how to set static ip raspberry pi wifi

How to Set a Static IP Address on Raspberry Pi

Make sure your Pi has the same IP every time you boot.

If you're trying to access a Raspberry Pi on your local network, there are times when you'll really need its IP address. Sure, you can usually SSH or VNC into a Pi by using its hostname, but for something like port forwarding on a router (which you'll use to create an externally-accessible Minecraft server or web server), an actual IP v4 address may be needed. The problem: every time you reboot your Pi, the IP address can change, based on what the router decides to assign at the moment.

Fortunately, there's a simple way to make sure that your Raspberry Pi always gets the same IP address on your local network or, at least, always tries to get the same address on your local network. It almost goes without saying that if, at the time it boots, another device that's powered on is already using the address in question, your Pi will either have no IP v4 address at all or (if you configured it as such) it will choose an alternative one. So keep that in mind.

Note that this tutorial assumes you already have a Raspberry Pi that's connected to your network. If not, please see our tutorials on how to set up a Raspberry Pi and how to set up a headless Raspberry Pi (no monitor required).

How to Assign a Static IP to a Raspberry Pi

1. Determine your Raspberry PI's current IP v4 address if you don't already know it. The easiest way to do this is by using the hostname -I command at the command prompt. If you know its hostname, you can also ping the Pi from a different computer on the network.

2. Get your router's IP address if you don't already know it. The easiest way to do this is to use the command ip r and take the address that appears after "default via."

3. Get the IP address of your DNS (domain name server) by enter the command below. This may or may not be the same as your router's IP. 

Now that you have the IP address your Pi is currently using, the router's IP address and the DNS IP address, you can edit the appropriate configuration file.

4. Open /etc/dhcpcd.conf for editing in nano.

5. Add the following lines to the bottom of the file. If such lines already exist and are not commented out, remove them.

Replace the comments in brackets in the box below with the correct information. Interface will be either wlan0 for Wi-Fi or eth0 for Ethernet.

In our case, it looked like this.

You may wish to substitute "inform" for "static" on the last line. Using inform means that the Raspberry Pi will attempt to get the IP address you requested, but if it's not available, it will choose another. If you use static, it will have no IP v4 address at all if the requested one is in use.

6. Save the file by hitting CTRL + X and reboot . 

From now on, upon each boot, the Pi will attempt to obtain the static ip address you requested.

Using the Raspberry Pi OS Guide to Set a Static IP

If you already have all the information about your router's IP and DNS IP, you can configure the static IP address using the Network Preferences menu instead of editing the dhcpcd.conf file.

1. Right click on the network status icon and select the Wireless & Wired Network Settings.

2. Select the appropriate interface . If you're configuring a static IP for Wi-FI, choose wlan0. For Ethernet, choose eth0.

3. Enter the IP addresses into the relevant fields.  Your desired IP address will be in the IPv4 field, followed by a /24. Your router's IP and DNS server's IP will be in the fields named after them.

4. Click Apply , close the window and reboot your Pi.

Your Pi will now attempt to use your desired IP address at each boot. However, the Network Preferences menu sets this as a preference, not an absolute. So, if the IP address you asked for is not available, it will use another.

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• AusMatt Typo: grep "namesever" /etc/resolv.conf Should read: grep "name r sever" /etc/resolv.conf Reply
• alan tracey wootton With an Arduino that is serving a web page one can use mDns instead of keeping track of the local IP address. Add this to your Setup(): if (MDNS.begin("esp32")) { MDNS.setInstanceName("count server demo"); MDNS.addService("http", "tcp", 80); MDNS.addServiceTxt("http","tcp","counter","true"); }Then that webpage is available locally in chrome and safari as: http://esp32.local./I didn't test the other browsers. I'm sure this works for a Pi also even though I haven't tried it yet. mDns might be on by default. The url would be http:// raspberrypi .local./To check, try this command: dns-sd -B _http._tcpWhen I do that I find that both of my printers are serving http (a supply level page) in addition to the microcontroller. Reply
• wl84 When I run the nameserver command I get two results back - 192.168.11.1 and 192.168.68.1. I tried both in the config and I can't connect to anythign with either. I'm trying to setup pihole Reply
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Set up a static IP-address on the Raspberry Pi

By default, the Raspberry Pi will get a dynamically allocated IP-address, meaning it changes as you restart it or potentially when new devices are added to the network. To make it easier to connect and have a more stable connection I recommend to set up a static IP address.

