How to set up Rclone Browser on Linux

Rclone is a command-line utility that allows Linux users to quickly and easily connect to any cloud storage service (using Dropbox, Google Drive, Open Drive, and many more). The trouble is, Rclone is complicated and tedious to use for the average user.

If you need to use Rclone to connect to your favorite cloud storage service on Linux, there’s a better way. Introducing Rclone Browser. It takes away the difficulty of doing everything from connecting to uploading/downloading files with an elegant UI. Here’s how to set it up on your system.

Installing Rclone Browser on Linux

The Rclone Browser makes using the Rclone command-line tool a breeze. The trouble is, it does not come pre-installed on any Linux operating system. So, before we can go over how to use the Rclone Browser, we need to demonstrate how to install it on Linux.

Installing the Rclone Browser is done differently depending on what Linux operating system you are using. To start the installation, launch a terminal window by pressing Ctrl + Alt + T or Ctrl + Shift + T on the keyboard. Once the terminal is open, follow the instructions below that correspond to the Linux distribution you use.


To install the Rclone Browser on Ubuntu, enter the following Apt command below.

sudo apt install rclone-browser


Are you using Debian Linux? Install the Rclone Browser with the Apt-get command below.

sudo apt-get install rclone-browser

Arch Linux

You can get the Rclone Browser working quickly by downloading this pre-compiled package from the “Chinese Community” repo on Arch Linux.


Install Rclone via the “Chinese Community” repo with the pacman command below.

sudo pacman -U rclone-browser-1.8.0-1-x86_64.pkg.tar.zst

Don’t want to use the “Chinese Community” package? You can also install Rclone Browser on Arch Linux via the AUR.


Rclone Browser is available for Fedora 31, 32, and 33 in the primary “Fedora”
 software repository. To install the app, run the Dnf command.

sudo dnf install rclone-browser


Sadly, OpenSUSE Linux does not have a pre-compiled binary package for Rclone Browser. If you want to use the program, you will need to build it from source and install it by hand.

Build from Source

First, install all of the Rclone Browser build dependencies. These need to be installed on the system, or the program’s source code will fail to compile correctly. To install it, use the command below.

sudo zypper ref && sudo zypper --non-interactive install git cmake make gcc-c++ libQt5Core-devel libQt5Widgets-devel libQt5Network-devel

After installing the dependencies on your computer, use the git clone command to download your computer’s source code. 

git clone

With the source code downloaded, move into the “RcloneBrowser” folder using the CD command. 

cd RcloneBrowser

From here, create the “build” directory.

mkdir build

Move into the “build” directory using the CD command.

cd build

Run the cmake command to create the makefile.

cmake ..

Build the source code using the make command. Keep in mind that this code compilation will take a bit of time to complete.


Finally, install Rclone Browser on OpenSUSE using the sudo make install command.

sudo make install

Setting up Rclone Browser

To set up Rclone Browser, launch the program on the Linux desktop by searching for it in your app menu. Then, follow the step-by-step instructions below.

Step 1: Find the “Config” button at the bottom left-hand section of the screen and click on it to start the configuration.

Step 2: Press for “New remote.”

Step  3: Enter a name for your new remote connection next to “name.”

Step 4: Look through the list of possible cloud storage connections in the list and type in the number next to it. For example, to set up a connection to Open Drive, you’d type in 24.

Step 5: Enter your username in the “username” box.

Step 6: Press the button to enter your user’s password. Then, enter it in the text box.

Step 7: Press on the keyboard to tell Rclone Browser you do not want to edit the configuration.

Step 8: Press to tell Rclone Browser that the configuration you’ve made is OK. Then, press to close the config editor.

To access your new cloud storage connection in the Rclone Browser, select the connection you’ve set up in the “Remotes” tab, and select the “Open” button on the bottom left.

After selecting “Open,” your files should load in the browser. From here, you can look through your files, upload new ones, delete existing files, create new folders, and download all through the Rclone Browser.

Mounting folders

Want to mount your remote storage in Rclone Browser to an existing folder on your Linux PC? Click on the “Mount” button. Then, use the file browser pop-up to select a folder to mount your remote Rclone Browser folder to.

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How to install Google Cloud SDK on Linux

Google Cloud SDK is a pack of command-line tools that users can install to interact with the Google Cloud Platform directly. The software works on most Linux operating systems, provided that the Linux system has access to Python2. In this tutorial, we’ll go over all of the ways you can get Google Cloud SDK on Linux.

