Download 1 click pc fix serial number, keygen, crack or patch

1 Click & Lock 1.5 crack serial keygen

1 Click & Lock 1.5 crack serial keygen

Every software that you are able to download on our site is legal. There is no crack, serial number, hack or activation key for 1 Click PC Fix present here. Our. 1 click pc fix serial numbers, cracks and keygens are presented here. No registration. The download is free, enjoy. Again, you must provide your serial number and computer ID from the License. Information dialog box. If you encounter a delay retrieving your node-locked.

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1 Click PC Fix Download

1 Click PC Fix Description:

Are you suffering from computer rage? Is your computer crashing, slowing down or freezing when you least expect it? Solve PC problems Instantly with 1 Click PC Fix.

Designed for use by complete beginners or expert power users, you won't be able to imagine using your PC without this easy-to-use PC doctor registry tool, instantly breathing life into your PC saving, you both time and money with unnecessary call out charges.

Download our Free PC diagnostic tool and Scan your PC for errors today. Your system will then be much faster when booting up and more stable when running, your software programs will run quicker and you'll be stress free in the peace of mind that the 'Doc' has given your PC a clean bill of health.

1 Click PC Fix Limitations:

&#; Some features are disabled in the unregistered version

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1 Click PC Fix security information

You cannot download any crack or serial number for 1 Click PC Fix on this page. Every software that you are able to download on our site is legal. There is no crack, serial number, hack or activation key for 1 Click PC Fix present here. Our collection also doesn't contain any keygens, because keygen programs are being used in illegal ways which we do not support. All software that you can find here is freely downloadable and legal.

1 Click PC Fix installation package is prepared to be downloaded from our fast download servers. It is checked for possible viruses and is proven to be % clean and safe. Various leading antiviruses have been used to test 1 Click PC Fix, if it contains any viruses. No infections have been found and downloading 1 Click PC Fix is completelly problem free because of that reason. Our experts on malware detection tested 1 Click PC Fix with various spyware and malware detection programs, including shoppingdowntown.us custom malware and spyware detection, and absolutelly no malware or spyware was found in 1 Click PC Fix.

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PassFab Android Unlocker Crack [Latest Version]

PassFab Android Unlocker Crack Unlock Android Lock Screen and Samsung FRP Lock in Minutes. No matter you are locked out of your Android phone because you forgot your PIN, pattern, or another password, PassFab Android Unlocker can help you solve this problem easily. You may also like

PassFab Android Unlocker With Crack [Full Version]

its new and useful software to unlock Android devices. With this app, the user can unlock their Android device as well as the FRP Lock of Samsung devices with just a few simple clicks. No matter what kind of lock or security mode you have defined on your device, the software can bypass your device lock and allow you to work with the device again. There are many security solutions these days to protect information and prevent the misuse of personal information, most of which we use on our phones or tablets. You may also like

Keys Features:

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  • 99% of Samsung devices are compatible
  • Note: Currently available on Windows only.

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What’s new?

  • Updates: The official website does not provide any information about changes in this version.

PassFab Android Unlocker Keygen

  • SDFGHJHGF-DFGH-FDS-DFGH-DFGHJ-HGFDS
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PassFab Android Unlocker Serial Key

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System Requirements:

  • Windows XP / Vista / 7/8 / / 10 (bit or bit)
  • Free space of 1 GB.
  • 2 GHz multi-core processor.
  • 2 GB RAM.
  • x screen.

How to Install?

  1. First download from the given link or button.
  2. Uninstall the Previous Version with IObit Uninstaller Pro.
  3. Turn off Virus Guard.
  4. Then extract the RAR file and open the folder (Use Winrar or Winzip to extract).
  5. Run the setup and close it from everywhere.
  6. Open the “Crack” or “Patch” folder, copy and paste into the installation folder and run.
  7. Or use the serial key to activate the Program.
  8. Please Share it. “Sharing is Always Caring”.
  9. Thanks for Downloading 🙂

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Contents

Windows 11 Activator Crack Download for [All Editions]

Windows 11 Activator

Windows 11 Activator Crack Here is a powerful and latest tool to activate your Windows 11 all latest versions. With this Latest Activator by Procrackerz, you can activate 7 out of 7 versions including Windows 11 Pro Education, Windows 11 Enterprise, Windows 11 Education, Windows 11 Home, and more. Microsoft is bringing a great revolution to your digital life by introducing the Crack for Windows Since the launch of Windows 10, Microsoft didn’t release any latest Windows. But after 6 years, Microsoft is offering you the latest Windows 11 Activator.

Millions of people were asking for the latest Windows 11 updates. So, the Microsoft team decided to launch Windows 11 Crack that meets all needs of the modern age. It has easy-to-use tools that help you optimize your screen space and boost your productivity. Windows 11 comes with amazing collaboration tools to connect with your friends and team. It offers new ways to communicate with your family and friends. With the Microsoft Chat option, The activated Windows 11 Product Key Crack helps you call, text, chat, or video chat normally with live Microsoft support and other users.

Moreover, the Chat option is available in the taskbar so that you can easily chat and call. More, The Activator with Crack for Windows 11 fully integrates well with Outlook and Calendar in this Version. Thus, it makes it easy to connect with people in just a few clicks. This product comes with multi-tasking tools such as Snap layouts, Desktops, and a new redocking experience. It integrates seamlessly with PowerPoint, Microsoft Edge, and Microsoft Teams. Windows 11 Cracked Activator integrates with Microsoft Office Crack to enhance your experience.

Windows 11 Activator With Crack Free Download [Torrent]

The best part is, Windows 11 meets all the needs for an amazing gaming experience. It helps you play the latest games such as PubG, GTA-5, etc. with real-time graphics. Windows 11 Activator Crack enables you to play your favorite games with players on the console. The new Xbox Game Pass gives you day-one access to the latest games including Age of Empires IV, Forza Horizon 5, and more. You can download the activated version of Windows 11 from the end of this page.

You must be thinking that why to download Windows 11 Activator Crack. Any Windows-based operating system needs to be activated with a customer key. After the activation, the user can unlock the full potential of Windows. Therefore, our team is providing here the Windows 11 Product Key for free. With this key, you can easily activate your Windows 11 without any complications. All you need to do is, download the Activator for Windows 11 and run it to generate a serial key.

Moreover, you can install Windows 11 on any device having 8 GB RAM and 50 GB free disk space. PCs and laptops based on Windows 11 will be available sooner in the market. However, the users of Windows 10 can upgrade to Windows 11 for free. So, The Activation Key for Windows 11 Crack is a convenient tool to activate. It comes with several advanced features like 5G support, Wi-Fi 6E support, Spatial sound, DirectX 12 Ultimate, and more. Also, it comes with Android apps support and functionality.

Advanced Features of Windows 11 Activator Cracked

  • This is an easy-to-use tool to activate Windows 11 and access all professional features.
  • It helps you unlock Microsoft Edge for the fastest and most secure browsing experience.
  • It allows you to access Microsoft Store to download multiple apps.
  • Also, it helps you activate the Snap Layouts feature to arrange your open windows.
  • With it, the user can switch desktops for a better organization.
  • The Microsoft Teams option helps you connect anyone right from your desktop.
  • It allows you to express yourself by Touch, Pen, and Voice supports.
  • With the beautiful Widgets, you can quickly find the things you’re looking for.
  • It helps you unlock epic graphics for an outstanding gaming experience.
  • Also, It enables you to activate advanced protection to combat modern cyberthreats.
  • The encryption with BitLocker protects your data from hackers and snoopers.
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  • It comes with the ability to keep the track of your devices.
  • With built-in security features, it protects you against viruses, malware, and ransomware.
  • Also, 11 Activator protects your device against malicious websites, files, apps, and more.
  • It comes with powerful tools for parental control.
  • With the Windows Hello feature, you can securely lock your devices.
  • Above all, it helps you monitor and manage the security and health of your device.

Screenshot:

Windows 11 Product Key

What’s New in Activator for Windows 11 Crack?

  • Supports all the latest Windows 11 editions.
  • It comes with Auto HDR support to produce a vivid range of colors.
  • Also, It comes with a new Chat from Microsoft Teams feature.
  • Now you can switch desktops for greater organization.
  • The DirectStorage support reduces the load time.
  • With the new Redocking option, you can continue right from where you left.
  • Also, It automatically provides the latest updates for Windows.
  • The latest Widget feature helps you quickly access your favorite file, app, or folder.

Windows 11 Activation keys (Latest-September)

  • New Windows 11 Home Country Specific – NX9D7W-8PF6X-8DV9T-8TYMD
  • Windows 11 Home – YTMG3-N6DKC-DKBM9GH-8HVX7
  • Latest Windows 11 Education – YNMGQ-8RYVPGQ3-C8XTP-7CFBY
  • Windows 11Home Single Language – BT79Q-G7N6G-PGBYW-4YWXF4BT
  • Windows 11 Pro – VK7JG-NPHTM-C97JM-9MPGT-3V66T

Activation Keys For Windows 11 Here New

  • Windows 11 Enterprise G: YYVX9-NTFWV-6MDMPT4T-4M68B
  • KMS Windows 11 S (Lean): NBTWJ-3DRC4V8-C26MC-GQ9M6
  • Windows 11 Pro build: VK7JG-NPHTM-C97JM-9MPGT-3V66T
  • Windows Professional Education: 6TP4R-GNPTD-KYYHQ-7B7DP-JY
  • KMSPICO Windows 11 Education N: 2WH4N-8QGBV-H22JP-CT43Q-MDWWJ
  • Full Windows 11 Core Key: 33QT6-RCNYF-DXB4F-DGP7B-7MHX9
  • Windows 11 Enterprise LTSC Key 92NFX-8DJQP-P6BBQ-THF9C-7CG2H

Latest Windows 11 Activation Product Keys Here

  • Windows 11 Professional Key: AN-WFGWX-YVC9B-4J6C9-T83GX
  • Windows 11 Pro key: ZK7JG-NPHTM-C97JM-9MPGT-3V66T
  • Microsoft Windows 11 Professional N Key: MH37W-N47XK-V7XM9-CGCQG9
  • Windows 11 Enterprise Key: BPPR9-FWDCX-D2C8J-HK-2YT43
  • Updated Windows 11 Enterprise N Key: RPH2V-TTNVB-4X9Q3-TJR4H-KHJW4
  • Windows 11 Education Key: BW6C2-QMPVW-D7KKK-3GKT6-VCFB2
  • Windows 11 Ultimate key: QFFDN-GRT3P-VKWWX-X7T3R-8B
  • All Windows 11 PRO Activation key: VK7JG-NPHTM-C97JM-9MPGT-3V66T
  • Windows 11 Education: DCPHK-NFMTC-H88MJ-PFHPY-QJ4BJ
  • Windows 11 PRO key: YTMG3-N6DKC-DKBM9GH-8HVX7
  • Free Windows 11 Home Key :2F77B-TNFGYQQF-B8YKP-D69TJ
  • Windows 11 Enterprise G: DPH2V-TTNVB-4X9Q3-TJR4H-KHJW4
  • Full Windows 11 Pro Key N: BHVCF-YGSTV-KUGSN-TBXEA-MLGYX
  • Windows 11 Ultimate Product Activation key: DXG7C-N36C4-C4HTG-X4T3X-2YV77