Table of contents

Get a static ip-address, setting-up using the desktop, setting-up with the terminal, prioritising internet interface, disabling static ip-address.

To get a static IP-address that works, it will need to be within the range provided by the router. We will therefore first need to find the router’s ip address. This tends to be written on the bottom of the router. If not, simply open a terminal window and type in netstat -nr . Now look under Gateway :

You can also use the command ip route | grep default | awk '{print $3}' .

In this example it is 192.168.0.1 . Using the router’s ip address we can choose a static ip address in the range between 1 and 255, which will become the last number of your ip-address, e.g. 192.168.0.40 .

Determine if you want a static ip address over WiFi or Ethernet. The interfaces are called respectively wlan0 and eth0 .

It is very simple to set up your static ethernet address. Simply right-click on the Wi-Fi icon in the menu bar (top-right on the left of the speaker icon) and select the Wireless & Wired Network Settings .

Now click the empty dropdown menu and select the network interface you want to configure. Now for IPv4 Address enter your chosen ip address, for Router the IP address of the router. AS DNS Servers add 8.8.8.8 . When wanting to add multiple DNSs make sure to add them one after another separate by a space. Finally, click the Disable IPv6 option.

One can also set up a static IP-address via the terminal. For this we need to change the dhcpcd.conf file:

Now scroll to the bottom, and add the following text:

replacing the words in capital by what is desired. Now save the file by pressing ctrl+x then y to exit.

When you are using multiple internet interfaces, such as Ethernet over Wifi, it is important to make sure the internet interface has priority over the other such that you get a working internet connection. To do so, we need to add a metric number to each, with the higher metric being prioritised first. Open the dhcpcd.conf file:

And add the metrics. For example:

Now finally reboot your Raspberry Pi for the changes to be incorporated:

Once your raspberry pi has finished restarting, connect to it locally to verify the static IP address hostname -I or ping from it on a networked computer ping YOURSTATICIP .

In many cases you may not want your Raspberry Pi set to use a static IP address. You can change the network configuration back by editing dhcpcd.conf again ( sudo nano /etc/dhcpcd.conf and removing all the lines you added in the previous steps.

How Do I Set a Static IP Address on Raspberry Pi?

If you're using your Raspberry Pi as a media or game server, setting a static IP address will make things far easier.

If you’re using your Raspberry Pi as a home server or often need to access it remotely from another device, setting a static IP address for it is a very good idea. This means you’ll be able to find it at the same Raspberry Pi static IP address every time, rather than a new address being set dynamically whenever it is rebooted. This is also useful to avoid confusion when you have multiple Raspberry Pi devices connected to your network.

Fortunately, once you know how, it's a fairly simple and quick process to set a Raspberry Pi static IP address. We’ll show you how to change the IP address in Raspberry Pi OS / Raspbian to make it permanent.

What Is an IP Address?

An Internet Protocol (IP) address is used to uniquely identify each device on a computer network, or the network itself on the internet – more on that later. The IP address is normally written in ‘dot-decimal’ notation: four decimal numbers, each ranging from 0 to 255, separated by dots. An example is 192.168.1.107 .

By default in Raspberry Pi OS, which is a Linux-based operating system, your Raspberry Pi’s IP address is reconfigured automatically each time you reboot it, so it may well change. Naturally, this is not ideal when you need a reliable address at which to connect to the Raspberry Pi from another device, such as when using it as a server. So it’s better to set a static IP address on Raspberry Pi.

Private vs. Public IP

A public IP address is used to identify your local network on the wider internet. This typically changes every time your router connects to the internet, although you may be able to make it static depending on your internet service provider.

You can find the public IP address on a Linux system such as Raspberry Pi OS by entering a special Terminal command, or simply by doing a web search for "What's my IP?". It is only required if you intend to connect to a device from outside your network, which we won’t cover here.

Instead, we are looking at the private IP addresses used to identify each device on your own local network. While it may be possible to reserve a certain IP address for your Raspberry Pi in your wireless router’s settings for the same purpose, here we’ll be showing you how to set a static IP from the Raspberry Pi itself.

1. DHCP Configuration

Raspberry Pi OS (formerly known as Raspbian) uses DHCP (Dynamic Host Configuration Protocol) to assign an IP address to the Raspberry Pi automatically whenever it is rebooted. You can find out more in our guide to DHCP .

To change Raspberry Pi OS's behavior so that it uses the same static IP address each time, you will need to modify the configuration file for the DHCP client daemon, dhcpcd.conf .

