Google's Gboard keyboard now lets you communicate out of Morse code on both Android and iOSGoogle this day announced that it is bringing Morse code as an input method to Gboard for iOS. The company first integrated Morse code into the Android version of Gboard (in beta form) shortly after its I/O 2018 keynote. Google has created a Morse Typing Trainer game that it says can teach users Morse code in under an hour. Just by downloading an app, anyone anywhere can give communicating by Morse code a try. Finlayson notes that Gboard for Android "lets you hook external switches to the device, extremely a person by limited mobility could opeaverage the device."
Google’s Gboard keyboard now lets you communicate through Morse code on both Android and iOS
collected by :Maya Tony
Google's Gboard keyboard now lets you communicate out of Morse code on both Android and iOSGoogle this day announced that it is bringing Morse code as an input method to Gboard for iOS. The company first integrated Morse code into the Android version of Gboard (in beta form) shortly after its I/O 2018 keynote. Google has created a Morse Typing Trainer game that it says can teach users Morse code in under an hour. Just by downloading an app, anyone anywhere can give communicating by Morse code a try. Finlayson notes that Gboard for Android "lets you hook external switches to the device, extremely a person by limited mobility could opeaverage the device."
Google's Gboard keyboard now lets you communicate out of Morse code on both Android and iOSGoogle this day announced that it is bringing Morse code as an input method to Gboard for iOS. The company first integrated Morse code into the Android version of Gboard (in beta form) shortly after its I/O 2018 keynote. Google has created a Morse Typing Trainer game that it says can teach users Morse code in under an hour. Just by downloading an app, anyone anywhere can give communicating by Morse code a try. Finlayson notes that Gboard for Android "lets you hook external switches to the device, extremely a person by limited mobility could opeaverage the device."
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