The Moto 360 smartwatch
|Written in||C (core), C++,|
|Source model||Open source with closed source components|
|Initial release||March 18, 2014|
|Latest release||2.15 / August 14, 2018|
|Latest preview||Hematite Developer Preview 2 (PWH1.180422.008) / May 9, 2018|
|Marketing target||Smartwatches, other wearables|
|Package manager||APK via Google Play|
|Platforms||32-bit ARM, MIPS, x86|
|Kernel type||Monolithic (modified Linux kernel)|
|Userland||Bionic libc,shell from NetBSD, native core utilities with a few from NetBSD|
|Default user interface||Graphical (Multi-touch)|
Developer Preview: proprietary|
Apache License 2.0
Linux kernel patches under GNU GPL v2
Wear OS, formally known as Wear OS by Google, and previously known as Android Wear, is a version of Google's Android operating system designed for smartwatches and other wearables. By pairing with mobile phones running Android version 4.3 or newer, or iOS version 8.2 or newer with limited support from Google's pairing application, Wear OS integrates Google Assistant technology and mobile notifications into a smartwatch form factor.
Wear OS supports Bluetooth, Wi-Fi,3G and LTE connectivity, as well as a range of features and applications. Watch face styles include round, square and rectangular. Released devices include Motorola Moto 360, the LG G Watch, and the Samsung Gear Live. Hardware manufacturing partners include Asus, Broadcom, Fossil, HTC, Intel, LG, MediaTek, Imagination Technologies, Motorola, New Balance, Qualcomm, Samsung, Huawei, Polar and TAG Heuer, Mobvoi.
In the first six months of availability, Canalys estimates that over 720,000 Android Wear smartwatches were shipped. As of 15 March 2018 , Wear OS had between 10 and 50 million application installations. Wear OS was estimated to account for 10% of the smart watch market in 2015.
The platform was announced on March 18, 2014, along with the release of a developer preview. At the same time, companies such as Motorola, Samsung, LG, HTC and Asus were announced as partners. On June 25, 2014, at Google I/O, the Samsung Gear Live and LG G Watch were launched, along with further details about Android Wear. The LG G Watch is the first Android Wear smartwatch to be released and shipped. Motorola's Moto 360 was released on September 5, 2014.
The LG G Watch and Gear Live started shipping in July 2014, while the Moto 360 began shipping in September 2014. The next batch of Android Wear devices, which arrived at the end of 2014, included the Asus ZenWatch, the Sony SmartWatch 3, and the LG G Watch R. As of March 2015 , the latest Wear OS devices are the LG Watch Urbane, and the Huawei Watch.
On August 31, 2015, Google launched pairing application for iOS version 8.2 or newer, allowing limited support for receiving iOS notifications on smartwatches running Wear OS. As of September 2015 , only the LG Watch Urbane and Huawei Watch are supported, but Google announced support for more smartwatch models.
Users can find directions by voice from the phone, choose transport mode, including bike, and start a journey. While traveling, the watch shows directions, and vibrates to indicate turns by feel.
Via Google Fit and similar applications, Wear OS supports ride and run tracking ("OK Google, start a run"). On devices sporting the needed sensor, heart activity can be sampled automatically through the day or on demand ("OK Google, what's my heart rate"). Step-counting, calorie expenditure etc. are also monitored. These features work within the Fit ecosystem, allowing integration with companion devices and applications. The watch reinforces achievements with cards noting goal attainment, when a goal is near, summaries of heart, and body activity.
Users can use their Wear OS watch to control their phone. Music can be requested (for instance, "OK Google, play Deep Purple"). The screen then shows a card for play-control, volume, skip, media images, allowing music to be controlled from the wrist with the user free to move.
The vibration engine alerts users about important notifications originating from a user-selectable set of applications. Wear OS provides multiple options for replying, including Google Voice Typing for dictating responses to messages, and spoken or drawn emoticons.
Intelligent notifications from Google Now are supported including traffic, flights, hotel check-in, meeting alerts, location- and time-based reminders, weather and sport, stocks, flight status, boarding passes, restaurant bookings, etc.
Users can receive messages sent to them via Google Hangouts, and respond with a voice message. Users can also set the alarm by using 'Okay Google' on Wear OS. Currently new SMS can be initiated from the watch. Wear OS 5.1.1 supports drawing to reply, which uses AI to interpret the user's sketch as an emoji character. Search by voice is fully supported. Google Now searches such as "How tall is Nicole Kidman" result in Knowledge Graph cards appearing on screen, with options to open the search result on another device.