Before that, you will need some information on your current network setup so that you can add the required details to the configuration file. You will require the following info:

• Type of network connection: This is either wlan0 if your Raspberry Pi is connected to the router wirelessly, or eth0 if it’s connected using an Ethernet cable.

• Raspberry Pi’s currently assigned IP address: it’s safest to reuse this for the Raspberry Pi static IP so that you can be sure the latter hasn’t already been to another device on the network. If not, make sure another device isn't already using it.

To find the Raspberry Pi’s current IP address, enter the following command in a Terminal window:

• Your router’s gateway IP address: this is the one used to contact it from the local network, not its public IP. It varies depending on the router model, but typically starts with 192.168.

To find it, enter the following command and note the first IP address given:

• Your router’s DNS (Domain Name System) IP address: This is typically the same as its gateway address, but may be set to another value to use an alternative DNS – such as 8.8.8.8 for Google, or 1.1.1.1 for Cloudflare.

To find the current DNS IP address, enter the command:

Note the IP address after nameserver – that's the DNS address – and then press Ctrl + X to close the file.

2. Add Static IP Settings

Now you have found all your network connection information, it’s time to edit the dhcpcd.conf configuration file to add the settings you need to set up a static IP address for your Raspberry Pi:

If you haven’t edited the file previously, it will mainly contain various comment lines preceded by a hash (#) symbol. At the bottom, add the following lines, replacing the emboldened names with your own network details:

Replace the emboldened names as follows:

• NETWORK – your network connection type: eth0 (Ethernet) or wlan0 (wireless).
• STATIC_IP – the static IP address you want to set for the Raspberry Pi.
• ROUTER_IP – the gateway IP address for your router on the local network.
• DNS_IP – the DNS IP address (typically the same as your router’s gateway address).

Here is an example configuration to set the static IP to 192.168.1.120 with a wireless connection to a router at 192.168.1.254:

Once you have entered the settings, press Ctrl + X and then Y and ENTER to close and save the modified configuration file.

3. Reboot the Raspberry Pi

With the dhcpcd.conf configuration file modified, restart your Raspberry Pi to effect the changes and set the static IP address for it:

Rather than using an address assigned automatically by DHCP, the Raspberry Pi will now attempt to connect to the router using the new static IP address that you set in the dhcpcd.conf file.

To check that it is working correctly, enter the following command:

You should now see the static IP address that you set in the dhcpcd.conf configuration file.

Set a Static IP Address: Success

Congratulations: you have set up a static IP address on your Raspberry Pi, and it should now retain that address automatically whenever it boots up. Now you can go ahead and use your Pi system as a NAS, media or game server, and connect to it reliably at the same Raspberry Pi static IP address every time.

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How to Configure a Static IP Address on the Raspberry Pi

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The network capabilities on the Raspberry Pi make it possible to create some really fun projects. Once in a while, you’ll come across a project that could benefit from a static IP address. If you’re using your Raspberry Pi for storage as a NAS device, an FTP server—or any other kind of server for that matter—a static IP address can be a big help.

Table of Contents

1 – Update Raspberry Pi OS

This guide should work with any Raspberry Pi using Raspberry Pi OS (formerly Raspbian). Make sure your copy of is up to date. If you’re not sure where to begin, visit our guide on  how to update Raspberry Pi OS .

How to Install Raspberry Pi OS on Your Raspberry Pi Get the new official Raspberry Pi OS on your Pi.

2 – Find your router IP address

We’ll need both your  router  IP address and  name server  IP. We can find this information by running a few commands in a terminal on the Pi.  Remote into the Pi using SSH  or open a terminal window from within Raspberry Pi OS.

How to Connect to a Raspberry Pi Remotely via SSH The preferred (and most common) method of connecting to your Pi to run commands.

To find your router IP address, enter the following command:

The router IP address will appear after the text “default via”—take note of it. The name server can be found in the  resolv.conf  file. Open it using the following command.

Take note of the name server IP address and close the file with  CTRL  +  X .

3 – Edit the dhcpcd file on the Raspberry Pi

The static IP is set by adding it to a file on the Raspberry Pi. In the terminal window, run the following command to edit the  dhcpcd.conf  file.

4 – Set the static IP address

This document has a few lines of code that can be activated by removing the  #  to the left of each line. Use the following ledger to properly set your static IP address.