Sample Image Activation Windows 11 Activated

Windows 11 Activator

Windows 11 Activation Keys:

  • Windows 11 Professional Key: AN-WFGWX-YVC9B-4J6C9-T83GX
  • Free Windows 11 Pro key: ZK7JG-NPHTM-C97JM-9MPGT-3V66T
  • New Windows 11 Professional N Key: MH37W-N47XK-V7XM9-CGCQG9
  • Windows 11 Enterprise Key: BPPR9-FWDCX-D2C8J-HK-2YT43
  • Windows 11 Enterprise N Key: RPH2V-TTNVB-4X9Q3-TJR4H-KHJW4
  • Latest Windows 11 Education Key: BW6C2-QMPVW-D7KKK-3GKT6-VCFB2
  • Windows Pro QN-WFGWX-YVC9B-4J6C9-T83GX
  • Windows 11 Enterprise G: IYVX9-NTFWV-6MDMPT4T-4M68B
  • Full Windows 11 Pro for Workstations: MRG8B-VKK3Q-CXVCJ-9G2XF-6Q84J
  • Windows 11 Ultimate: QN-WFGWX-YVC9B-4J6C9-T83GX
  • Windows 11 Ultimate 64 bit: 82NFX-8DJQP-P6BBQ-THF9C-7CG2H
  • Updated Windows 11 Enterprise Key: 82NFX-8DJQP-P6BBQ-THF9C-7CG2H
  • Windows 11 Ultimate key: IYVX9-NTFWV-6MDMPT4T-4M68B
  • Windows 11 Ultimate Pro: MRG8B-VKK3Q-CXVCJ-9G2XF-6Q84J

System Requirements for Windows 11?

  • Bit Processor
  • 8 GB RAM at least
  • 60 GB at least on HDD
  • UEFI-based system firmware
  • A graphics card compatible with DirectX 12 or later
  • A screen of xp resolution
  • Internet connection

How to Activate Windows 11 with Crack?

  • Get the latest Windows 11 from Microsoft&#;s official site.
  • Install it and run the system.
  • Go to the activation menu.
  • Then download the Activator for Windows 11 from the link below.
  • Run this activator to generate a key.
  • Insert this key for the activation of Windows
  • Restart your PC.
  • Enjoy Windows 11 Activated for free.

Related

Summary

Reviewer

Denzy

Review Date

Reviewed Item

Windows 11 Activator Crack

Author Rating

Software Name

Windows 11 Activator

Software Name

Windows

Software Category

Windows Activator

Источник: [shoppingdowntown.us]

IDM Build 08 Crack + Serial Key Free Download []

IDM Build 8 Crack  With License Key Full Version Download [Crack Updated]

Internet Download Manager (IDM) Build 8 Crack is a tool to increase download speeds by up to percent, resume and schedule downloads. Comprehensive error recovery and resume capability will restart broken or interrupted downloads due to lost connections, network problems, computer shutdowns, or unexpected power outages. Simple graphic user interface makes IDM user friendly and easy to use.

Internet Download Manager Build 8 Crack Plus Serial Key has a smart download logic accelerator that features intelligent dynamic file segmentation and safe multipart downloading technology to accelerate your downloads. Unlike other download accelerators and managers that segment files before downloading starts, Internet Download Manager segments downloaded files dynamically during download process. Internet Download Manager reuses available connections without additional connect and login stages to achieve better acceleration performance.

IDM Build 08 Crack supports proxy servers, FTP and HTTP protocols, firewalls, redirects, cookies, authorization, audio, and video content processing. IDM integrates seamlessly into Microsoft Internet Explorer, Netscape, MSN Explorer, AOL, Opera, Mozilla, Mozilla Firefox, Mozilla Firebird, Avant Browser, MyIE2, and all other popular browsers to automatically handle your downloads. You can also drag and drop files, or use Internet Download Manager from the command line. Internet Download Manager can dial your modem at the set time, download the files you want, then hang up or even shut down your computer when it’s done.

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IDM Crack Full Download

IDM Crack has a very smart download logic accelerator that has intelligent file segmentation and the safe multipart downloading scheme that allows you to download faster. The interface is very friendly and appealing, which makes it very appreciable by the users. Furthermore, It automatically connects the paused downloads and does not require any other additional connection or log in details. Also, It automatically connects to the server and accelerates performance. Also, It supports different types of proxy servers, cookies, protocols, and all other such servers for easy processing of videos and audios.

IDM With Crack integrates into Microsoft Internet Explorer, Opera, Mozilla Firefox, Avant Browser, Netscape, and all other browsers that help you to download easily. All of its features help you to download faster, and have proper control of the downloads. Also, You can resume and continue downloading whenever you want. It gives you advanced virus protection and updates. It also makes scheduling easier. Also, You can schedule the files you want to download and accelerate the speed of the downloads. The interface is very customizable and user friendly.

IDM Crack With Registration Key

IDM Crack Prominent  Features

It has a lot of features that have improved its efficiency and capacity. It’s outstanding features make it more user friendly than any other such software, some of the features are as follows;

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  • All popular browsers and applications are supported.
  • Easy downloading with just one click, it gives you access to click the link and download it.
  • Dynamic segmentations
  • You can simply drag and drop the links to IDM and download them.
  • It includes web site spider and grabber, which allows you to download the files that are specified with filters from websites.
  • Supports many types of proxy servers like Microsoft ISA and FTP servers
  • Download speed acceleration helps accelerate the speed of the downloads.
  • It also resumes the unfinished downloads from the place where we left off.
  • The simple installation wizard allows a quick and easy installation program that helps to make necessary settings for you.
  • The built-in scheduler helps you to set the time of the downloads. You can set the time to connect to the internet, start downloading or even shutting down the program.
  • IDM Crack’s trendy model is Working with all foremost Browsers inclusive of IE, Chrome, AOL, MSN, Mozilla, Netscape, Firefox, Avant Browser, and many others.
  • IDM Full version is Integration With all the above Browsers without difficulty.
  • When You Want to Download a video with IDM download with crack, just Click on IDM
  • Download Button that’s sit down Now Your Jobs are ended. Now Internet download manager is taking up with video, and inside seconds, video download is complete with IDM Crack.
  • IDM Crack Latest model also supports all online Protocols like HTTP, FTP, HTTPS, and MMS.
  • IDM has a Wonderfully function Of Antivirus check. When your Video, record, software and will be complete IDM Will Autorun the
  • Antivirus Scan if any problem found IDM Crack Will Fix and remove the virus.
  • The drop and Drag function is also in IDM Patch. Just Drag your Required down load record on IDM Your file downloading will start.
  • The contemporary version of Internet Download Manager Crack is likewise Work With the Proxy servers and sites.
  • IDM can upload all downloads related to the current web page. It’s easy to download more than one documents with this selection.
  • IDM Will keep your documents for your defined folder and force.

IDM Crack Build 02 Key Features

Clean up the download with one click

When you click a download hyperlink in a browser, downloading the IDM crack registration key takes care of the download and speeds it up. IDM keygen supports HTTP, FTP, https and MMS protocols.

Acceleration charge at reduced speed.

IDM Build 08 Crack Download Network Download Supervisor can increase downloads using up to 5 instances due to its reactive era of dynamic report segmentation. Unlike the various download managers and accelerators, Internet Download Manager dynamically segments the documents downloaded during the download method and reuse the available connections without additional connection and connection steps to obtain generally satisfactory acceleration performance.

Resume IDM crack Downloading

The Internet download supervisor will resume the unfinished download from the area where it was left.

YouTube screenshot with IDM

Internet Download Manager free download can capture FLV movies from famous websites such as YouTube, Myspace-TV and google video only with IDM Crack

Easy setup wizard

The quick and easy setup app will do important setups for you and check your connection at the end to make sure the installation of the network download supervisor is hassle free introduced in IDM Crack

Drag and drop in IDM Crack

You can honestly drag and drop hyperlinks to download IDM patches, and drag and drop downloaded files from the network download monitor.

Automatic antivirus check

Internet Download Manager Build 08 Key Download Antivirus checking will cause your downloads to be lost due to viruses and Trojans.

Advanced browser integration

When idm crack with 32bit and 64bit patch latest enabled, the feature can be used to capture any download from any application. None of the download managers have this option.

Integrated planner in IDM

The INTERNET download supervisor can connect to the network at any time, idm crack download the files you need, disconnect or shut down your computer when finished.

IDM crack supports the main authentication protocols

Primary, Negotiate, NTLM and Kerberos. As a result, IDM Key can access many network and proxy servers using login calls and passwords.

Download all the features

IDM License Key Download can load all downloads connected to the current page. It is easy to download multiple files with this selection.

Customization interface

    • You can choose the order and which buttons and columns appear in the main IDM window
    •  All most common browsers and applications are supported, Download manager
    •  Ability to limit download speed with idm latest version free download for lifetime
    •  Support download files from HTTP, FTP, HTTPS protocols in free download idm full.
    •  Automatic scan your files for viruses, Trojans, or any kind of malware in IDM.
    •  Easily can be integrated with most major browsers with idm cracking patching
    •  Support many types of proxy servers includes: socks4/5, HTTPS/SSL with IDM Crack
    •  You can download the whole the website for browsing offline or any purpose
    •  Support most common authentication protocols: Basic, Negotiate, NTLM, Kerberos
    •  Drag and Drop you can simply drag links or files with IDM
    •  ability to customize the user interface by changing button and columns on the IDM download window
    •  Simple installation wizard in idm 64 bit
    •  Support multilingual Arabic, Bosnian, Bulgarian, Chinese, Croatian, Czech, Danish, Dutch, French, German
      and many more in idm full version with crack free download rar

User Manual For Internet Download Manager (IDM) Crack?

Download, install IDM software and Register the IDM with Crack by following the instruction given below.

Please follow the instructions below for the available settings and options to download manually or automatically.

  • Main Window: The main window of Internet Download Manager includes “Add URL”, “Continue”, “Stop”, “Stop All”, “Delete”, “Options”, etc. You can see the following figure at the top of the IDM window.
  • Supports Manual and Automatic Downloads:To download manually, click the “Add URL” tab and paste the URL link, then press “OK”, and then start the download.
  • Automatic Download Feature: The Internet Download Manager download dialog box automatically appears on the browser. When downloading videos from YouTube and other websites, it will provide videos of different qualities. This is the best tool for downloading videos.
    When IDM video downloader detects the file types listed in the “Automatically start downloading the following file types” box, an automatic download dialog box will appear as shown below.
  • File Type: Internet Download Manager Patch support many file types, such as 3gp, fkv, zip, etc. You can also add a file type, which must be downloaded automatically, as shown below.
  • Download Catalog: In IDM Crack Patch, we can edit the save location of the downloaded file, and classify the downloaded file into pictures, videos, files, etc.
  • Download Settings: Provides custom functions for different dialog boxes about the status of downloaded files, and provides virus checking options to detect viruses on downloaded files, thus providing us with virus and malware protection
  • Connection Settings: Internet Download Manager can support low-speed, medium-speed and high-speed Internet connections. It provides 2 to 32 multiple connections for a single download file, which can take advantage of the maximum available speed.
  • Sound Settings: It provides notifications about the file download status in the sound shown below.
  • Dial-up/VPN SettingsIDM Crack download tools provide download files through VPN and dial-up network.
  • Proxy /Socks: You can download files through a proxy or socks to ensure protection from network attacks.
  • Resuming Download: It has better recovery capabilities for most downloads. The recovery function is not available in the browser. If the connection is interrupted, we need to download the file from the beginning.
  • But in IDM, when “yes” appears on the resume function, we will get resumed, so we can pause or stop the download, and then start the download again at the stopped position, which can save a lot of time.

