Cross-brand file sharing feature announced by three phone manufacturers

Cross-brand file sharing feature announced by three phone manufacturers
As many Apple iPhone users know, AirDrop is a feature that allows them to share photos, videos and documents with nearby Apple devices without requiring an internet connection. This is achieved using Bluetooth and Wi-Fi connectivity. A WeChat post published today by Xiaomi (via The Verge) reveals that three Chinese phone manufacturers are teaming up to provide their customers with wireless peer-to-peer file sharing across the different brands.

This new feature will apparently use Bluetooth to pair the devices, creating a peer-to-peer Wi-Fi network just like AirDrop does, and transfer files at speeds up to 20Mbps. Xiaomi says that other smartphone manufacturers are welcome to join the trio. By the end of this month, a beta version of the new file-sharing protocol is expected to be rolled out. According to Counterpoint Research, Vivo, Oppo, and Xiaomi made up 49% of the domestic phone market during the first quarter. Adding some additional manufacturers, especially Huawei, would allow the vast majority of handsets in the country to share files without the use of internet connectivity. There is no indication whether Huawei or other Chinese companies are or aren't interested in joining the original trio.


Google itself has had a feature since 2011's Ice Cream Sandwich called Android Beam that uses NFC to share "photos, videos, contact information, links to webpages, navigation directions, YouTube URLs, and more" by tapping two devices together. But Android Beam is being phased out in Android Q, replaced by a Google Play Services feature called Fast Share. This will be similar to Apple's AirDrop thanks to the use of Bluetooth. Android Q users will be able to share files, images, URLs and small parts of text messages even without an internet connection.


The Files by Google app, available in the Google Play Store, uses Bluetooth to allow Android devices with the app installed to share files at speeds as fast as 480Mbps. Encryption is employed to protect the privacy of those using the app.

FEATURED VIDEO

8 Comments

1. AbhiD

Posts: 804; Member since: Apr 06, 2012

That 20 Mbps doesn't look like Wifi speed. 3rd party Wifi based solutions on Android are already doing 50-60 Mbps speeds.

2. ijuanp03

Posts: 596; Member since: Dec 30, 2014

ShareIt app for me and all my other Android and iOS friends. Problem solved.

4. cmdacos

Posts: 4214; Member since: Nov 01, 2016

ShareIt is horribly insecure.

6. Tizo101

Posts: 543; Member since: Jun 05, 2015

These days everything is horribly insecure.

5. Tizo101

Posts: 543; Member since: Jun 05, 2015

Everyone uses share it... problem solved even before airdrop

3. dimas

Posts: 3368; Member since: Jul 22, 2014

All is calm in the ViMipo land then the huawei fire nation attacked.

7. Poptart2828

Posts: 399; Member since: Jan 23, 2018

Was this article used as an excuse to advertise airdrop or was there any intention in the writer to actually cover the story?

8. oldskool50

Posts: 1570; Member since: Mar 29, 2019

You mentioned Google having a similar feature, but technically Google isn't a phone manufacturer. Samsung has a feature like this too called WiFi-Direct, which has been on its phones since at least the Galaxy S3, and that was even before Google had it. And Samsung phones also did fire sharing over NFC. Remember how all you had to do was bump the back of the phones? It was a cool feature I tried a couple times just for the novelty of it, but it's pretty useless in a time where we can just text or instant message photos and videos to each other over wifi and carrier signals.

Latest Stories

This copy is for your personal, non-commercial use only. You can order presentation-ready copies for distribution to your colleagues, clients or customers at https://www.parsintl.com/phonearena or use the Reprints & Permissions tool that appears at the bottom of each web page. Visit https://www.parsintl.com/ for samples and additional information.