• Network  = If you’re using a wired connection, set this to  eth0 . If you’re using a wireless connection, set this to   wlan0 .
• Static_IP  = This is the static IP address you want to assign to the Raspberry Pi.
• Router_IP  = This is the IP address for the router.
• Name_Server  = This is the name server address. You can use another DNS IP here if you’d like.

Enter your information into the file, be sure to remove the  <>  brackets. Check the screenshot for an example.

When that’s completed, save the file using  CTRL  +  X .

5 – Test the static IP address

When the changes have been made, restart the Raspberry Pi. Now is a good time to test your project and make sure the IP address isn’t changing. Disconnect and reconnect your Pi from the network. If the IP address changes, verify the information in the previous step saved properly. If it stays the same, congratulations! You’ve set a static IP on the Raspberry Pi.

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How to set a static IP address on a Raspberry Pi

The Raspberry Pi is a fine addition to your home for a crazy number of reasons, but you'll probably need a static IP for it first.

The Raspberry Pi continues to be one of the most impressive computers on the planet. Not for its power, but for the possibilities. This thing can be programmed with a mindboggling number of purposes, from small servers and NAS to controlling your home automation or even just a small Linux computer to learn some new IT skills.

Whatever you want to use it for, it's a pretty solid bet that you'll need a static IP for it. Unless you're using something like the Raspberry Pi 400 hooked up to a display, you're likely using it headless. That is, without a GUI. In the case of the Raspberry Pi Zero, this is even more likely.

Setting a static IP for your Pi is really easy, and doesn't have to involve your home router which sometimes can mess it up anyway. Case in point, the last Raspberry Pi I set up on my home network I assigned a static IP in the router settings, and it just sort of forgot about it and assigned a totally different IP to my ad blocker so it didn't actually work properly. That's why you should follow these steps and set it up on the Pi itself for the best results.

Setting up your Raspberry Pi

This guide assumes that your Raspberry Pi is already set up and you've flashed it with the Raspberry Pi OS already. If you haven't and need a helping hand, we have a guide on setting up a headless Raspberry Pi using nothing but your Windows PC.

Before you can set a static IP for your Raspberry Pi you will need to know what IP address it's currently on. At this point, the quickest method is probably to log into your router's software and grab it there, especially if you're doing a headless setup. You'll need the IP address to connect over SSH and do the rest.

With the IP address in hand, open a terminal (WSL or PowerShell is fine), and connect with the following command:

Accept the fingerprint by typing yes and hitting enter. If this is the first boot you'll need to log in with the default password, which is raspberry . It's a good idea to change this, but for the purposes of what we're doing here you don't need to and can just carry on with the next step.

How to set a static IP on your Raspberry Pi

To set the static IP properly you'll need a few things. The first is the current IP of the Pi which you've already got, the next is your router's gateway IP and the current DNS IP address. We can get these last two from the Raspberry Pi terminal.

Router gateway IP address

Enter this command into the terminal:

Note down the first IP address given as this is the one you want.

Router DNS IP address

Again in the terminal, enter this command:

This will open a file in the nano text editor and the IP address you're looking for is immediately after nameserver . Note this down and press Ctrl + X to close out.

Setting the static IP address

The final step is to set the static IP address for your Raspberry Pi. It involves appending some details to the end of a configuration file. You must make sure you either use the IP address already given to your Raspberry Pi or that you're using an address that is currently vacant.

To begin, enter this command:

This will open up the dhcpcd.conf file in the nano text editor. Use your cursor keys to navigate all the way to the bottom.

Make sure not to change any of the existing items in this file, then at the bottom, you'll be entering a block of text following this template:

You'll replace the terms in capitals with the following:

• NETWORKTYPE — Type either eth0 for ethernet or wlan0 for wireless.
• YOURSTATICIP — Whatever static IP you want to assign to the Raspberry Pi.
• YOURROUTERIP — The gateway IP address acquired above.
• YOURDNSIP — The DNS IP address acquired above.

When finished you'll end up with something that looks a bit like this:

Now, press Ctrl + X followed by Y to close and save the file. You'll need to reboot the Pi for the changes to take effect, which you can do with the

Give it a minute to reboot, reconnect over SSH, and then use the

command to confirm the IP address matches what you set above. It should match, and now your Raspberry Pi should retain this IP any time it boots. Ensure you don't assign anything to this IP address either manually or through your router settings, and you should be good to go!

