57 Raspberry Pi Commands that Everyone Should Know

Starting on a Raspberry Pi is not always easy because you don’t necessarily have the habit of using command lines.
However, they are essential and are often faster or more efficient than going through the GUI.

What are the vital commands to know?
Well, there are quite a few, and here we will see the 57 most used sorted by category:

  • Files management
  • Network commands
  • System updates
  • Packages management
  • System management
  • Raspberry Pi OS commands
  • Misc commands
  • Warrior commands 🙂

This list is based on my general experience on Raspberry and Linux.
Everyone uses their system differently and can use commands that are not listed here.
The goal of this article is to introduce the essential commands to start, and not to make an exhaustive list.

By the way, if you are really interested in improving your skills on Raspberry Pi, I highly recommend to check out my e-book here. It’s a 30-days challenge from beginner to master, with step-by-step tutorials and projects to practice along the way.

Files management

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These are the basic commands are that every Linux beginner should learn.
You might already know these commands, so this might be a reminder.

The Linux arborescence is a tree, starting at the root: /

Each subfolder created under is accessible with /.

For example: /home/pi => pi is a subfolder of /home, home is a subfolder in /.

Don’t forget to use sudo if you are not allowed to access the file or directory (sudo gives you administrator privileges for the command that follows).

  • cd <path>: Changes directory, go to the specified folder in the files tree.
    cd /home/pi 
  • ls: Lists the files and directory in the current or specified folder.
    ls ls /home/pi
    ls -latr /home/pi
  • mkdir <folder>: Creates a new subfolder in the current or specified folder.
    mkdir myfolder
    mkdir /home/pi/myfolder
  • cp <file> <destination>: Copies a file or a directory to another location (to copy a complete directory you need to add the -r parameter for “recursive”).
    cp test.txt /home/pi/Documents/
    cp /home/pi/test.txt /home/pi/Documents/
    cp -r /home/pi/test/ /home/pi/Documents/
  • mv <source> <destination>: Moves a file or a directory to another location.
    mv /home/pi/test.txt /home/Documents/
    mv /home/pi/test/ /home/Documents/
  • cat <file>: Displays all the content of the specified file.
    cat /home/pi/README.txt
  • more <file>: Displays the content of the specified file, page per page (enter or space to continue, q to quit).
    more /var/log/syslog
  • tail <file>: Tail allows you to display the end of a file, it’s useful to check new entries in a log file.
    tail /var/log/syslog
    You can specify the number of lines to display with -n.
    tail -n20 /var/log/syslog
    And finally, my favorite is the option -f to displays new lines in real-time.
    tail -f /var/log/syslog
  • head <file>: It’s the same as tail but to display the beginning of a file.
    head /home/pi/file.txt
    head -n20 /home/pi/file.txt
  • grep <string>: Grep is a powerful tool to search string in a text. You can use it to search something in a file or to filter the output of another command or script.
    Basic usage:
    grep dhcp /var/log/syslog
    As I say, you can use it on a file or a script output:
    cat /var/log/syslog | grep dhcp
    /home/pi/myscript.sh | grep error
    ls -latr | grep php

    And finally, there are a lot of options to use with grep, like regular expressions or options to display lines before (-B), after (-A) or around (-C) the search string.
    You can also use -v to display everything except the input string.
    grep 'dhcp|dns' /var/log/syslog
    grep -A2 -B4 'Fatal error' /var/log/apache/error.log
    grep -v 'Notice' /var/log/apache/error.log

    If you like this tool, I recommend you read the main page to know exactly what you can do with it.
    man grep
  • nano <file>: Nano is text editor. It would need an entire article to go into detail (I have done it since, click here to read more about it ^^).
    It allows you to edit a file, and save your changes with (CTRL + O, Enter, CTRL + X).
    nano /home/pi/myscript.sh

    You’ll find all actions available at the bottom of the screen.

  • rm <file>: Deletes a file. For a folder, add option -rf (recursive and force)
    rm monscript.sh
    rm -rf /home/pi/scripts/
  • tar -c: You can use tar to store files into an archive. It’s often used with gzip to compress files.
    tar -cvfz archive.tar.gz /home/pi/Documents/mydirectory

    -c: create an archive
    -v: verbose
    -f: filename of the archive follow
    -z: compress files with gzip

  • tar -x: It’s the same command but to extract files.
    tar -xvfz archive.tar.gz 

    -x: extract an archive

  • find: As the name suggests, find is useful to locate files on your Raspberry Pi.
    find /home/pi -iname *.tar.gz

    There are many options to help you find the good file (size, last modification date, …). And if you want to learn options to quickly find a file on Raspberry Pi, you can also read this other article on the topic.