What’s New In IDM Crack?

The latest version of the internet download manager has a lot of new features that make it more unique and advanced and make it available for users with more accuracy and speed. Some of the features are as follows;

  • Fixed problems with downloading several types of video streams
  • Improved download engine
  • Added Unicode support for command line parameters
  • Fixed bugs
  • Also, Fixed problems of video recognition for several kinds of websites
  • It has added support for several types for videos online
  • Fixed problems with message boxes by adding Unicode language
  • Improved program stability

Pros

  • Accelerates the downloads as compare with other downloading software.
  • Integrates the browser of all kinds and no need to worry using about the browsers
  • Schedules and broken resume downloads can manage very easily and no issue raised until now.
  • Downloads all the photos from the website with all details regarding the save and features
  • Many options for video download that boost its features

Cons

  • Outdated interface that has some time bad user experience
  • Only available for Windows and minor features of MacOS
  • More than 10 files downloading at the same slow down the PC
  • Video download is not fast as compare to the website download

Technical Setup Details

  • Full Name: Internet Download Manager (IDM).
  • Filename: IDM Crack.
  • Full Setup Size: 20 MB.
  • Type: Offline Installer / Fully Standalone Format.
  • Compatibility Build: 32 Bit or 64 Bit.
  • Latest Version : Build 2.

System Requirements

  • Operating System: Windows 10/8//7/Vista/XP
  • Memory (RAM): 1 GB of RAM required.
  • Hard Disk Space: 50 MB of free space required.
  • Processor: Intel Pentium 4 or later.

How to Crack and Install & Register IDM ?

How to crack or activate Internet Download Manager Cracked ? Please follow the instructions given below in the bullets:

  • Turn off virus guard or any other software otherwise software will not be activated.
  • First uninstall the previous version completely.
  • Download and extract files.
  • Install Setup File and after install.
  • Please copy patch file to installation folder and paste it.
  • After paste please run Patch as admin and click on patch button.
  • Run software again and enjoy.

Download IDM Serial Key

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IDM Crack With Registration Key

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How to Crack and Install & Register IDM

IDM Build 8 Crack is an older and faster Internet download manager designed to increase your download speed up to %, apart from down loaders, Internet download manager has the ability to Resume due to loss of network connection, network failure, computer shutdown any problem that caused you to disconnect from the Internet. The latest version of Internet download manager has a feature of easily add extensions to your browsers to download any type of video from streaming sites like YouTube, Vimeo etc.

IDM Crack is the best online downloading software which has made downloading easier and faster. It can download multiple files at the same time, or you can schedule the downloads. Also, You can work on multiple browsers. IDM plugins will automatically install and integrate into the browser when you download it. You can resume unfinished downloads. Also, You can customize the interface and make it more appealing to you. This makes video downloading much easier for you as you can download the videos directly from the website.

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Android 12 Compatibility Definition

1. Introduction

This document enumerates the requirements that must be met in order for devices to be compatible with Android

The use of “MUST”, “MUST NOT”, “REQUIRED”, “SHALL”, “SHALL NOT”, “SHOULD”, “SHOULD NOT”, “RECOMMENDED”, “MAY”, and “OPTIONAL” is per the IETF standard defined in RFC

As used in this document, a “device implementer” or “implementer” is a person or organization developing a hardware/software solution running Android A “device implementation” or “implementation" is the hardware/software solution so developed.

To be considered compatible with Android 12, device implementations MUST meet the requirements presented in this Compatibility Definition, including any documents incorporated via reference.

Where this definition or the software tests described in section 10 is silent, ambiguous, or incomplete, it is the responsibility of the device implementer to ensure compatibility with existing implementations.

For this reason, the Android Open Source Project is both the reference and preferred implementation of Android. Device implementers are STRONGLY RECOMMENDED to base their implementations to the greatest extent possible on the “upstream” source code available from the Android Open Source Project. While some components can hypothetically be replaced with alternate implementations, it is STRONGLY RECOMMENDED to not follow this practice, as passing the software tests will become substantially more difficult. It is the implementer’s responsibility to ensure full behavioral compatibility with the standard Android implementation, including and beyond the Compatibility Test Suite. Finally, note that certain component substitutions and modifications are explicitly forbidden by this document.

Many of the resources linked to in this document are derived directly or indirectly from the Android SDK and will be functionally identical to the information in that SDK’s documentation. In any cases where this Compatibility Definition or the Compatibility Test Suite disagrees with the SDK documentation, the SDK documentation is considered authoritative. Any technical details provided in the linked resources throughout this document are considered by inclusion to be part of this Compatibility Definition.

Document Structure

Requirements by Device Type

Section 2 contains all of the requirements that apply to a specific device type. Each subsection of Section 2 is dedicated to a specific device type.

All the other requirements, that universally apply to any Android device implementations, are listed in the sections after Section 2. These requirements are referenced as "Core Requirements" in this document.

Requirement ID

Requirement ID is assigned for MUST requirements.

  • The ID is assigned for MUST requirements only.
  • STRONGLY RECOMMENDED requirements are marked as [SR] but ID is not assigned.
  • The ID consists of : Device Type ID - Condition ID - Requirement ID (e.g. C).

Each ID is defined as below:

  • Device Type ID (see more in 2. Device Types)
    • C: Core (Requirements that are applied to all Android device implementations)
    • H: Android Handheld device
    • T: Android Television device
    • A: Android Automotive implementation
    • W: Android Watch implementation
    • Tab: Android Tablet implementation
  • Condition ID
    • When the requirement is unconditional, this ID is set as 0.
    • When the requirement is conditional, 1 is assigned for the 1st condition and the number increments by 1 within the same section and the same device type.
  • Requirement ID
    • This ID starts from 1 and increments by 1 within the same section and the same condition.

Requirement ID in Section 2

The Requirement IDs in Section 2 have two parts. The first corresponds to a section ID as described above. The second part identifies the form factor and the form-factor specific requirement.

section ID that is followed by the Requirement ID described above.

  • The ID in Section 2 consists of : Section ID / Device Type ID - Condition ID - Requirement ID (e.g. /A).

2. Device Types

The Android Open Source Project provides a software stack that can be used for a variety of device types and form factors. To support security on devices, the software stack, including any replacement OS or an alternate kernel implementation, is expected to execute in a secure environment as described in section 9 and elsewhere within this CDD. There are a few device types that have a relatively better established application distribution ecosystem.

This section describes those device types, and additional requirements and recommendations applicable for each device type.

All Android device implementations that do not fit into any of the described device types MUST still meet all requirements in the other sections of this Compatibility Definition.

Device Configurations

For the major differences in hardware configuration by device type, see the device-specific requirements that follow in this section.

Handheld Requirements

An Android Handheld device refers to an Android device implementation that is typically used by holding it in the hand, such as an mp3 player, phone, or tablet.

Android device implementations are classified as a Handheld if they meet all the following criteria:

  • Have a power source that provides mobility, such as a battery.
  • Have a physical diagonal screen size in the range of inches (or inches for devices which launched on an API level earlier than Android 11) to 8 inches.

The additional requirements in the rest of this section are specific to Android Handheld device implementations.

Note: Requirements that do not apply to Android Tablet devices are marked with an *.

Hardware

Handheld device implementations:

  • [/H] MUST have at least one Android-compatible display that meets all requirements described on this document.
  • [/H-SR] Are STRONGLY RECOMMENDED to provide users an affordance to change the display size (screen density).

  • [/H] MUST support GPU composition of graphic buffers at least as large as the highest resolution of any built-in display.

If Handheld device implementations support software screen rotation, they:

  • [/H]* MUST make the logical screen that is made available for third party applications be at least 2 inches on the short edge(s) and inches on the long edge(s). Devices which launched on an API level earlier than that of this document are exempted from this requirement.

If Handheld device implementations do not support software screen rotation, they:

  • [/H]* MUST make the logical screen that is made available for third party applications be at least inches on the short edge(s). Devices which launched on an API level earlier than that of this document are exempted from this requirement.

If Handheld device implementations claim support for high dynamic range displays through , they:

  • [/H] MUST advertise support for the , , , , and extensions.

Handheld device implementations:

  • [/H] MUST report whether the device supports the GPU profiling capability via a system property .

If Handheld device implementations declare support via a system property , they:

Handheld device implementations:

  • [/H] MUST include support for legacy application compatibility mode as implemented by the upstream Android open source code. That is, device implementations MUST NOT alter the triggers or thresholds at which compatibility mode is activated, and MUST NOT alter the behavior of the compatibility mode itself.
  • [/H] MUST include support for third-party Input Method Editor (IME) applications.
  • [/H] MUST provide the Home function on all the Android-compatible displays that provide the home screen.
  • [/H] MUST provide the Back function on all the Android-compatible displays and the Recents function on at least one of the Android-compatible displays.
  • [/H] MUST send both the normal and long press event of the Back function () to the foreground application. These events MUST NOT be consumed by the system and CAN be triggered by outside of the Android device (e.g. external hardware keyboard connected to the Android device).
  • [/H] MUST support touchscreen input.
  • [/H-SR] Are STRONGLY RECOMMENDED to launch the user-selected assist app, in other words the app that implements VoiceInteractionService, or an activity handling the on long-press of or if the foreground activity does not handle those long-press events.
  • [/H-SR] Are STRONGLY RECOMMENDED to include a 3-axis accelerometer.

If Handheld device implementations include a 3-axis accelerometer, they:

  • [/H] MUST be able to report events up to a frequency of at least Hz.

If Handheld device implementations include a GPS/GNSS receiver and report the capability to applications through the feature flag, they:

  • [/H] MUST report GNSS measurements, as soon as they are found, even if a location calculated from GPS/GNSS is not yet reported.
  • [/H] MUST report GNSS pseudoranges and pseudorange rates, that, in open-sky conditions after determining the location, while stationary or moving with less than meter per second squared of acceleration, are sufficient to calculate position within 20 meters, and speed within meters per second, at least 95% of the time.

If Handheld device implementations include a 3-axis gyroscope, they:

  • [/H] MUST be able to report events up to a frequency of at least Hz.
  • [/H] MUST be capable of measuring orientation changes up to degrees per second.

Handheld device implementations that can make a voice call and indicate any value other than in :

  • [/H] SHOULD include a proximity sensor.

Handheld device implementations:

  • [/H-SR] Are RECOMMENDED to support pose sensor with 6 degrees of freedom.
  • [/H] SHOULD include support for Bluetooth and Bluetooth LE.

If Handheld device implementations include a metered connection, they:

  • [/H] MUST provide the data saver mode.