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How to Set Up a Static IP on the Raspberry Pi

Posted by Scott Campbell | Raspberry Pi | 31

Have you ever tried logging in to your Raspberry Pi  via SSH and were denied because the IP address couldn’t be found? Do you have to scan your network every time you connect to find your local IP address? If the IP address of your Raspberry Pi changes all the time, it’s because you’re using a  dynamic IP address . If you want your Pi to have an IP address that doesn’t change automatically, assign it a static IP address . With a static IP, you can be sure that the same IP will work each and every time.

In this tutorial, I’ll show you how to configure a static IP address using a clean installation of Raspbian Jessie and Raspbian Jessie Lite. There are pros and cons to each type of IP though, so let’s first talk about why you would want a static IP over a dynamic IP.

Static IP vs. Dynamic IP

Dynamic IP’s are good to use if you’re concerned about security. If a hacker gets access to your IP address, you’ll be less vulnerable to attack since your IP changes frequently. A dynamic IP can change every time you log in, or only at certain intervals. A program installed on your network router called the dynamic host configuration protocol (DHCP), automatically changes and assigns new dynamic IP addresses to computers on your network.

A static IP (as you could probably tell by the name) is one that doesn’t change. This makes it more reliable when using services that depend on a stable internet connection, like online gaming, VOIP, or remote desktop applications. With a static IP, you’ll be able to use the same IP address every time you connect to your Pi.

Setting up a Static IP on the Raspberry Pi

Before starting, make sure you’ve already set up and configured a way to access the command prompt. Check out our tutorials  How to Set Up WiFi on the Raspberry Pi  and How to Set Up a Raspberry Pi Without a Monitor or Keyboard  to see how to do that if you haven’t already.

In this tutorial we’ll set up static IP’s for both WiFi and ethernet connections. If you only need one or the other, just omit the code below for the connection you don’t need.

Find Out Your Network Information

The first step is to find out your  default gateway IP . This is the local IP address of your network router. The computers on your network use it to communicate with the router and access the internet. If you already know what it is, just skip this step. If not, do continue…

Power up and log into your Raspberry Pi via WiFi or ethernet, then enter route -ne at the command prompt to see your network routing information:

Under the “Gateway” column, you can see your default gateway IP (10.0.0.1 in my case). The “Iface” column lists the names for each connection – ethernet (eth0) and WiFi (wlan0). Write down your default gateway IP, we’ll need it in a minute.

Now we need to find out the IP addresses of your  domain name servers. Your Pi sends the domain names you enter into your browser (i.e. www.google.com) to domain name servers, which convert the domain names to IP addresses (i.e. 8.8.8.8). Your Pi then uses the IP address to access the website’s server.

Enter cat /etc/resolv.conf at the command prompt to find the list of domain name servers:

Copy these IP addresses to a text editor on your PC or write them down for later.

Configure the Network Settings

Now we’re ready to configure the network settings. By default the Pi is configured with a dynamic IP address. To assign it a static IP address, you need to add your static IP, default gateway IP, and domain name servers to the dhcpcd.conf file.

At the command prompt, enter sudo nano /etc/dhcpcd.conf to edit the dhcpcd.conf file:

Now, without changing anything else in the file, add this code at the bottom of the dhcpcd.conf file, replacing the IP addresses with your own IP addresses found above:

• static ip_address :  This is the static IP address you’ll use to SSH or remotely connect to your Pi. Take your default gateway IP (found in the steps above), and change the last number to any other number between 0 and 255.
• static routers :  This is your default gateway IP address.
• static domain_name_servers :  These are the IP’s we found in the resolv.conf file above. Separate each IP with a single space.

For example, my default gateway IP address is 10.0.0.1. To get the  static ip_address  for my ethernet connection (eth0), I replaced the 1 with 100 to get 10.0.0.100. To get the static ip_address for my WiFi connection (wlan0), I replaced the 1 with 99 to get 10.0.0.99. I’ll use these IPs to log in to my Pi from now on.

The file should look like this (with your own IP addresses):

Once you’ve replaced the IP addresses in the example code with your own IP addresses, press Ctrl-X and Y to exit and save the dhcpcd.conf file. Now enter sudo reboot to reboot the Pi. Log in with your new static ethernet IP or static WiFi IP:

To check that everything is working correctly and the Pi has access to the internet, let’s ping Google. Enter sudo ping www.google.com  at the command prompt:

Press Ctrl-C to stop the pinging. If the connection is successful, you’ll see the packets that have been sent and received. If your connection isn’t successful, you will get a “Network is unreachable” error:

You should probably test the connection by pinging Google with both ethernet and WiFi static IP’s.