  • pwd: Pwd lets you see in which directory you are.
  • tree: Another great tool to analyze your current location in the file tree. It will show you the entire lower tree (see the example below).
pi@raspberrypi:/var/log $ tree     
   |-- alternatives.log     
   |-- alternatives.log.1     
   |-- alternatives.log.2.gz     
   |-- apt     
   | |-- eipp.log.xz     
   | |-- history.log     
   | |-- history.log.1.gz     
   | |-- history.log.2.gz     
   | |-- term.log     
   | |-- term.log.1.gz     
   | `-- term.log.2.gz

There is a cheat sheet available here that you can download for free, with all the commands listed in this article (in fact there are a few bonuses in the PDF). Make sure to download it, so you always have it handy when you use your Raspberry Pi.

Network commands

Shortly after your first Raspberry Pi OS installation, you’ll need some of these commands to help you with the network configuration (especially if you are on a lite version or with SSH).


By default, the Raspberry Pi 3B+ comes with 2 interfaces (Ethernet and Wi-Fi). The Ethernet is called eth0 and the Wi-Fi is wlan0. You have to use these names with some commands below.

  • ifconfig: Displays your current network configuration, mainly your IP address if connected.

    That’s the easiest way to find the Raspberry Pi address, but there are other solutions when you don’t have access to it (as I explain in this article).
  • ping <ip>: Sends a ping packet to another IP on the network to check if the host is alive.
  • ifup <interface>: Enables the specified interface.
    sudo ifup eth0
  • ifdown <interface>: Disables the specified interface. Can be useful to disable Wi-Fi if you are already connected by cable for example.
    sudo ifdown wlan0

    By the way, it’s a great idea to disable the Wi-Fi interface if you don’t use it. You can find more permanent solutions in this article, but ifdown is a quick way to do this.
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File transfer and remote connection

  • wget <url>: This command allows you to download a file from the Internet.
    wget https://wordpress.org/latest.zip
  • ssh <user>@<ip>: SSH is a network protocol that provides you a way to connect securely to a remote computer.
    ssh root@
  • scp <file> <user>@<ip>:<path>: scp can transfer a file to a remote computer over SSH.
    scp test.txt root@
  • rsync <file> <user>@<ip>:<path>: rsync does almost the same thing but with a delta comparison algorithm and some optimizations to transfer files faster.
    rsync test.txt root@
    rsync -auzr /home/pi/Documents/* /home/pi/backups/Documents/

    As you can see, you can also use rsync for local file synchronization.

    I generally use this command to back up my Raspberry Pi (as explained here). I send all this import files to my local NAS (I’m using this device). It takes a few seconds and I know I’m safe after that.

System updates

Just after the network configuration, you’ll have to update your system to get the latest version of each default package installed.

On Raspberry Pi OS, and generally on all Linux distributions, you’ll have a package for each app or command you install. A list of all available packages is called a repository. Once installed, you need to update this repository and all of your packages regularly to keep your system safe. These commands explain how to do this. We’ll need sudo for all these commands.

  • apt-get update: Downloads the last repository version for each one you have in your configuration (/etc/apt/sources.list).
    sudo apt-get update
  • apt-get upgrade: Updates all installed packages if needed.
    sudo apt-get upgrade
  • rpi-update: Only use this if you know what you do.
    This command will update everything on your Raspberry Pi (firmware, packages, …) and can potentially break something.

Packages management

After that, you may want to install new packages on your Raspberry Pi.
Here are the commands you need to know to do this:

  • apt-get install <package>:  Installs the specified package(s).
    sudo apt-get install phpmyadmin
    sudo apt-get install vim htop
  • apt-get remove <package>: Removes a previously selected package.
    sudo apt-get remove vim
  • apt-cache search <search>: Searches for a package name in the packages list (repository).
    sudo apt-cache search myadmin
    sudo apt-cache search php
  • dpkg -l: Lists all installed packages on your system. You can use grep to find a specific package.
    dpkg -l
    dpkg -l | grep myadmin

System management

Here are the commands you’ll often use to manage your Raspberry Pi system:

  • reboot: As the name says, this command will restart the Raspberry Pi immediately.
    sudo reboot
  • shutdown -h now: This is to stop the Raspberry Pi immediately.
    sudo shutdown -h now

    You can replace “now” by a specific time (shutdown -h 12:05). Don’t use the power switch to stop your Raspberry, you should do it properly by using this command or one of the other methods explained here.