If Handheld device implementations include a logical camera device that lists capabilities using , they:

  • [/H] MUST have normal field of view (FOV) by default and it MUST be between 50 and 90 degrees.

Handheld device implementations:

  • [/H] MUST have at least 4 GB of non-volatile storage available for application private data (a.k.a. "/data" partition).
  • [/H] MUST return “true” for when there is less than 1GB of memory available to the kernel and userspace.

If Handheld device implementations declare support of only a bit ABI:

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to qHD (e.g. FWVGA).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to HD+ (e.g. HD, WSVGA).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to FHD (e.g. WSXGA+).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to QHD (e.g. QWXGA).

If Handheld device implementations declare support of bit and bit ABIs:

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to qHD (e.g. FWVGA).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to HD+ (e.g. HD, WSVGA).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to FHD (e.g. WSXGA+).

  • [/H] The memory available to the kernel and userspace MUST be at least MB if the default display uses framebuffer resolutions up to QHD (e.g. QWXGA).

Note that the "memory available to the kernel and userspace" above refers to the memory space provided in addition to any memory already dedicated to hardware components such as radio, video, and so on that are not under the kernel’s control on device implementations.

If Handheld device implementations include less than or equal to 1GB of memory available to the kernel and userspace, they:

  • [/H] MUST declare the feature flag .
  • [/H] MUST have at least GB of non-volatile storage for application private data (a.k.a. "/data" partition).

If Handheld device implementations include more than 1GB of memory available to the kernel and userspace, they:

  • [/H] MUST have at least 4GB of non-volatile storage available for application private data (a.k.a. "/data" partition).
  • SHOULD declare the feature flag .

If Handheld device implementations include greater than or equal to 2GB and less than 4GB of memory available to the kernel and userspace, they: * [/H-SR] Are STRONGLY RECOMMENDED to support only bit userspace (both apps and system code)

If Handheld device implementations include less than 2GB of memory available to the kernel and userspace, they: * [/H] MUST support only bit ABIs.

Handheld device implementations:

  • [/H] MUST NOT provide an application shared storage smaller than 1 GiB.
  • [/H] SHOULD include a USB port supporting peripheral mode.

If handheld device implementations include a USB port supporting peripheral mode, they:

  • [/H] MUST implement the Android Open Accessory (AOA) API.

If Handheld device implementations include a USB port supporting host mode, they:

  • [/H] MUST implement the USB audio class as documented in the Android SDK documentation.

Handheld device implementations:

  • [/H] MUST include a microphone.
  • [/H] MUST have an audio output and declare .

If Handheld device implementations are capable of meeting all the performance requirements for supporting VR mode and include support for it, they:

  • [/H] MUST declare the feature flag.
  • [/H] MUST include an application implementing that can be enabled by VR applications via .

If Handheld device implementations include one or more USB-C port(s) in host mode and implement (USB audio class), in addition to requirements in section , they:

  • [/H] MUST provide the following software mapping of HID codes:
FunctionMappingsContextBehavior
AHID usage page: 0x0C
HID usage: 0x0CD
Kernel key:
Android key:
Media playbackInput: Short press
Output: Play or pause
Input: Long press
Output: Launch voice command
Sends: if the device is locked or its screen is off. Sends otherwise
Incoming callInput: Short press
Output: Accept call
Input: Long press
Output: Reject call
Ongoing callInput: Short press
Output: End call
Input: Long press
Output: Mute or unmute microphone
BHID usage page: 0x0C
HID usage: 0x0E9
Kernel key:
Android key:
Media playback, Ongoing callInput: Short or long press
Output: Increases the system or headset volume
CHID usage page: 0x0C
HID usage: 0x0EA
Kernel key:
Android key:
Media playback, Ongoing callInput: Short or long press
Output: Decreases the system or headset volume
DHID usage page: 0x0C
HID usage: 0x0CF
Kernel key:
Android key:
All. Can be triggered in any instance.Input: Short or long press
Output: Launch voice command
  • [/H] MUST trigger ACTION_HEADSET_PLUG upon a plug insert, but only after the USB audio interfaces and endpoints have been properly enumerated in order to identify the type of terminal connected.

When the USB audio terminal types 0x is detected, they:

  • [/H] MUST broadcast Intent ACTION_HEADSET_PLUG with "microphone" extra set to 0.

When the USB audio terminal types 0x is detected, they:

  • [/H] MUST broadcast Intent ACTION_HEADSET_PLUG with "microphone" extra set to 1.

When API shoppingdowntown.usices() is called while the USB peripheral is connected they:

  • [/H] MUST list a device of type shoppingdowntown.us_USB_HEADSET and role isSink() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_HEADSET and role isSink() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_HEADSET and role isSource() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_DEVICE and role isSink() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_DEVICE and role isSource() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_DEVICE and role isSink() if the USB audio terminal type field is 0x

  • [/H] MUST list a device of type shoppingdowntown.us_USB_DEVICE and role isSource() if the USB audio terminal type field is 0x

  • [/H-SR] Are STRONGLY RECOMMENDED upon connection of a USB-C audio peripheral, to perform enumeration of USB descriptors, identify terminal types and broadcast Intent ACTION_HEADSET_PLUG in less than milliseconds.

If Handheld device implementations declare and , they:

  • [(#5_6_audio-latency)/H] MUST have a Mean Continuous Round-Trip latency of milliseconds or less over 5 measurements, with a Mean Absolute Deviation less than ms, over at least one supported path.

If Handheld device implementations include at least one haptic actuator, they:

  • [/H]* SHOULD NOT use an eccentric rotating mass (ERM) haptic actuator (vibrator).
  • [/H]* SHOULD position the placement of the actuator near the location where the device is typically held or touched by hands.
  • [/H]* SHOULD implement all public constants for clear haptics in shoppingdowntown.usFeedbackConstants namely (CLOCK_TICK, CONTEXT_CLICK, KEYBOARD_PRESS, KEYBOARD_RELEASE, KEYBOARD_TAP, LONG_PRESS, TEXT_HANDLE_MOVE, VIRTUAL_KEY, VIRTUAL_KEY_RELEASE, CONFIRM, REJECT, GESTURE_START and GESTURE_END).
  • [/H]* SHOULD implement all public constants for clear haptics in shoppingdowntown.usionEffect namely (EFFECT_TICK, EFFECT_CLICK, EFFECT_HEAVY_CLICK and EFFECT_DOUBLE_CLICK) and all public constants for rich haptics in shoppingdowntown.usition namely (PRIMITIVE_CLICK and PRIMITIVE_TICK).
  • [/H]* SHOULD use these linked haptic constants mappings.
  • [/H]* SHOULD follow quality assessment for [createOneShot()](shoppingdowntown.us#createOneShot(long,%20int)) and [createWaveform()](shoppingdowntown.us#createWaveform(long[],%20int)) API's.
  • [/H]* SHOULD verify the capabilities for amplitude scalability by running [shoppingdowntown.uslitudeControl()](shoppingdowntown.us#hasAmplitudeControl()).

A linear resonant actuator (LRA) is a single-mass spring system which has a dominant resonant frequency where the mass translates in the direction of desired motion.

If Handheld device implementations include at least one linear resonant actuator, they:

  • [/H]* SHOULD move the haptic actuator in the X-axis of portrait orientation.

If Handheld device implementations have a haptic actuator which is X-axis linear resonant actuator (LRA), they:

  • [/H]* SHOULD have the resonant frequency of the X-axis LRA be under Hz.

If handheld device implementations follow haptic constants mapping, they:

  • [/H]* SHOULD verify the implementation status by running [shoppingdowntown.usEffectsSupported()](shoppingdowntown.us#areAllEffectsSupported(int)) and shoppingdowntown.usmitvesSupported() API's.
  • [/H]* SHOULD perform a quality assessment for haptic constants.
  • [/H]* SHOULD provide fallback support to mitigate the risk of failure as described here.

Multimedia

Handheld device implementations MUST support the following audio encoding and decoding formats and make them available to third-party applications:

  • [/H] AMR-NB
  • [/H] AMR-WB
  • [/H] MPEG-4 AAC Profile (AAC LC)
  • [/H] MPEG-4 HE AAC Profile (AAC+)
  • [/H] AAC ELD (enhanced low delay AAC)

Handheld device implementations MUST support the following video encoding formats and make them available to third-party applications:

  • [/H] H AVC
  • [/H] VP8

Handheld device implementations MUST support the following video decoding formats and make them available to third-party applications:

  • [/H] H AVC
  • [/H] H HEVC
  • [/H] MPEG-4 SP
  • [/H] VP8
  • [/H] VP9

Software

Handheld device implementations:

  • [/H] MUST have an application that handles the , , , and intents as described in the SDK documents, and provide the user affordance to access the document provider data by using API.
  • [/H]* MUST preload one or more applications or service components with an intent handler, for all the public intent filter patterns defined by the following application intents listed here.
  • [/H-SR] Are STRONGLY RECOMMENDED to preload an email application which can handle ACTION_SENDTO or ACTION_SEND or ACTION_SEND_MULTIPLE intents to send an email.
  • [/H] MUST provide a complete implementation of the API.
  • [/H] MUST include a standalone Browser application for general user web browsing.
  • [/H-SR] Are STRONGLY RECOMMENDED to implement a default launcher that supports in-app pinning of shortcuts, widgets and widgetFeatures.
  • [/H-SR] Are STRONGLY RECOMMENDED to implement a default launcher that provides quick access to the additional shortcuts provided by third-party apps through the ShortcutManager API.
  • [/H-SR] Are STRONGLY RECOMMENDED to include a default launcher app that shows badges for the app icons.
  • [/H-SR] Are STRONGLY RECOMMENDED to support third-party app widgets.
  • [/H] MUST allow third-party apps to notify users of notable events through the and API classes.
  • [/H] MUST support rich notifications.
  • [/H] MUST support heads-up notifications.
  • [/H] MUST include a notification shade, providing the user the ability to directly control (e.g. reply, snooze, dismiss, block) the notifications through user affordance such as action buttons or the control panel as implemented in the AOSP.
  • [/H] MUST display the choices provided through in the notification shade.
  • [/H-SR] Are STRONGLY RECOMMENDED to display the first choice provided through in the notification shade without additional user interaction.
  • [/H-SR] Are STRONGLY RECOMMENDED to display all the choices provided through in the notification shade when the user expands all notifications in the notification shade.
  • [/H-SR] Are STRONGLY RECOMMENDED to display actions for which is set as in-line with the replies displayed by .
  • [/H-SR] Are STRONGLY RECOMMENDED to implement an assistant on the device to handle the Assist action.

If Handheld device implementations support Assist action, they:

  • [/H-SR] Are STRONGLY RECOMMENDED to use long press on key as the designated interaction to launch the assist app as described in section MUST launch the user-selected assist app, in other words the app that implements , or an activity handling the intent.

If Handheld device implementations support and group them into a separate section from alerting and silent non-conversation notifications, they:

  • [/H]* MUST display conversation notifications ahead of non conversation notifications with the exception of ongoing foreground service notifications and importance:high notifications.

If Android Handheld device implementations support a lock screen, they:

  • [/H] MUST display the Lock screen Notifications including the Media Notification Template.