You can watch me set this up step by step in this video:

Now that you have a static IP set up, your Pi’s connection to the internet will be a lot more reliable. But another really useful way to connect to your Pi is with a direct ethernet connection to your laptop or desktop. A direct connection is extremely fast and stable. If you connect to your Pi via SSH a lot, I would definitely recommend setting this up. Check out our article,  How to Connect to a Raspberry Pi Directly with an Ethernet Cable to learn how.

Thanks for reading! Let me know in the comments if you have any questions about setting up your static IP, and I’ll do my best to help. And be sure to subscribe! We send out a quick email each time we publish new articles.

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31 Comments

Great article. Just a few weeks too late for me as I finally figured it out…

It can be as simple. Lots of articles about fixed ip on the web, read at least 10 of them. All of them wrong or at least outdated (no jessie). Yours worked in no time. Mni thanks for that!

Thanks a Lot on How to setup static ip address, I looked few web site and most had wrong information.

Thank you, many “so called current” info on this on the web but all seem outdated, this is 100% correct. Thank you again.

works fine in setting static address but when trying to ping Google I get “unknown host http://www.google.com ” If I comment out the added lines the ping works fine I use TightVNC to connect to the PI – router address is 192.168.1.1

@JarJarGeek Very nice guide, I would use this for server, but for general Pi;s I find avahi-deamon more flexible.

When i type in the cat for either files or even sudo nano it either says that te file or directory doesn’t exist or the document comes up blank (implying that it doesn’t exist).

i am using a raspberry pi 3 and am using the latest raspbian os as of may 15th 2016.

please help that way i don’t end up having to set my pi up every time i want to use it.

nevermind. got it working.

had to share this on my @RebelMouse. Thank you! https://t.co/6mLwym7uQO

When I tried this it fails to connect. I think the problem is in the static router address. As per your instructions I came up with 0.0.0.0…

pi@VIDraspberrypi:~ $ route -ne Kernel IP routing table Destination Gateway Genmask Flags MSS Window irtt Iface 0.0.0.0 192.168.1.1 0.0.0.0 UG 0 0 0 wlan0 169.254.0.0 0.0.0.0 255.255.0.0 U 0 0 0 eth0 192.168.1.0 0.0.0.0 255.255.255.0 U 0 0 0 wlan0

Oops… rebooted a second time and now ALL works! THANK YOU FOR WRITING (AND VIDEO RECORDING) SIMPLE, CONCISE AND UP TO DATE INSTRUCTIONS!!!!!!!!!!!

will this allow graphics from a python program running on pi like pygame? or is the screen functionality merely a window into the terminal?

How will you ensure that the DHCP won’t assign this address to another device?. If my understanding is correct the DHCP does not know about this static IP and can therefore assign it to something else. If this happens there will be an IP conflict. is there anyway out of this ?

Most dhcp servers will try to ping address before assigning it to a client. But if your static IP device is switched off, the address still may be used by dhcp, and conflict will happen when you switch it on.To avoid this, you have to exclude address from your dhcp server’s address distribution range. Or you can make a reservation for that address in dhcp. In some cases reservation is even an alternative to static IP.

How can I set network mask to? Because this way it gives me mask of 255.0.0.0 which is not correct in my case, Also I need to set additional classless route for 10.10.0.0/16 via another gateway.

In fact I don’t need static address. If I do, I’d rater prefer to setup a dhcp reservation. I came to your article finding solution to a problem I have: My raspbian jessie / pi3B does not get default gateway from DHCP. It receives normaly everything else – IP address, default domain, dns and ntp servers, additional classless routes but not default gateway! What can be wrong? The DHCP server is Windows 2012 R2, if that does mater.

With Raspian Jessie (2016/09/23) a need to add “routers” and “domain_name_servers” BOTH under eth0 and wlan0:

interface eth0 static ip_address=192.168.x.x/24 static routers=192.168.x.x static domain_name_servers=x.x.x.x

interface wlan0 static ip_address=192.168.x.x/24 static routers=192.168.x.x static domain_name_servers=x.x.x.x

Thanks for the update! I’ll add this to the post.

i share with you a video on youtube how to configure your ip from dhcp to static. https://www.youtube.com/watch?v=3uixbMXZeNs&t=4s

When i run “sudo ifdown wlan0, sudo ifup wlan0” i get “ifdown: interface wlan0, not configured”. what is the fix for this ?