  • service <servicename> <action>: This command allows you to start or stop services.
    service apache2 start
    service apache2 stop

    Sometimes there are other options, depending on the service, for example:
    service apache2 reload
    service apache2 restart

    Don’t type any action to see all those available:
    service apache2
  • update-rc.d <service> <action>: On Debian, this command allows you to manage the service start or stop on the system boot.
    To start a service on boot:
    sudo update-rc.d ssh enable
    To disable start of the service:
    sudo update-rc.d -f ssh remove
    The -f option is here to force the symbolic link deletion. This command is only for service. To start other scripts or commands on boot, you have to edit the /etc/rc.local file.
    sudo nano /etc/rc.local
  • ps: This command displays all running process on your Raspberry Pi.
    The basic command is this one to display everything:
    ps aux
    You can also display process started by a specific user:
    ps -u pi
    This will give you a list like this:
    ps linux command
    The process ID (PID) can be useful for other commands, to stop it for example (next command)
  • kill <pid>: The kill command allows you to terminate a process. You’ll need the process ID to do this (see the previous command).
    kill 12345

    Sometime you may need to use the -9 option to force all related commands to stop.
    For example, if you run 20 commands in a script and kill it, it’ll continue to the next line, not exit the program, except if you use the -9 option.

    kill -9 12345

    You can also use killall to stop all occurrences of a program.

    killall php

    This command will stop all PHP scripts.

    Be aware that this command will immediately stop the process asked, no matter what was going on. It isn’t a clean stop.

    You don’t know what the script is doing so it can damage data or corrupt files.
    This should be used as a last step, and if possible on the non-critical process.

  • htop: This tool is an alternative to top. It’s more user-friendly than top, with colors and dynamic load bars.
  • df: Displays the partition list, with the disk space used and available for each one.
    df -h

    -h option is for the human-readable format.

  • vcgencmd measure_temp: You may not remember it, but this command displays the current CPU temperature.
    vcgencmd measure_temp

Raspberry Pi OS commands

Most of the commands from this post are basically Linux commands.
But Raspberry Pi OS has some exclusive ones that I will introduce.

These are not all essentials, but you may not know them even if you are good with Linux:

  • raspi-config: This tool allows you to manage all the configuration from a terminal or an SSH connection.
    sudo raspi-config
    raspi config
  • raspistill: If you have a camera plugged in the camera module, this command takes a shot and saves it as an image file.
    raspistill -o image.jpg
  • raspivid: It’s the same command but it captures video from the camera.
    raspivid -o video.h264 -t 10000

    -t parameter is the time of the capture in milliseconds.

  • raspi-gpio:  This command allows you to manage the GPIO pins of the Raspberry Pi. You can either set or get a value.
    raspi-gpio get
    raspi-gpio get 20
    raspi-gpio set 20 a5
    raspi-gpio set 20 op pn dh
  • raspividyuv or raspiyuv:  This command is similar to the raspivid but for a raw YUV video stream.
    raspividyuv -o video.yuv
  • rpi-update: Only use this if you know what you are doing. This will update everything on your Raspberry Pi (firmware, packages, …) and can potentially break something.
    sudo rpi-update


Here are some other useful commands that I haven’t managed to place in the other categories :):

  • history: Linux store any command you type in an archive file. History is the command to use to display this list.

    You can also clear all the history.
    history -c
    Or clear one specific entry.
    history -d 12
  • crontab: Cron is a tool to schedule tasks on a Raspberry Pi. Crontab is the file where you enter lines for each task to run.
    crontab -l crontab -e

    -l option to display lines.
    -e option to edit lines.
    You can use sudo before to schedule tasks to run with root privileges.
    I have an entire tutorial on this topic if you need more information.

  • screen: This tool allows you to let something run in the background even if you close your session.
    screen -s <name> screen -r <name>

    -s option to start a new screen with the following name.
    -r option to resume a running screen with this name.
    You can forget the name if you want, an ID will be generated, use screen -r to find it and screen -r <ID> to resume it.
    With only one screen running, screen -r will resume it directly.