Arch Linux instructions

Arch Linux doesn’t officially carry the Google Cloud SDK in their package repositories. Instead, if you’d like to get the SDK up and running on your Arch-based PC for development, you’ll have to resort to using the Arch Linux User Repository instead.

Interacting with the AUR on Arch Linux requires installing some packages. These packages are Git (for downloading packages from the internet) and Base-devel (needed to compile programs from source, install AUR programs, etc.) Getting these packages working on Arch is simple. To do it, open up a terminal window using Ctrl + Shift + T or Ctrl + Alt + T on the keyboard. Then, use the Pacman package manager to load everything up.

sudo pacman -S git base-devel

Following the successful installation of the Git and Base-devel packages, it’s time to download the Trizen package build from the AUR. Without Trizen, installing the Cloud SDK is very tedious, and you’ll have to install dependencies by hand. Using the git clone command, download the latest release of Trizen.

git clone

Use the CD command and move the terminal session into the newly created “trizen” directory.

cd trizen

Inside of the “Trizen” directory, run the makepkg command to generate and install Trizen onto Arch Linux.

makepkg -sri

Finally, use the Trizen AUR package installer to load up Google Cloud SDK on Arch Linux quickly.

trizen -S google-cloud-sdk

Once set up, access the SDK with:

gcloud init

Are you having trouble using the AUR release of Google Cloud SDK on your Arch Linux computer? Feel free to try out the Snap version of the software instead. It’s officially updated and handled by Google, so it’s sure to contain fewer bugs and problems than an unofficial AUR build!

Snap package instructions

Google has uploaded the Cloud SDK toolkit to the Ubuntu Snap store for easy installation. So, if you have to have the latest Google Cloud tools for your projects, but don’t want to deal with downloading everything, and dealing with the setup process on Linux, this is the way to go.

Using Snap packages on Linux is supported by most modern Linux operating systems, like Ubuntu, Debian, Arch Linux, Fedora, OpenSUSE, Gentoo, and others. However, a lot of the distributions that support Snaps don’t do so out of the box, so before attempting to get the Cloud SDK Snap installed, you must enable the Snap runtime on your Linux system.

Enabling the Snap runtime on Linux is quite easy. To do it, open up a terminal window, install the “snapd” package, and enable “snapd.socket” with systemctl as root.

Note: unsure about how to set up the Snap runtime on your Linux system? We can help! Check out this in-depth article all about how to set up Snapd on Linux. Alternatively, try installing Ubuntu Linux, as it has Snaps enabled out of the box!

Once the Snap runtime is up and running on the system, use the snap install command to install the latest Google Cloud SDK.

sudo snap install google-cloud-sdk --channel=stable/latest --classic

Access the SDK with:

gcloud init

Be sure to run snap refresh if you need to update the SDK.

Generic Linux instructions

Aside from being available on the Arch Linux AUR and as a Snap package, Google Cloud SDK can be quickly installed to any Linux system by downloading a Tar archive directly from Google’s quickstart page.

There are two versions of the Cloud SDK available for download on Linux: the 32-bit version and the 64-bit version. To start the installation, open up a terminal window by pressing Ctrl + Shift + T or Ctrl + Alt + T on the keyboard. Then, use the curl command to get the latest release.

Note: you may need to install the Curl app before using it to download with the command below.


curl -O


curl -O

After the Google Cloud SDK TarGZ file is done downloading to your Linux system, use the tar command to extract the contents of the archive.

tar zxvf google-cloud-sdk-251.0.0-linux-x86_64.tar.gz


tar zxvf google-cloud-sdk-251.0.0-linux-x86.tar.gz

Running the extraction command should create a new folder in your home directory (~) labeled “google-cloud-sdk.” Using the CD command, move into that directory and start up the installation script.

cd google-cloud-sdk


The installation script is quick and will get the SDK set up thoroughly on your Linux system. When it’s done, access it with:

gcloud init

Read How to install Google Cloud SDK on Linux by Derrik Diener on AddictiveTips – Tech tips to make you smarter

How To Access Your pCloud Drive On Linux

Value your privacy but need to get your data in the cloud? Check out pCloud! pCloud drive is a Dropbox-like Cloud storage service for Linux (and other operating systems) that puts privacy first and has impressive encryption technology, which is very welcome to the Linux community.

pCloud isn’t as well known as a lot of other services, and as a result, not many Linux users know how to get it going. That’s why in this guide we’ll go over how to access your pCloud drive on Linux.

Note: to use pCloud, you must be able to run BIN files with your user account.