Amazing! Its truly amazing article, I have got much clear idea concerning from this piece of writing.

wicd-curses

Hi, we have the products of raspberry pi and arduino components, and very interest in working with you.

How do i make it so the ip is the same on any network?? Working on a project and need a way to ping the pi on any network it goes to.

Great article, thank you so much for explaining each of the lines in the dhcpcd.conf file. so many articles tell you to “just add this” without explaining what it means and why. Led to me following several and losing SSH access to the pi until I reverted it.

Doesn’t get much easier that that. Thanks.

Thanks, confirming this worked for me using Raspbian Buster in January 2019

Thank you so much, this helped me a lot. May 2020

I have set static IP in Pi and check by ping and it is working fine but when I enter static IP in putty for ssh getting network error connection time out. I have checked SSH is enabled in pi as well. Can anyone please help me why getting this error?

Worked like a charm. Thank you!

Hello Your tutorial is really helpful. But I have a problem. It seems that I have mistype my static IP address so I can’t connect with my RPi. The static ip_address should be “192.168.1.xxx” but I typed it “192.168.201.xxx” Is there any way I could fix it? Thank you

I am having a strange issue where my resolve.conf file keeps resetting upon reboot or shutdown and I have to do the setup again!!!  The requirement for the static IP is because I am running my own VPN server with OpenVPN and the client I am using on the other end for connecting is Orbot for PC. I don't want to start from scratch hence the reset is not a choice. I did try changing the user and also chmod to 775 giving full permissions or locking it down, without much luck. Any guidance is appreciated.

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How do you set a static IP address for hosts that connect to a raspberry pi based wifi hot spot?

I'm looking to set static IP addresses for any device that connects to the pi via the wifi hotspot I created using hostapd and dnsmasq. How do you to this? Right now, it seems the IP may change after 24 hours of being disconnected - what's the correct way to ensure that any time a device connects to the pi using wlan0, it keeps that IP indefinitely?

• wireless-networking
• raspberry-pi

• 2 Google told me that linux.com/topic/networking/dns-and-dhcp-dnsmasq might have the answer. –  berndbausch Jul 31, 2021 at 4:58
• Apparently your google skills are better than mine. What am I doing with my life? This shows me how to keep the IP indefinitely, but what about after reset? Do the settings persist? –  Alex Kelly Jul 31, 2021 at 4:59
• I am sorry for my passive-aggressiveness. This is what I did: google.co.jp/… . First hit. I hope it does help you. –  berndbausch Jul 31, 2021 at 5:00
• 1 Your mistake was thinking that RaspberryPi, Wifi or hostapd had anything to do with your problem. Only one component of your setup produces IP addresses, namely dnsmasq. I focused my search on that, successfully I guess. –  berndbausch Jul 31, 2021 at 5:05
• 1 Note that "dhcp reservation" is not the same as "static". See --dhcp-host in the man page if you are using dnsmasq as the DHCP server. –  Tom Yan Jul 31, 2021 at 7:49

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How to set a Raspberry Pi with a static ip address?

A static IP address , as opposed to a dynamic IP address, doesn’t change. The single-board computer Raspberry Pi always needs a static IP address if you want to access it with other devices over a long period of time. This refers to the private IP address of the Raspberry IP that is located by a computer within the local network as well as the public IP address of the network via which the Raspberry Pi is accessible on the internet (for example, if it’s being used as a server). But how do you provide Raspberry Pi with an IP address that always remains the same? This guide explains which options you have for linking a static IP address to your Raspberry Pi.

Addressing Raspberry Pi in the LAN via a private IP address

Addressing the raspberry pi on the internet via a public ip address or ddns, assign a static private ip address to raspberry pi with a router, assign a static private ip address to raspberry pi with dhcpcd, static ip addresses for raspberry pi are sometimes vital.

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Addressing Raspberry Pi via a static IP address

For many projects with the small computer, it’s either useful or necessary to provide Raspberry Pi with a static IP address. But before we talk more specifically about the use of such a static IP address with Raspberry Pi, we’ll first outline the differences between addressing a computer in a private (local) network or on the publicly accessible internet . Private and public IP addresses are not to be confused with each other.

Within a local network (also called a Local Area Network, or LAN for short), a router distributes data to various devices. The router is also responsible for IP address assignment – more specifically, the DHCP server integrated in the router is responsible. For example, the DHCP (Dynamic Host Configuration Protocol) automatically assigns free IP addresses to the corresponding devices. Computers, smart TVs, smartphones, or a Raspberry Pi each receive such an address via which they can communicate with other devices. Therefore, all devices are uniquely identifiable via their so-called MAC address .