Warrior commands

In this last part, I’ll introduce some powerful commands to master your Raspberry Pi
If you start on Linux, you may not need to know this one, but if you want to save time or go further on Raspberry Pi,  you should know this commands

awk: awk is nearly a programming language, it allows you to search string and transform them to display it differently.
So it’ll be difficult to summarize all the possibilities in a few lines, but I’ll try to give you some examples to understand it.
The basic syntax of awk is this one:

Here is a basic example:

awk -F":" '{print $1}' /etc/passwd

/etc/passwd is the file to parse. The field separator is “:” so we use it in the -F option.
Then in the program string, we ask to display only the first column.
So this command will display only a list of usernames.
This is the simple way to use it if you want to know more, I recommend reading a dedicated tutorial like this one.

sed: sed allows you to do similar things to awk. This command will transform text to what you want.
As for awk, it’s a complex command to master, and I’ll only introduce it here.
The basic syntax looks like this:

sed <option> <script> <file>

So it’s very close to awk on this.
Let’s see an example:

sed '/^#/d' /etc/apache2/apache2.conf

In each configuration file, you’ll find a lot of comments to explain what each line is.
This command will display the apache configuration file without comments.
We use a regular expression to delete lines starting with #.
You have to redirect the output to another file to save it.

sed '/^#/d' /etc/apache2/apache2.conf > /etc/apache2/apache2-nocomment.conf 

Like for awk, this is just a glimpse of what sed can do.
If you want to know more, there is also a good sed tutorial on the same website.

cut: cut is the last way to transform text that I’ll introduce. It’s less powerful but it’s simpler to use, so if cut can do it, you’ll probably prefer to use it rather than awk or sed.
As the name suggests, cut allows you to extract part of a text or file.
The basic syntax is:

cut <options> <file> 
echo <string> | cut <options>

The first one is for a file, and the second one to cut a string directly.
A basic example now:

echo "abcdefghi" | cut -c 2-4 

This will display only “bcd”.
-c option is for the character, so basically, it’ll extract character 2 to 4.

Here are other options with a file:

cut -d : -f 1 /etc/passwd 

This will do the same thing as the first example of the awk command.
/etc/password is a file with “:” use as a delimiter.
-d option is to give the delimiter character (“:”).
-f option is to indicate the column to extract (f stands for the field).
So, this will display only the first column and you’ll get a list of usernames.

wc: wc stands for Word Count, it allows you to count everything in a file or stream.
There are three main options: -l for lines, -w for words and -m for characters.
There is also the -c option to get the file size.
Wc without option will give you all of this.

wc .bash_history 
668  1977 17979 .bash_history

The first column is line count, second is word count and last is the file size in bytes.
Here are some examples of options:

wc -l .bash_history 
ls -latr | wc -l 
wc -w myfile.txt

lsof:  lsof stands for “List open files”. This command displays all files open on your Raspberry Pi.
This can be useful to know why you can’t edit a file, or which file lock the unmount process.


watch: If you are waiting for something, in a file or directory, the watch command can help you to monitor what happens. This will execute the same command every two seconds.

watch date 
watch ls -latr 
watch cat output.txt

You can also change the refresh rate with the -n option.

watch -n10 date

This will display the current date every ten seconds.

netstat: Netstat is a powerful tool to monitor what your Raspberry Pi is doing with the network. For example, you can see every port open and every traffic flow.
But netstat is a complex tool that i can’t explain in detail in a few lines.
I will only introduce some basic usages to display all listening connections you can use:

netstat -l

-p option will add the process id (PID).

netstat -lp

-c option allows you to refresh data continuously.

netstat -lpc

You can find all options in the man page of netstat.

dmesg:  This command is useful to understand your Raspberry Pi boot problems.
It will show you every event that happened in the start sequence.
Here you could see errors with drivers or services and understand why something doesn’t work the way you want.


You will get a column with the time elapsed since the beginning of the boot and a text explaining what happened.
There are also normal messages when everything is fine.
If your Raspberry Pi doesn’t boot, you can also check my other tips here.


If you need a quick demonstration of these commands, you can check this video:

And please subscribe to get all the new videos in your YouTube feed:



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Here we are.
Now you should have a better idea of commands to learn to get the best of your Raspberry Pi.

And you, what are your more used commands?
You can see it by analyzing your history file with this kind of command:

history | awk '{CMD[$2]++;count++;}END { for (a in CMD)print CMD[a] " " CMD[a]/count*100 "% " a;}' | grep -v "./" | column -c3 -s " " -t | sort -nr | nl | head -n10

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Patrick Fromaget

I'm the lead author and owner of RaspberryTips.com. My goal is to help you with your Raspberry Pi problems using detailed guides and tutorials. In real life, I'm a Linux system administrator with a web developer experience.

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