If Handheld device implementations support a secure lock screen, they:

  • [/H] MUST implement the full range of device administration policies defined in the Android SDK documentation.
  • [/H] MUST declare the support of managed profiles via the feature flag, except when the device is configured so that it would report itself as a low RAM device or so that it allocates internal (non-removable) storage as shared storage.

If Handheld device implementations include support for and APIs and allow third-party applications to publish , then they:

  • [/H] MUST declare the feature flag and set it to .
  • [/H] MUST provide a user affordance with the ability to add, edit, select, and operate the user’s favorite device controls from the controls registered by the third-party applications through the and the APIs.
  • [/H] MUST provide access to this user affordance within three interactions from a default Launcher.
  • [/H] MUST accurately render in this user affordance the name and icon of each third-party app that provides controls via the API as well as any specified fields provided by the APIs.

Conversely, If Handheld device implementations do not implement such controls, they:

Handheld device implementations:

  • [/H] MUST support third-party accessibility services.
  • [/H-SR] Are STRONGLY RECOMMENDED to preload accessibility services on the device comparable with or exceeding functionality of the Switch Access and TalkBack (for languages supported by the preinstalled Text-to-speech engine) accessibility services as provided in the talkback open source project.
  • [/H] MUST support installation of third-party TTS engines.
  • [/H-SR] Are STRONGLY RECOMMENDED to include a TTS engine supporting the languages available on the device.
  • [/H-SR] Are STRONGLY RECOMMENDED to include a Quick Settings UI component.

If Android handheld device implementations declare or support, they:

  • [/H] MUST support the companion device pairing feature.

If the navigation function is provided as an on-screen, gesture-based action:

  • [/H] The gesture recognition zone for the Home function SHOULD be no higher than 32 dp in height from the bottom of the screen.

If Handheld device implementations provide a navigation function as a gesture from anywhere on the left and right edges of the screen:

  • [/H] The navigation function's gesture area MUST be less than 40 dp in width on each side. The gesture area SHOULD be 24 dp in width by default.

If Handheld device implementations support a secure lock screen and have greater than or equal to 2GB of memory available to the kernel and userspace, they:

  • [/H] MUST declare the support of managed profiles via the feature flag.

Performance and Power

  • [/H] Consistent frame latency. Inconsistent frame latency or a delay to render frames MUST NOT happen more often than 5 frames in a second, and SHOULD be below 1 frames in a second.
  • [/H] User interface latency. Device implementations MUST ensure low latency user experience by scrolling a list of 10K list entries as defined by the Android Compatibility Test Suite (CTS) in less than 36 secs.
  • [/H] Task switching. When multiple applications have been launched, re-launching an already-running application after it has been launched MUST take less than 1 second.

Handheld device implementations:

  • [/H] MUST ensure a sequential write performance of at least 5 MB/s.
  • [/H] MUST ensure a random write performance of at least MB/s.
  • [/H] MUST ensure a sequential read performance of at least 15 MB/s.
  • [/H] MUST ensure a random read performance of at least MB/s.

If Handheld device implementations include features to improve device power management that are included in AOSP or extend the features that are included in AOSP, they:

  • [/H] MUST provide user affordance to enable and disable the battery saver feature.
  • [/H] MUST provide user affordance to display all apps that are exempted from App Standby and Doze power-saving modes.

Handheld device implementations:

  • [/H] MUST provide a per-component power profile that defines the current consumption value for each hardware component and the approximate battery drain caused by the components over time as documented in the Android Open Source Project site.
  • [/H] MUST report all power consumption values in milliampere hours (mAh).
  • [/H] MUST report CPU power consumption per each process's UID. The Android Open Source Project meets the requirement through the kernel module implementation.
  • [/H] MUST make this power usage available via the shell command to the app developer.
  • [/H] SHOULD be attributed to the hardware component itself if unable to attribute hardware component power usage to an application.

If Handheld device implementations include a screen or video output, they:

Security Model

Handheld device implementations:

  • [/H] MUST allow third-party apps to access the usage statistics via the permission and provide a user-accessible mechanism to grant or revoke access to such apps in response to the intent.

Handheld device implementations:

  • [/H] MUST back up the keystore implementation with an isolated execution environment.
  • [/H] MUST have implementations of RSA, AES, ECDSA, and HMAC cryptographic algorithms and MD5, SHA1, and SHA-2 family hash functions to properly support the Android Keystore system's supported algorithms in an area that is securely isolated from the code running on the kernel and above. Secure isolation MUST block all potential mechanisms by which kernel or userspace code might access the internal state of the isolated environment, including DMA. The upstream Android Open Source Project (AOSP) meets this requirement by using the Trusty implementation, but another ARM TrustZone-based solution or a third-party reviewed secure implementation of a proper hypervisor-based isolation are alternative options.
  • [/H] MUST perform the lock screen authentication in the isolated execution environment and only when successful, allow the authentication-bound keys to be used. Lock screen credentials MUST be stored in a way that allows only the isolated execution environment to perform lock screen authentication. The upstream Android Open Source Project provides the Gatekeeper Hardware Abstraction Layer (HAL) and Trusty, which can be used to satisfy this requirement.
  • [/H] MUST support key attestation where the attestation signing key is protected by secure hardware and signing is performed in secure hardware. The attestation signing keys MUST be shared across large enough number of devices to prevent the keys from being used as device identifiers. One way of meeting this requirement is to share the same attestation key unless at least , units of a given SKU are produced. If more than , units of an SKU are produced, a different key MAY be used for each , units.
  • [9/H] MUST declare the ‘shoppingdowntown.usible’ feature.

Note that if a device implementation is already launched on an earlier Android version, such a device is exempted from the requirement to have a keystore backed by an isolated execution environment and support the key attestation, unless it declares the feature which requires a keystore backed by an isolated execution environment.

When Handheld device implementations support a secure lock screen, they:

  • [/H] MUST allow the user to choose the shortest sleep timeout, that is a transition time from the unlocked to the locked state, as 15 seconds or less.
  • [/H] MUST provide user affordance to hide notifications and disable all forms of authentication except for the primary authentication described in Secure Lock Screen. The AOSP meets the requirement as lockdown mode.

If Handheld device implementations include multiple users and do not declare the feature flag, they:

  • [/H] MUST support restricted profiles, a feature that allows device owners to manage additional users and their capabilities on the device. With restricted profiles, device owners can quickly set up separate environments for additional users to work in, with the ability to manage finer-grained restrictions in the apps that are available in those environments.

If Handheld device implementations include multiple users and declare the feature flag, they:

  • [/H] MUST NOT support restricted profiles but MUST align with the AOSP implementation of controls to enable /disable other users from accessing the voice calls and SMS.

Android, through the System API VoiceInteractionService supports a mechanism for secure always-on hotword detection without mic access indication

If Handheld device implementations support the System API or a another mechanism for hotword detection without mic access indication, they:

  • [/H] MUST make sure the hotword detection service can only transmit data to the System or ContentCaptureService
  • [/H] MUST make sure the hotword detection service can only transmit mic audio data or data derived from it to the system server through API, or to through API.
  • [/H] MUST NOT supply mic audio that is longer than 30 seconds for an individual hardware-triggered request to the hotword detection service.
  • [/H] MUST NOT supply buffered mic audio older than 8 seconds for an individual request to the hotword detection service.
  • [/H] MUST NOT supply buffered mic audio older than 30 seconds to the voice interaction service or similar entity.
  • [/H] MUST NOT allow more than bytes of data to be transmitted out of the hotword detection service on each successful hotword result.
  • [/H] MUST NOT allow more than 5 bits of data to be transmitted out of the hotword detection service on each negative hotword result.
  • [/H] MUST only allow transmission of data out of the hotword detection service on a hotword validation request from the system server.
  • [/H] MUST NOT allow a user-installable application to provide the hotword detection service.
  • [/H] MUST NOT surface in the UI quantitative data about mic usage by the hotword detection service.
  • [/H] MUST log the number of bytes included in every transmission from the hotword detection service to allow inspectability for security researchers.
  • [/H] MUST support a debug mode that logs raw contents of every transmission from the hotword detection service to allow inspectability for security researchers.
  • [/H] MUST restart the process hosting the hotword detection service at least once every hour or every 30 hardware-trigger events, whichever comes first.
  • [/H] MUST display the microphone indicator, as required in [/C], when a successful hotword result is transmitted to the voice interaction service or similar entity.
  • [/H-SR] Are STRONGLY RECOMMENDED to notify users before setting an application as the provider of the hotword detection service.
  • [/H-SR] Are STRONGLY RECOMMENDED to disallow the transmission of unstructured data out of the hotword detection service.

If device implementations include an application that uses the System API , or similar mechanism for hotword detection without mic usage indication, the application:

  • [/H] MUST provide explicit notice to the user for each hotword phrase supported.
  • [/H] MUST NOT preserve raw audio data, or data derived from it, through the hotword detection service.
  • [/H] MUST NOT transmit from the hotword detection service, audio data, data that can be used to reconstruct (wholly or partially) the audio, or audio contents unrelated to the hotword itself, except to the .

If Handheld device implementations declare , they:

  • [/H] MUST display the microphone indicator when an app is accessing audio data from the microphone, but not when the microphone is only accessed by , , or apps holding the roles called out in section with CDD identifier [CX]. .
  • [/H] MUST display the list of Recent and Active apps using microphone as returned from , along with any attribution messages associated with them.
  • [/H] MUST not hide the microphone indicator for system apps that have visible user interfaces or direct user interaction.
  • [/H] MUST display the list of Recent and Active apps using the microphone as returned from , along with any attribution messages associated with them.

If Handheld device implementations declare , they:

  • [/H] MUST display the camera indicator when an app is accessing live camera data, but not when the camera is only being accessed by app(s) holding the roles called out in section with CDD identifier [CX].
  • [/H] MUST display Recent and Active apps using camera as returned from , along with any attribution messages associated with them.
  • [/H] MUST not hide the camera indicator for system apps that have visible user interfaces or direct user interaction.

Developer Tools and Options Compatibility

Handheld device implementations (* Not applicable for Tablet):

  • [/H]* MUST support the shell command .

Handheld device implementations (* Not applicable for Tablet):

  • Perfetto
    • [/H]* MUST expose a binary to the shell user which cmdline complies with the perfetto documentation.
    • [/H]* The perfetto binary MUST accept as input a protobuf config that complies with the schema defined in the perfetto documentation.
    • [/H]* The perfetto binary MUST write as output a protobuf trace that complies with the schema defined in the perfetto documentation.
    • [/H]* MUST provide, through the perfetto binary, at least the data sources described in the perfetto documentation.
    • [/H]* The perfetto traced daemon MUST be enabled by default (system property ).

Handheld Media Performance Class

See Section for the definition of media performance class.