Install pCloud

Getting the pCloud drive app on Linux is a little different than other cloud storage providers. Instead of getting a Debian package, Redhat RPM file, or a Tarball archive, you’re given a single binary file. This is good because it enables all Linux distributions to use it, though it means that nothing is actually installed. Instead, pCloud just runs as a file without installing.

To get pCloud, you first need to create a user account. Head over to the website and sign up. Note that pCloud has both premium and free storage. If you’d like more storage, upgrade your account to one of the premium options. Otherwise, create your free account and claim 10 GB free.

When your account is activated, find the download button and click it. Look for the Ubuntu logo and click it. This will bring you to the Linux download page. Select either 32-bit or 64-bit, then download the file. Then, open up a terminal window and use it to get pCloud setup.

As mentioned before, pCloud is a binary (aka BIN) file. On Linux, BIN files act similar to EXE files on Windows. To launch these files, you first need to update the permissions. Use the chmod command in the terminal to allow the pCloud BIN file to run as a program.

cd ~/Downloads
chmod +x pcloud

With the pCloud BIN file set to proper permissions, it’ll run. However, running this file in the ~/Downloads directory is a very bad idea, as users often delete files from here without thinking. Instead, use the mkdir command to create a special folder for pCloud.

mkdir -p ~/bin-files/

Move the pCloud binary from your ~/Downloads folder to the new bin-files directory in Home.

mv pcloud ~/bin-files/

From here, it’s safe to launch the pCloud app through a terminal, for setup purposes. Launch the app with the following command:

cd ~/bin-files/


Before pCloud starts, you will be prompted to log into your account. Enter your sign in details, or click the “Continue with Facebook” button to access the app. With a successful sign-in, the pCloud app will start up, create a new pCloud folder in ~/, and open it in your default file manager.

We can confirm the app works, but it’s not ready for use, as we need to create a new desktop shortcut.

To create a new desktop shortcut for pCloud, you first need to close the app. Quickly quit pCloud by clicking “exit” on the icon to close it. Then return to the terminal window and use the touch command to make a new pCloud shortcut file.

touch ~/Desktop/pcloud.desktop

Using touch creates a blank shortcut. Next, it’s time to edit the shortcut with Nano.

Note: when running pCloud, it may create its own shortcut. However, this shortcut doesn’t always work so we recommend making your own instead.

nano ~/Desktop/pcloud.desktop

Inside the Nano text editor, paste the following code. Be sure to change “username” to your PC’s username.

[Desktop Entry]

Save the editor by pressing the Ctrl + O keyboard combo, and exit with Ctrl + X. Then, use the wget download tool to get the icon for your shortcut.

cd ~/bin-files/

wget -O pcloud-icon.png

With the icon file downloaded, update the permissions of the shortcut.

sudo chmod +x ~/Desktop/pcloud.desktop

After running chmod, pCloud will run directly from the desktop. Run it by double-clicking on the shortcut.

Install Shortcut

The pCloud desktop shortcut is ready and works but it’s not showing up in the application launcher menu. To solve this problem, you need to manually copy the shortcut to /usr/share/applications. In the terminal, run the following command to copy the pCloud shortcut from ~/Desktop to the app directory.

sudo cp ~/Desktop/pcloud.desktop /usr/share/applications/

If the cp command is successful, pCloud should show up in your application menu like any other application.

Using pCloud Drive

Using pCloud on Linux works much like other cloud storage syncing tools (Dropbox, etc) on Linux. To upload files to your account, open up the file manager. Select the “pCloud” folder and open it. In this folder, place any documents, image files, audio files, video files inside. As you place the files in this directory, the pCloud app running in the background will automatically upload them to your account online.

Need to delete a file? Delete it from the ~/pCloud folder and it will de-sync from the cloud.

Read How To Access Your pCloud Drive On Linux by Derrik Diener on AddictiveTips – Tech tips to make you smarter

How To Secure Cloud Data On Linux With Cryptomator

Online storage services (aka cloud drives) are necessary for anyone who needs data to be accessible anywhere and everywhere, a reliable backup, or to send or save files easily. These services are easy to use, fast and work on most platforms. However, for as neat and convenient as they may be, they come at the price of privacy. Not many cloud services provide encryption which is why it’s up to users to secure cloud data before they upload it.

If you’re a Linux user and you regularly rely on cloud storage services but grow weary of large corporations searching through your files, consider trying out Cryptomator It’s a tool that acts as a go-between for your data in the cloud, to increase privacy. Cryptomator works by encrypting files before they upload, and decrypting them as they download to ensure ultimate privacy.