If the phone's camera app is activated, the screen is relayed to the watch, and the user can control the shutter, and view photos on the watch. Third-party applications support using the phone camera as a streaming device, or more varied camera control.
Events appear as cards on screen. "OK Google, show my agenda" will display the user's agenda. Watch faces also support marking out appointments (for instance with contrasting color to show periods with an appointment, and/or illuminating a lighted "count-down" line for upcoming appointments.
Note taking is fully supported via Google Keep and other note-apps, as is marking-off check lists etc. Via voice commands such as "OK Google, remind me to call Roy at work", or "Remind me to baste the chicken in 25 minutes" the user can create location and time-based reminders, set alarms, timers etc. which appear on the watch at the appropriate time or place.
Many applications have been released, with developers such as Evernote etc. creating new functionality on the watch: for instance, handing off notes to the watch screen when the user turns off their phone screen. Location-based applications like Foursquare show suitable nearby venues, allow check-in etc.
|Version||Android base version||Release date||New features||Notes|
||Announced on Google I/O 2014|
||This version changed the numbering scheme to be independent from the base Android version|
||Announced at Google I/O 2016|
||Version numbers reset to "Wear OS 1.0"|
|2.11||7.1.1/8.0.0||April 2018||Identifies as "Wear OS 1.1"|
|2.12||7.1.1/8.0.0||May 2018||Identifies as "Wear OS 1.2"|
|2.13||7.1.1/8.0.0||June 2018||Identifies as "Wear OS 1.3"|
||Identifies as "Wear OS 1.4"|
|2.15||7.1.1/8.0.0||August 2018||Identifies as "Wear OS 1.5"|
|Brand||Name||Date Released||Latest Wear OS Version||RRP||Notes|
|Asus||ZenWatch||November 9, 2014||1.5|
|ZenWatch 2||September, 2015||2.0|
|ZenWatch 3||November, 2016||2.15||$229|
|Casio||Smart Outdoor Watch WSD-F10||March 25, 2016||2.6||$500|||
|Smart Outdoor Watch WSD-F20||April 21, 2017||2.6||$500|||
|Fossil||Q Explorist (Gen4)||August 6, 2018|
|Q Venture (Gen 4)||August 6, 2018|
|Q Explorist (Gen 3)||August 28, 2017||2.15||$255-$275|||
|Q Marshal||March 15, 2016||2.7||$255|||
|Q Venture (Gen 3)||August 28, 2017||2.9||$255-$275|||
|Q Wander||March 15, 2016||2.15|||
|Q Control||November 12, 2017||2.10||$275|
|Huawei||Watch||April 18 2017||2.15|
|Watch 2||April 18 2017||2.15||$299-$400|
|Watch 2 Classic||April 18 2017||2.9|
|LG||G Watch||June 25, 2014||1.5|
|G Watch R||October 24, 2014||2.15|
|Watch Urbane||April 27, 2015||2.15|
|Watch Urbane 2nd Edition||2.15|
|Watch Sport||Feb 9, 2017||2.15||$349.99|
|Watch Style||Feb 9, 2017||2.15||$249.99|
|Louis Vuitton||Tambour Horizon||2.6|
|Misfit||Vapor||October 31, 2017||2.15||$199.99|
|Mobvoi||Ticwatch S & E||2.15||$159.99 (E)|
|Ticwatch Pro||July 10, 2018||2.15||$249.99|
|Motorola||Moto 360 (1st generation)||September 5, 2014||1.5|
|Moto 360 (2nd generation)||September 14, 2015||2.10|
|Moto 360 Sport||2.9|
|New Balance||RunIQ Watch||2.0|||
|Samsung||Gear Live||June 25, 2014||1.5|
|Sony||SmartWatch 3||November 2014||1.5|
|Connected Modular 45||2.6|
The preferred license for the Android Open Source Project is the Apache Software License, 2.0. ... Why Apache Software License? ... For userspace (that is, non-kernel) software, we do in fact prefer ASL2.0 (and similar licenses like BSD, MIT, etc.) over other licenses such as LGPL. Android is about freedom and choice. The purpose of Android is promote openness in the mobile world, but we don't believe it's possible to predict or dictate all the uses to which people will want to put our software. So, while we encourage everyone to make devices that are open and modifiable, we don't believe it is our place to force them to do so. Using LGPL libraries would often force them to do so.
Manage research, learning and skills at NCR Works. Create an account using LinkedIn to manage and organize your omni-channel knowledge. NCR Works is like a shopping cart for information -- helping you to save, discuss and share.