Media

If Handheld device implementations return for , then they:

  • [/H] MUST advertise the maximum number of hardware video decoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video decoder sessions (AVC or HEVC) in any codec combination running concurrently at p resolution@30 fps.
  • [/H] MUST advertise the maximum number of hardware video encoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video encoder sessions (AVC or HEVC) in any codec combination running concurrently at p resolution@30 fps.
  • [/H] MUST advertise the maximum number of hardware video encoder and decoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video decoder and hardware video encoder sessions (AVC or HEVC) in any codec combination running concurrently at p@30 fps resolution.
  • [/H] MUST have a codec initialization latency of 65 ms or less for a p or smaller video encoding session for all hardware video encoders when under load. Load here is defined as a concurrent p to p video-only transcoding session using hardware video codecs together with the p audio-video recording initialization.
  • [/H] MUST have a codec initialization latency of 50 ms or less for a kbps or lower bitrate audio encoding session for all audio encoders when under shoppingdowntown.us here is defined as a concurrent p to p video-only transcoding session using hardware video codecs together with the p audio-video recording initialization.
  • [/H] MUST NOT drop more than 1 frame in 10 seconds (i.e less than percent frame drop) for a p 30 fps video session under load. Load is defined as a concurrent p to p video-only transcoding session using hardware video codecs, as well as a kbps AAC audio playback.
  • [/H] MUST NOT drop more than 1 frame in 10 seconds during a video resolution change in a 30 fps video session under load. Load is defined as a concurrent p to p video-only transcoding session using hardware video codecs, as well as a Kbps AAC audio playback.
  • [/H] MUST have a tap-to-tone latency of less than milliseconds using the OboeTester tap-to-tone test or CTS Verifier tap-to-tone test.

If Handheld device implementations return for , then they:

  • [/H] MUST advertise the maximum number of hardware video decoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video decoder sessions (AVC, HEVC, VP9* or later) in any codec combination running concurrently at p resolution@30 fps. *Only 2 instances are required if VP9 codec is present.
  • [/H] MUST advertise the maximum number of hardware video encoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video encoder sessions (AVC, HEVC, VP9* or later) in any codec combination running concurrently at p resolution@30fps. *Only 2 instances are required if VP9 codec is present.
  • [/H] MUST advertise the maximum number of hardware video encoder and decoder sessions that can be run concurrently in any codec combination via the and methods.
  • [/H] MUST support 6 instances of hardware video decoder and hardware video encoder sessions (AVC, HEVC, VP9* or later) in any codec combination running concurrently at p@30fps resolution. *Only 2 instances are required if VP9 codec is present.
  • [/H] MUST have a codec initialization latency of 50 ms or less for a p or smaller video encoding session for all hardware video encoders when under load. Load here is defined as a concurrent p to p video-only transcoding session using hardware video codecs together with the p audio-video recording initialization.
  • [/H] MUST have a codec initialization latency of 40 ms or less for a kbps or lower bitrate audio encoding session for all audio encoders when under load. Load here is defined as a concurrent p to p video-only transcoding session using hardware video codecs together with the p audio-video recording initialization.
  • [/H] MUST NOT drop more than 2 frames in 10 seconds (i.e less than percent frame drop) for a p 60 fps video session under load. Load is defined as a concurrent p to p video-only transcoding session using hardware video codecs, as well as a kbps AAC audio playback.
  • [/H] MUST NOT drop more than 2 frames in 10 seconds during a video resolution change in a 60 fps video session under load. Load is defined as a concurrent p to p video-only transcoding session using hardware video codecs, as well as a kbps AAC audio playback.
  • [/H] MUST have a tap-to-tone latency of less than milliseconds using the OboeTester tap-to-tone test or CTS Verifier tap-to-tone test.

Camera

If Handheld device implementations return for , then they:

  • [/H] MUST have a primary rear facing camera with a resolution of at least 12 megapixels supporting video capture at 4k@30fps. The primary rear-facing camera is the rear-facing camera with the lowest camera ID.
  • [/H] MUST have a primary front facing camera with a resolution of at least 4 megapixels supporting video capture at p@30fps. The primary front-facing camera is the front-facing camera with the lowest camera ID.
  • [/H] MUST support shoppingdowntown.ustedHardwareLevel property as FULL or better for back primary and LIMITED or better for front primary camera.
  • [/H] MUST support shoppingdowntown.us_INFO_TIMESTAMP_SOURCE_REALTIME for both primary cameras.
  • [/H] MUST have camera2 JPEG capture latency < ms for p resolution as measured by the CTS camera PerformanceTest under ITS lighting conditions (K) for both primary cameras.
  • [/H] MUST have camera2 startup latency (open camera to first preview frame) < ms as measured by the CTS camera PerformanceTest under ITS lighting conditions (K) for both primary cameras.

If Handheld device implementations return for , then they:

  • [/H] MUST have a primary rear facing camera with a resolution of at least 12 megapixels supporting video capture at 4k@30fps. The primary rear-facing camera is the rear-facing camera with the lowest camera ID.
  • [/H] MUST have a primary front facing camera with a resolution of at least 5 megapixels and support video capture at p@30fps. The primary front-facing camera is the front-facing camera with the lowest camera ID.
  • [/H] MUST support property as or better for both primary cameras.
  • [/H] MUST support for both primary cameras.
  • [/H] MUST have camera2 JPEG capture latency < ms for p resolution as measured by the CTS camera PerformanceTest under ITS lighting conditions (K) for both primary cameras.
  • [/H] MUST have camera2 startup latency (open camera to first preview frame) < ms as measured by the CTS camera PerformanceTest under ITS lighting conditions (K) for both primary cameras.
  • [/H] For apps targeting API level 31 or higher, the camera device MUST NOT support JPEG capture resolutions smaller than p for both primary cameras.
  • [/H] MUST support and for the primary back camera.

Hardware

If Handheld device implementations return for , then they:

  • [/H] MUST have screen resolution of at least p.
  • [/H] MUST have screen density of at least dpi.
  • [/H] MUST have at least 6 GB of physical memory.

If Handheld device implementations return for , then they:

  • [/H] MUST have screen resolution of at least p.
  • [/H] MUST have screen density of at least dpi.
  • [/H] MUST have at least 6 GB of physical memory.

Performance

If Handheld device implementations return for , then they:

  • [/H] MUST ensure a sequential write performance of at least MB/s.
  • [/H] MUST ensure a random write performance of at least 10 MB/s.
  • [/H] MUST ensure a sequential read performance of at least MB/s.
  • [/H] MUST ensure a random read performance of at least 25 MB/s.

If Handheld device implementations return for , then they:

  • [/H] MUST ensure a sequential write performance of at least MB/s.
  • [/H] MUST ensure a random write performance of at least 10 MB/s.
  • [/H] MUST ensure a sequential read performance of at least MB/s.
  • [/H] MUST ensure a random read performance of at least 40 MB/s.

Television Requirements

An Android Television device refers to an Android device implementation that is an entertainment interface for consuming digital media, movies, games, apps, and/or live TV for users sitting about ten feet away (a “lean back” or “foot user interface”).

Android device implementations are classified as a Television if they meet all the following criteria:

  • Have provided a mechanism to remotely control the rendered user interface on the display that might sit ten feet away from the user.
  • Have an embedded screen display with the diagonal length larger than 24 inches OR include a video output port, such as VGA, HDMI, DisplayPort, or a wireless port for display.

The additional requirements in the rest of this section are specific to Android Television device implementations.

Hardware

Television device implementations:

  • [/T] MUST support D-pad.
  • [/T] MUST provide the Home and Back functions.
  • [/T] MUST send both the normal and long press event of the Back function () to the foreground application.
  • [/T] MUST include support for game controllers and declare the feature flag.
  • [/T] SHOULD provide a remote control from which users can access non-touch navigation and core navigation keys inputs.

If Television device implementations include a 3-axis gyroscope, they:

  • [/T] MUST be able to report events up to a frequency of at least Hz.
  • [/T] MUST be capable of measuring orientation changes up to degrees per second.

Television device implementations:

  • [/T] MUST support Bluetooth and Bluetooth LE.
  • [/T] MUST have at least 4 GB of non-volatile storage available for application private data (a.k.a. "/data" partition).

If Television device implementations include a USB port that supports host mode, they:

  • [/T] MUST include support for an external camera that connects through this USB port but is not necessarily always connected.

If TV device implementations are bit:

  • [/T] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • xhdpi or higher on large screens
    • tvdpi or higher on extra large screens

If TV device implementations are bit:

  • [/T] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • xhdpi or higher on large screens
    • tvdpi or higher on extra large screens

Note that the "memory available to the kernel and userspace" above refers to the memory space provided in addition to any memory already dedicated to hardware components such as radio, video, and so on that are not under the kernel’s control on device implementations.

Television device implementations:

  • [/T] SHOULD include a microphone.
  • [/T] MUST have an audio output and declare .

Multimedia

Television device implementations MUST support the following audio encoding and decoding formats and make them available to third-party applications:

  • [/T] MPEG-4 AAC Profile (AAC LC)
  • [/T] MPEG-4 HE AAC Profile (AAC+)
  • [/T] AAC ELD (enhanced low delay AAC)

Television device implementations MUST support the following video encoding formats and make them available to third-party applications:

  • [/T] H
  • [/T] VP8

Television device implementations:

  • [/T-SR] Are STRONGLY RECOMMENDED to support H encoding of p and p resolution videos at 30 frames per second.

Television device implementations MUST support the following video decoding formats and make them available to third-party applications:

Television device implementations MUST support MPEG-2 decoding, as detailed in Section , at standard video frame rates and resolutions up to and including:

  • [/T] HD p at frames per second with Main Profile High Level.
  • [/T] HD i at frames per second with Main Profile High Level. They MUST deinterlace interlaced MPEG-2 video and make it available to third-party applications.

Television device implementations MUST support H decoding, as detailed in Section , at standard video frame rates and resolutions up to and including:

  • [/T] HD p at 60 frames per second with Baseline Profile
  • [/T] HD p at 60 frames per second with Main Profile
  • [/T] HD p at 60 frames per second with High Profile Level

Television device implementations with H hardware decoders MUST support H decoding, as detailed in Section , at standard video frame rates and resolutions up to and including:

  • [/T] HD p at 60 frames per second with Main Profile Level

If Television device implementations with H hardware decoders support H decoding and the UHD decoding profile, they:

  • [/T] MUST support the UHD decoding profile at 60 frames per second with Main10 Level 5 Main Tier profile

Television device implementations MUST support VP8 decoding, as detailed in Section , at standard video frame rates and resolutions up to and including:

  • [/T] HD p at 60 frames per second decoding profile

Television device implementations with VP9 hardware decoders MUST support VP9 decoding, as detailed in Section , at standard video frame rates and resolutions up to and including:

  • [/T] HD p at 60 frames per second with profile 0 (8 bit color depth)

If Television device implementations with VP9 hardware decoders support VP9 decoding and the UHD decoding profile, they:

  • [/T] MUST support the UHD decoding profile at 60 frames per second with profile 0 (8 bit color depth).
  • [/T] Are STRONGLY RECOMMENDED to support the UHD decoding profile at 60 frames per second with profile 2 (10 bit color depth).

Television device implementations:

  • [/T] MUST include support for system Master Volume and digital audio output volume attenuation on supported outputs, except for compressed audio passthrough output (where no audio decoding is done on the device).

If Television device implementations do not have a built in display, but instead support an external display connected via HDMI, they:

  • [/T] MUST set the HDMI output mode to select the maximum resolution that can be supported with either a 50Hz or 60Hz refresh rate.
  • [/T-SR] Are STRONGLY RECOMMENDED to provide a user configurable HDMI refresh rate selector.
  • [] SHOULD set the HDMI output mode refresh rate to either 50Hz or 60Hz, depending on the video refresh rate for the region the device is sold in.