Note: this tool isn’t just for Linux users. They also have apps for Mac, Windows, Android, and iOS. Learn more here!

Install Cryptomator


Installing Cryptomator for the Ubuntu desktop involves activating a third-party PPA. Using a PPA for software such as this is a good thing, as it allows for constant updates directly from the developer. To add the official PPA, open up a terminal window and enter the command below.

The official Cryptomator PPA has support for Ubuntu version 15.04+, as well as operating systems based on Ubuntu like Linux Mint, Elementary OS, KDE Neon, etc.

sudo add-apt-repository ppa:sebastian-stenzel/cryptomator

The Cryptomator official PPA is in Ubuntu. However, no software can install it just yet. First, you’ll need to run the update and upgrade commands.

sudo apt update
sudo apt upgrade -y

When updating finishes up, it’s time to install the software on Ubuntu.

sudo apt install cryptomator


Need Cryptomator for Debian? If so, you’ll need to download the stand-alone Debian package file instead of activating a third-party software source. Going this route on Debian isn’t that big of a deal. However, updates won’t be automatic, and you’ll need to re-download the Cryptomator Debian package file for each new version.

Go to the official website and click download under the Debian section. Choose your version of Debian (32-bit or 64-bit). Once downloaded, open the terminal and use the CD command to move to ~/Downloads.

cd ~/Downloads

Inside the Downloads folder, use the dpkg package tool to install the latest version of Cryptomater.

sudo dpkg -i cryptomator-*-amd64.deb


sudo dpkg -i cryptomator-*-i386.deb

As the package installs, you may run into dependency issues and errors. No, Debian isn’t broke. The package just wasn’t able to automatically install all the required dependency files. Instead, you’ll need to do it manually.

sudo apt install -f

After install -f finishes up, Cryptomater should be ready to use on Debian!

Arch Linux

Cryptomator doesn’t have an official Arch Linux package ready for installation. Instead, the official download page asks Arch users to install the program on their PC via the AUR. To do this, you’ll first need to sync the latest version of the Git package to your computer using Pacman.

sudo pacman -S git

Next, using Git, grab the latest version of the Cryptomator pkgbuild from the Arch AUR.

git clone

CD into the newly cloned cryptomator directory to start the building process.

cd cryptomator

Inside the sources folder, use makepkg to call the PKGBUILD file you’ve just downloaded. Doing this is usually automatic. All required dependencies and libraries are installed, and the package builds. However, sometimes things can go wrong, or dependencies aren’t installed correctly. If you run into any of these issues, you’ll need to fix it manually. Visit the official Cryptomator AUR page for more information and guidance.

makepkg -si

Fedora And OpenSUSE

Both Fedora and OpenSUSE enjoy support for this program via a downloadable RPM file. To start off, go to the Redhat download page here. Select the “RPM” option to start the download.

Once downloaded, open up a terminal do the following:

cd ~/Downloads


sudo dnf install cryptomator-*-amd64.rpm


sudo dnf install cryptomator-1.3.2-i386.rpm


sudo zypper install cryptomator-*-amd64.rpm


sudo zypper install cryptomator-1.3.2-i386.rpm

Other Linuxes Via JAR

If your Linux distribution isn’t on the Download page for Cryptomator, there’s still a way to run it. Start off by installing the latest Java Runtime Environment for your Linux operating system. Not sure how? Refer to your distribution’s entry on Java Runtime. Alternatively, check the official Oracle page on it.

With Java working, go to the Java JAR download page for Cryptomator and download it. Then, open up a terminal and launch the jar with:

cd ~/Downloads

java -jar Cryptomator-SNAPSHOT-*.jar

Set Up Cryptomator

Using Cryptomator starts by creating a new “vault.” Open the app and click the + icon in the bottom left to build a new encrypted vault for your data. Navigate to the root Dropbox, MEGA or NextCloud directory inside of your home folder.

Inside the root cloud directory, write the name of the new vault in the save box and click “save” to create the vault.

After creating the new vault, go back to the Cryptomator window and enter a secure password for the newly created cloud vault.

Unlock the new vault by inputting the new password. Entering the passcode will mount the data vault and decrypt it.

Once the vault is open, place all of the data you’d like to store inside it. When done, click the “lock vault” button.

With the Cryptomator vault locked, the process is complete, and there’s nothing left to do. The cloud syncing application will sync your vault right up to the service fully encrypted!

Read How To Secure Cloud Data On Linux With Cryptomator by Derrik Diener on AddictiveTips – Tech tips to make you smarter