license fee for commercial use- Has limited support for environmental understanding and lighting estimation- May have performance issues on some devices
ARToolKit- Supports open-source development and customization- Supports marker-based and natural feature tracking- Has a web-based version for browser-based AR applications- Has limited support for environmental understanding and lighting estimation- Has limited documentation and community support- May have compatibility issues on some devices or browsers
Kudan- Supports cross-platform development and deployment- Supports markerless tracking and SLAM- Has a cloud-based service for storing and managing AR content- Requires a license fee for commercial use- Has limited support for environmental understanding and lighting estimation- May have performance issues on some devices
Wikitude- Supports cross-platform development and deployment- Supports image and object recognition and tracking- Has a cloud-based service for creating and publishing AR content- Requires a license fee for commercial use- Has limited support for environmental understanding and lighting estimation- May have performance issues on some devices
EZ-AR- Supports cross-platform development and deployment- Supports image recognition, face detection, gesture recognition, and more- Has a cloud-based service for creating and sharing AR content- Requires a subscription fee for using the cloud service- Has limited support for environmental understanding and lighting estimation- May have performance issues on some devices
Mixed Reality Toolkit (MRTK)- Supports open-source development and customization- Supports spatial mapping, spatial anchors, hand tracking, eye tracking, voice commands, and more- Has a Unity plugin for creating and testing AR applications in Unity- Requires a compatible device and headset for the full AR experience- Has limited support for environmental understanding and lighting estimation- May have compatibility issues on some devices or platforms
What are the common issues with Google Play Services for AR?
Google Play Services for AR is not a perfect solution for AR on Android devices. It may encounter some issues that affect the performance and functionality of the app. Some of the common issues with Google Play Services for AR are:
App crashes and compatibility errors
Sometimes, Google Play Services for AR may cause the app to crash or display an error message that says "This device does not support AR" or "This app requires the latest version of Google Play Services for AR". This may happen due to various reasons, such as:
Your device is not AR-certified or compatible with the app.
Your device has low memory, storage, or battery.
Your device has an outdated or corrupted version of Google Play Services for AR.
Your device has a custom ROM or root access that interferes with Google Play Services for AR.
Your device has a poor internet connection or network settings that prevent Google Play Services for AR from updating or functioning properly.
Battery drain and data usage
Google Play Services for AR may consume a lot of battery and data on your device, especially when you use AR apps for a long time or in high-resolution mode. This may happen because Google Play Services for AR uses the camera, the motion sensors, and the internet connection to create and render the AR content. To reduce the battery drain and data usage, you can try the following tips:
Close any background apps that are not in use.
Lower the brightness and volume of your device.
Turn off Wi-Fi, Bluetooth, GPS, and mobile data when not in use.
Use a power-saving mode or a battery optimizer app on your device.
Use a Wi-Fi network instead of a mobile network when possible.
Limit the duration and frequency of your AR sessions.
Use a lower resolution or quality mode in your AR app settings.
Troubleshooting steps and tips
If you encounter any issues with Google Play Services for AR, you can try the following steps and tips to fix them:
Restart your device and try again.
Check if your device is AR-certified and compatible with the app.
Check if your device has enough memory, storage, and battery.
Check if your device has the latest version of Google Play Services for AR installed and updated.
Check if your device has a stable and fast internet connection.
Clear the cache and data of Google Play Services for AR and the app.
Uninstall and reinstall Google Play Services for AR and the app.
Contact the app developer or Google support for further assistance.
Conclusion
Google Play Services for AR is an Android app that enables augmented reality experiences on your device. It allows you to see and interact with digital content overlaid on the real world through your camera. It also integrates with other Google services and apps to enhance your app experience. However, it may also have some issues that affect its performance and functionality, such as app crashes, compatibility errors, battery drain, and data usage. To solve these issues, you can try some troubleshooting steps and tips, or contact the app developer or Google support for help.
Frequently Asked Questions
Q: What is augmented reality?
A: Augmented reality (AR) is a technology that combines digital content with the real world. It allows you to see virtual objects, such as 3D models, animations, games, etc., overlaid on your physical environment through your camera or a headset. It also lets you interact with these virtual objects using gestures, touch, voice commands, etc.
Q: What is the difference between Google Play Services for AR and Google Lens?
A: Google Play Services for AR is an Android app that enables augmented reality experiences on your device. It allows you to see digital content overlaid on the real world through your camera. Google Lens is another Android app that uses computer vision to recognize objects in your camera view and provide information about them. It allows you to search what you see, such as text, landmarks, products, animals, etc., using your camera.
Q: How can I find more apps that use Google Play Services for AR?
A: You can find more apps that use Google Play Services for AR by visiting the and browsing the categories or searching for keywords related to AR. You can also look for the AR icon or badge that indicates that the app has AR functionality. Some examples of popular apps that use Google Play Services for AR are:
Pokemon Go: This is a location-based game that lets you catch, train, and battle virtual creatures called Pokemon in the real world.
Just a Line: This is a drawing app that lets you create and share doodles in 3D space using your camera.
SketchAR: This is a learning app that teaches you how to draw using AR guides and tutorials.
ARuler: This is a measuring app that lets you measure distances, angles, areas, and volumes in AR.
ARCore Elements: This is a demo app that showcases the features and capabilities of Google Play Services for AR.
Q: How can I create my own AR app using Google Play Services for AR?
A: To create your own AR app using Google Play Services for AR, you need to have some programming skills and tools. You can use the .
Q: How can I give feedback or report a problem with Google Play Services for AR?
A: To give feedback or report a problem with Google Play Services for AR, you can use the to submit your feedback or report a problem online. Your feedback and reports will help Google improve Google Play Services for AR and fix any issues or bugs.
I hope this article has helped you learn more about Google Play Services for AR and how to use it on your Android device. If you have any questions or comments, please feel free to leave them below. Thank you for reading! 44f88ac181
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