If Television device implementations do not have a built in display, but instead support an external display connected via HDMI, they:

  • [/T] MUST support HDCP

If Television device implementations do not support UHD decoding, but instead support an external display connected via HDMI, they:

  • [/T] MUST support HDCP

Software

Television device implementations:

  • [3/T] MUST declare the features and .
  • [/T] MUST preload one or more applications or service components with an intent handler, for all the public intent filter patterns defined by the following application intents listed here.
  • [/T] MUST provide a complete implementation of the API.

If Android Television device implementations support a lock screen,they:

  • [/T] MUST display the Lock screen Notifications including the Media Notification Template.

Television device implementations:

  • [/T-SR] Are STRONGLY RECOMMENDED to support picture-in-picture (PIP) mode multi-window.
  • [/T] MUST support third-party accessibility services.
  • [/T-SR] Are STRONGLY RECOMMENDED to preload accessibility services on the device comparable with or exceeding functionality of the Switch Access and TalkBack (for languages supported by the preinstalled Text-to-speech engine) accessibility services as provided in the talkback open source project.

If Television device implementations report the feature , they:

  • [/T-SR] Are STRONGLY RECOMMENDED to include a TTS engine supporting the languages available on the device.
  • [/T] MUST support installation of third-party TTS engines.

Television device implementations:

  • [/T] MUST support TV Input Framework.

Performance and Power

  • [/T] Consistent frame latency. Inconsistent frame latency or a delay to render frames MUST NOT happen more often than 5 frames in a second, and SHOULD be below 1 frames in a second.
  • [/T] MUST ensure a sequential write performance of at least 5MB/s.
  • [/T] MUST ensure a random write performance of at least MB/s.
  • [/T] MUST ensure a sequential read performance of at least 15MB/s.
  • [/T] MUST ensure a random read performance of at least MB/s.

If Television device implementations include features to improve device power management that are included in AOSP or extend the features that are included in AOSP, they:

  • [/T] MUST provide user affordance to enable and disable the battery saver feature.

If Television device implementations do not have a battery they:

If Television device implementations have a battery they:

  • [/T] MUST provide user affordance to display all apps that are exempted from App Standby and Doze power-saving modes.

Television device implementations:

  • [/T] MUST provide a per-component power profile that defines the current consumption value for each hardware component and the approximate battery drain caused by the components over time as documented in the Android Open Source Project site.
  • [/T] MUST report all power consumption values in milliampere hours (mAh).
  • [/T] MUST report CPU power consumption per each process's UID. The Android Open Source Project meets the requirement through the kernel module implementation.
  • [/T] SHOULD be attributed to the hardware component itself if unable to attribute hardware component power usage to an application.
  • [/T] MUST make this power usage available via the shell command to the app developer.

Security Model

Television device implementations:

  • [/T] MUST back up the keystore implementation with an isolated execution environment.
  • [/T] MUST have implementations of RSA, AES, ECDSA and HMAC cryptographic algorithms and MD5, SHA1, and SHA-2 family hash functions to properly support the Android Keystore system's supported algorithms in an area that is securely isolated from the code running on the kernel and above. Secure isolation MUST block all potential mechanisms by which kernel or userspace code might access the internal state of the isolated environment, including DMA. The upstream Android Open Source Project (AOSP) meets this requirement by using the Trusty implementation, but another ARM TrustZone-based solution or a third-party reviewed secure implementation of a proper hypervisor-based isolation are alternative options.
  • [/T] MUST perform the lock screen authentication in the isolated execution environment and only when successful, allow the authentication-bound keys to be used. Lock screen credentials MUST be stored in a way that allows only the isolated execution environment to perform lock screen authentication. The upstream Android Open Source Project provides the Gatekeeper Hardware Abstraction Layer (HAL) and Trusty, which can be used to satisfy this requirement.
  • [/T] MUST support key attestation where the attestation signing key is protected by secure hardware and signing is performed in secure hardware. The attestation signing keys MUST be shared across large enough number of devices to prevent the keys from being used as device identifiers. One way of meeting this requirement is to share the same attestation key unless at least , units of a given SKU are produced. If more than , units of an SKU are produced, a different key MAY be used for each , units.
  • [9/T] MUST declare the ‘shoppingdowntown.usible’ feature.

Note that if a device implementation is already launched on an earlier Android version, such a device is exempted from the requirement to have a keystore backed by an isolated execution environment and support the key attestation, unless it declares the feature which requires a keystore backed by an isolated execution environment.

If Television device implementations support a secure lock screen, they:

  • [/T] MUST allow the user to choose the Sleep timeout for transition from the unlocked to the locked state, with a minimum allowable timeout up to 15 seconds or less.

If Television device implementations include multiple users and do not declare the feature flag, they:

  • [/T] MUST support restricted profiles, a feature that allows device owners to manage additional users and their capabilities on the device. With restricted profiles, device owners can quickly set up separate environments for additional users to work in, with the ability to manage finer-grained restrictions in the apps that are available in those environments.

If Television device implementations include multiple users and declare the feature flag, they:

  • [/T] MUST NOT support restricted profiles but MUST align with the AOSP implementation of controls to enable /disable other users from accessing the voice calls and SMS.

If Television device implementations declare , they:

  • [[/T] MUST display the microphone indicator when an app is accessing audio data from the microphone, but not when the microphone is only accessed by HotwordDetectionService, SOURCE_HOTWORD, ContentCaptureService, or apps holding the roles called out in Section Permissions with CDD identifier CX].
  • [[/T] MUST not hide the microphone indicator for system apps that have visible user interfaces or direct user interaction.

If Television device implementations declare , they:

  • [[/T] MUST display the camera indicator when an app is accessing live camera data, but not when the camera is only being accessed by app(s) holding the roles called out in Section Permissions with CDD identifier [CX].
  • [[/T] MUST not hide the camera indicator for system apps that have visible user interfaces or direct user interaction.

Developer Tools and Options Compatibility

Television device implementations:

Watch Requirements

An Android Watch device refers to an Android device implementation intended to be worn on the body, perhaps on the wrist.

Android device implementations are classified as a Watch if they meet all the following criteria:

  • Have a screen with the physical diagonal length in the range from to inches.
  • Have a mechanism provided to be worn on the body.

The additional requirements in the rest of this section are specific to Android Watch device implementations.

Hardware

Watch device implementations:

  • [/W] MUST have a screen with the physical diagonal size in the range from to inches.

  • [/W] MUST have the Home function available to the user, and the Back function except for when it is in .

  • [/W] MUST support touchscreen input.

  • [/W-SR] Are STRONGLY RECOMMENDED to include a 3-axis accelerometer.

If Watch device implementations include a GPS/GNSS receiver and report the capability to applications through the feature flag, they:

  • [/W] MUST report GNSS measurements, as soon as they are found, even if a location calculated from GPS/GNSS is not yet reported.
  • [/W] MUST report GNSS pseudoranges and pseudorange rates, that, in open-sky conditions after determining the location, while stationary or moving with less than meter per second squared of acceleration, are sufficient to calculate position within 20 meters, and speed within meters per second, at least 95% of the time.

If Watch device implementations include a 3-axis gyroscope, they:

  • [/W] MUST be capable of measuring orientation changes up to degrees per second.

Watch device implementations:

  • [/W] MUST support Bluetooth.

  • [/W] MUST have at least 1 GB of non-volatile storage available for application private data (a.k.a. "/data" partition).

  • [/W] MUST have at least MB memory available to the kernel and userspace.

  • [/W] MUST include a microphone.

  • [/W] MAY have audio output.

Multimedia

No additional requirements.

Software

Watch device implementations:

  • [3/W] MUST declare the feature .
  • [3/W] MUST support uiMode = UI_MODE_TYPE_WATCH.
  • [/W] MUST preload one or more applications or service components with an intent handler, for all the public intent filter patterns defined by the following application intents listed here.

Watch device implementations:

  • [/W-SR] Are STRONGLY RECOMMENDED to implement an assistant on the device to handle the Assist action.

Watch device implementations that declare the feature flag:

  • [/W] MUST support third-party accessibility services.
  • [/W-SR] Are STRONGLY RECOMMENDED to preload accessibility services on the device comparable with or exceeding functionality of the Switch Access and TalkBack (for languages supported by the preinstalled Text-to-speech engine) accessibility services as provided in the talkback open source project.

If Watch device implementations report the feature shoppingdowntown.us, they:

  • [/W-SR] Are STRONGLY RECOMMENDED to include a TTS engine supporting the languages available on the device.

  • [/W] MUST support installation of third-party TTS engines.

Performance and Power

If Watch device implementations include features to improve device power management that are included in AOSP or extend the features that are included in AOSP, they:

  • [/W-SR] Are STRONGLY RECOMMENDED to provide user affordance to display all apps that are exempted from App Standby and Doze power-saving modes.
  • [/W-SR] Are STRONGLY RECOMMENDED to provide user affordance to enable and disable the battery saver feature.

Watch device implementations:

  • [/W] MUST provide a per-component power profile that defines the current consumption value for each hardware component and the approximate battery drain caused by the components over time as documented in the Android Open Source Project site.
  • [/W] MUST report all power consumption values in milliampere hours (mAh).
  • [/W] MUST report CPU power consumption per each process's UID. The Android Open Source Project meets the requirement through the kernel module implementation.
  • [/W] MUST make this power usage available via the shell command to the app developer.
  • [/W] SHOULD be attributed to the hardware component itself if unable to attribute hardware component power usage to an application.

Security Model

Watch device implementations:

  • [9/H] MUST declare the ‘shoppingdowntown.usible’ feature.

If Watch device implementations include multiple users and do not declare the feature flag, they:

  • [/W] MUST support restricted profiles, a feature that allows device owners to manage additional users and their capabilities on the device. With restricted profiles, device owners can quickly set up separate environments for additional users to work in, with the ability to manage finer-grained restrictions in the apps that are available in those environments.

If Watch device implementations include multiple users and declare the feature flag, they:

  • [/W] MUST NOT support restricted profiles but MUST align with the AOSP implementation of controls to enable /disable other users from accessing the voice calls and SMS.

Automotive Requirements

Android Automotive implementation refers to a vehicle head unit running Android as an operating system for part or all of the system and/or infotainment functionality.

Android device implementations are classified as an Automotive if they declare the feature or meet all the following criteria.

  • Are embedded as part of, or pluggable to, an automotive vehicle.
  • Are using a screen in the driver's seat row as the primary display.

The additional requirements in the rest of this section are specific to Android Automotive device implementations.

Hardware

Automotive device implementations:

  • [/A] MUST have a screen at least 6 inches in physical diagonal size.
  • [/A] MUST have a screen size layout of at least dp x dp.

  • [/A] MUST provide the Home function and MAY provide Back and Recent functions.

  • [/A] MUST send both the normal and long press event of the Back function () to the foreground application.

  • [/A] MUST implement and report , , and .

  • [/A] The value of the flag MUST be consistent with dashboard day/night mode and SHOULD be based on ambient light sensor input. The underlying ambient light sensor MAY be the same as Photometer.

  • [/A] MUST provide sensor additional info field as part of SensorAdditionalInfo for every sensor provided.

  • [/A] MAY dead reckon Location by fusing GPS/GNSS with additional sensors. If Location is dead reckoned, it is STRONGLY RECOMMENDED to implement and report the corresponding Sensor types and/or Vehicle Property IDs used.

  • [/A] The Location requested via LocationManager#requestLocationUpdates() MUST NOT be map matched.

If Automotive device implementations support OpenGL ES , they:

  • [/A] MUST declare OpenGL ES or higher.
  • [/A] MUST support Vulkan
  • [/A] MUST include Vulkan loader and export all symbols.

If Automotive device implementations include a 3-axis accelerometer, they:

If Automotive device implementations include a 3-axis gyroscope, they:

  • [/A] MUST be able to report events up to a frequency of at least Hz.
  • [/A] MUST be capable of measuring orientation changes up to degrees per second.
  • [/A-SR] Are STRONGLY RECOMMENDED to configure the gyroscope’s measurement range to +/dps in order to maximize the resolution possible

If Automotive device implementations include a GPS/GNSS receiver, but do not include cellular network-based data connectivity, they:

  • [/A] MUST determine location the very first time the GPS/GNSS receiver is turned on or after 4+ days within 60 seconds.
  • [/A] MUST meet the time-to-first-fix criteria as described in /C and /C for all other location requests (i.e requests which are not the first time ever or after 4+ days). The requirement /C is typically met in vehicles without cellular network-based data connectivity, by using GNSS orbit predictions calculated on the receiver, or using the last known vehicle location along with the ability to dead reckon for at least 60 seconds with a position accuracy satisfying /C, or a combination of both.

Automotive device implementations:

  • [/A] MUST support Bluetooth and SHOULD support Bluetooth LE.
  • [/A] Android Automotive implementations MUST support the following Bluetooth profiles:
    • Phone calling over Hands-Free Profile (HFP).
    • Media playback over Audio Distribution Profile (A2DP).
    • Media playback control over Remote Control Profile (AVRCP).
    • Contact sharing using the Phone Book Access Profile (PBAP).
  • [/A-SR] Are STRONGLY RECOMMENDED to support Message Access Profile (MAP).

  • [/A] SHOULD include support for cellular network-based data connectivity.

  • [/A] MAY use the System API constant for networks that should be available to system apps.

An exterior view camera is a camera that images scenes outside of the device implementation, like a dashcam.

Automotive device implementations:

  • SHOULD include one or more exterior view cameras.

If Automotive device implementations include an exterior view camera, for such a camera, they:

  • [/A] MUST NOT have exterior view cameras accessible via the Android Camera APIs, unless they comply with camera core requirements.
  • [/A-SR] Are STRONGLY RECOMMENDED not to rotate or horizontally mirror the camera preview.
  • [/A-SR] Are STRONGLY RECOMMENDED to be oriented so that the long dimension of the camera aligns with the horizon.
  • [/A-SR] Are STRONGLY RECOMMENDED to have a resolution of at least megapixels.
  • SHOULD have either fixed-focus or EDOF (extended depth of field) hardware.
  • SHOULD support Android Synchronization Framework.
  • MAY have either hardware auto-focus or software auto-focus implemented in the camera driver.

Automotive device implementations:

  • [/A] MUST have at least 4 GB of non-volatile storage available for application private data (a.k.a. "/data" partition).

  • [/A] SHOULD format the data partition to offer improved performance and longevity on flash storage, for example using file-system.

If Automotive device implementations provide shared external storage via a portion of the internal non-removable storage, they:

  • [/A-SR] Are STRONGLY RECOMMENDED to reduce I/O overhead on operations performed on the external storage, for example by using .

If Automotive device implementations are bit:

  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or lower on small/normal screens
    • ldpi or lower on extra large screens
    • mdpi or lower on large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • xhdpi or higher on small/normal screens
    • hdpi or higher on large screens
    • mdpi or higher on extra large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • xhdpi or higher on large screens
    • tvdpi or higher on extra large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • dpi or higher on large screens
    • xhdpi or higher on extra large screens

If Automotive device implementations are bit:

  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or lower on small/normal screens
    • ldpi or lower on extra large screens
    • mdpi or lower on large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • xhdpi or higher on small/normal screens
    • hdpi or higher on large screens
    • mdpi or higher on extra large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • xhdpi or higher on large screens
    • tvdpi or higher on extra large screens
  • [/A] The memory available to the kernel and userspace MUST be at least MB if any of the following densities are used:

    • dpi or higher on small/normal screens
    • dpi or higher on large screens
    • xhdpi or higher on extra large screens

Note that the "memory available to the kernel and userspace" above refers to the memory space provided in addition to any memory already dedicated to hardware components such as radio, video, and so on that are not under the kernel’s control on device implementations.

Automotive device implementations:

  • [/A] SHOULD include a USB port supporting peripheral mode.

Automotive device implementations:

  • [/A] MUST include a microphone.

Automotive device implementations:

  • [/A] MUST have an audio output and declare .

Multimedia

Automotive device implementations MUST support the following audio encoding and decoding formats and make them available to third-party applications:

  • [/A] MPEG-4 AAC Profile (AAC LC)
  • [/A] MPEG-4 HE AAC Profile (AAC+)
  • [/A] AAC ELD (enhanced low delay AAC)

Automotive device implementations MUST support the following video encoding formats and make them available to third-party applications:

  • [/A] H AVC
  • [/A] VP8

Automotive device implementations MUST support the following video decoding formats and make them available to third-party applications:

  • [/A] H AVC
  • [/A] MPEG-4 SP
  • [/A] VP8
  • [/A] VP9

Automotive device implementations are STRONGLY RECOMMENDED to support the following video decoding:

Software

Automotive device implementations:

  • [3/A] MUST declare the feature .

  • [3/A] MUST support uiMode = .

  • [3/A] MUST support all public APIs in the namespace.

If Automotive device implementations provide a proprietary API using with , they:

  • [3/A] MUST NOT attach special privileges to system application's use of these properties, or prevent third-party applications from using these properties.
  • [3/A] MUST NOT replicate a vehicle property that already exists in the SDK.

Automotive device implementations:

  • [/A] MUST support and enforce all permissions constants as documented by the Automotive Permission reference page.

  • [/A] MUST preload one or more applications or service components with an intent handler, for all the public intent filter patterns defined by the following application intents listed here.

  • [/A] MUST provide a complete implementation of the API.

  • [/A] MUST display notifications that use the API when requested by third-party applications.

  • [/A-SR] Are Strongly Recommended to implement an assistant on the device to handle the Assist action.

If Automotive device implementations include a push-to-talk button, they:

  • [/A] MUST use a short press of the push-to-talk button as the designated interaction to launch the user-selected assist app, in other words the app that implements .

Automotive device implementations:

  • [/A] MUST correctly render resources as described in the SDK documentation.
  • [/A] MUST display PLAY and MUTE for notification actions in the place of those provided through
  • [/A] SHOULD restrict the use of rich management tasks such as per-notification-channel controls. MAY use UI affordance per application to reduce controls.

If Automotive device implementations support User HAL properties, they:

Automotive device implementations:

If Automotive device implementations include a default launcher app, they:

Automotive device implementations:

  • [/A] MAY restrict the application requests to enter a full screen mode as described in .
  • [/A] MAY keep the status bar and the navigation bar visible at all times.
  • [/A] MAY restrict the application requests to change the colors behind the system UI elements, to ensure those elements are clearly visible at all times.

Performance and Power

Automotive device implementations:

  • [/A] MUST report the number of bytes read and written to non-volatile storage per each process's UID so the stats are available to developers through System API . The Android Open Source Project meets the requirement through the kernel module.
  • [/A] MUST support Garage Mode.
  • [/A] SHOULD be in Garage Mode for at least 15 minutes after every drive unless:
    • The battery is drained.
    • No idle jobs are scheduled.
    • The driver exits Garage Mode.
  • [/A] MUST provide a per-component power profile that defines the current consumption value for each hardware component and the approximate battery drain caused by the components over time as documented in the Android Open Source Project site.
  • [/A] MUST report all power consumption values in milliampere hours (mAh).
  • [/A] MUST report CPU power consumption per each process's UID. The Android Open Source Project meets the requirement through the kernel module implementation.
  • [/A] SHOULD be attributed to the hardware component itself if unable to attribute hardware component power usage to an application.
  • [/A] MUST make this power usage available via the shell command to the app developer.

Security Model

If Automotive device implementations support multiple users, they:

Automotive device implementations:

  • [/A] MUST back up the keystore implementation with an isolated execution environment.
  • [/A] MUST have implementations of RSA, AES, ECDSA and HMAC cryptographic algorithms and MD5, SHA1, and SHA-2 family hash functions to properly support the Android Keystore system's supported algorithms in an area that is securely isolated from the code running on the kernel and above. Secure isolation MUST block all potential mechanisms by which kernel or userspace code might access the internal state of the isolated environment, including DMA. The upstream Android Open Source Project (AOSP) meets this requirement by using the Trusty implementation, but another ARM TrustZone-based solution or a third-party reviewed secure implementation of a proper hypervisor-based isolation are alternative options.
  • [/A] MUST perform the lock screen authentication in the isolated execution environment and only when successful, allow the authentication-bound keys to be used. Lock screen credentials MUST be stored in a way that allows only the isolated execution environment to perform lock screen authentication. The upstream Android Open Source Project provides the Gatekeeper Hardware Abstraction Layer (HAL) and Trusty, which can be used to satisfy this requirement.
  • [/A] MUST support key attestation where the attestation signing key is protected by secure hardware and signing is performed in secure hardware. The attestation signing keys MUST be shared across large enough number of devices to prevent the keys from being used as device identifiers. One way of meeting this requirement is to share the same attestation key unless at least , units of a given SKU are produced. If more than , units of an SKU are produced, a different key MAY be used for each , units.
  • [9/A] MUST declare the ‘shoppingdowntown.usible’ feature.

Note that if a device implementation is already launched on an earlier Android version, such a device is exempted from the requirement to have a keystore backed by an isolated execution environment and support the key attestation, unless it declares the feature which requires a keystore backed by an isolated execution environment.

Automotive device implementations:

  • [/A] MUST gatekeep messages from Android framework vehicle subsystems, e.g., whitelisting permitted message types and message sources.
  • [/A] MUST watchdog against denial of service attacks from the Android framework or third-party apps. This guards against malicious software flooding the vehicle network with traffic, which may lead to malfunctioning vehicle subsystems.

Developer Tools and Options Compatibility

Automotive device implementations:

Tablet Requirements

An Android Tablet device refers to an Android device implementation that typically meets all the following criteria:

  • Used by holding in both hands.
  • Does not have a clamshell or convertible configuration.
  • Physical keyboard implementations used with the device connect by means of a standard connection (e.g. USB, Bluetooth).
  • Has a power source that provides mobility, such as a battery.

Tablet device implementations have similar requirements to handheld device implementations. The exceptions are indicated by an * in that section and noted for reference in this section.

Hardware

Screen Size

  • [/Tab] MUST have a screen in the range of 7 to 18 inches.

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