Since IP addresses in a private network are individually assigned by the DHCP and the coupling of devices to an IP address is only valid within your local network, here we’re talking about private IP addresses . In the default settings, Raspberry Pi also receives its IP address via the DHCP server. The private IP addresses of individual devices can change though, depending on the configuration of the DHCP server.

To be able to reach Raspberry Pi on the same address in your own LAN, you have to provide it with a static, private IP address . One such static IP address for Raspberry Pi can be used, for example, for the remote maintenance of a computer within the network protocol SSH (Secure Shell): If you have an SSH program installed, you can control the Raspberry Pi via another computer using the SSH client. This has the advantage that you don’t have to connect a monitor and input device separately for operation anymore. But if the minicomputer only has a dynamic private IP address, then you have to reselect the current IP address for every SSH access and link it to the SSH client – you bypass this step with a static private IP address.

A static private IP address is essential for your Raspberry Pi if you want to set it up as a server in the LAN . If the Raspberry Pi server is also to continue being available outside of the local network, then you have to assign it another static address via which the server can be accessed on the internet. For example, an internet connection with a static public IP address or a DDNS service.

If the Raspberry Pi is to be used as a server accessible over the internet, then the public IP address of your internet connection comes into play. Most internet access is available via dynamic IP addresses that are changed every time they start and at the latest every 24 hours. This changes the public IP address with which the Raspberry Pi server can be reached.

If you want to set up your Raspberry Pi as an ownCloud server or in another server form, the following problem occurs: As soon as the server receives a new IP address, it can only be traced in the LAN. If you want to be found outside of the local network, you no longer know which address the server can be reached on. The solution to this is a fixed IP address. The simplest variation here would be to use an internet connection with a static public IP address . But this is usually quite expensive, and isn’t offered by all internet service providers.

Another solution is the application of dynamic DNS (DDNS) . This links your dynamic public IP address with a domain name. Every time, as soon as your IP address changes, a program redirects the new address to the domain name and makes it permanently available on the internet. Now if you link a server on Raspberry Pi with the domain name, it’s permanently accessible online.

There are both free and paid DDNS services. Before you decide on one for yourself, you should first test which DDNS providers your router supports, and whether it supports any at all . Find the DDNS support tutorial for whichever individual router your DDNS server is intended to operate on, such as this tutorial for Linksys routers .

Many routers support the ability to provide individual devices within the local network with a static IP address. With a Linksys router, the Linksys app  allows you to manage multiple devices and handle all of the router assignments remotely. Various other routers also support similar functions, and so can be used for linking Raspberry Pi with a static IP address.

A static IP address for Raspberry Pi is set up somewhat differently for each router. The basic principle is always the same, though: You open the user interface of the router in your browser; Link the MAC address of Raspberry Pi with your LAN’s IPv4 address via the manual IP configuration. Most of the time, a checkbox exists for this in the router interface. This enables you to always automatically use the IP address assigned to you.

Raspbian Jessie, or Jessie Lite – the current Raspbian operating systems at the moment – have a DHCP client daemon (DHCPCD) that can communicate with the DHCP servers from routers. The configuration file of a DHCP client daemon allows you to change the private IP address of a computer and set it up in the long term. The following instructions will assign a static IPv4 address with 32 bits (not to be confused with an IPv6 address , which has 128 bits available) to the Raspberry Pi.

Before you begin with the assignment of a private IP address for Raspberry Pi, check whether DHCPCD is already activated using the following command:

In case it’s not, activate DHCPCD as follows:

Now make sure that the configuration of the file /etc/network/interfaces has the original status . For this, the ‘iface’ configuration needs to be set at ‘manual’ for the interfaces.

For the editing of the activated DHCPCDs, start by opening the configuration file /etc/dhcpcd.conf and running the following command:

You’ll now carry out the configuration of the static IP address. If your Raspberry Pi is connected to the internet via an Ethernet or network cable, then enter the command ‘interface eth0’; if it takes place over Wi-Fi, then use the ‘interface wlan’ command.

To assign an IP address to Raspberry Pi, use the command ‘ static ip_address= ’ followed by the desired IPv4 address and the suffix ‘ /24 ’ (an abbreviation of the subnet mak 255.255.255.0 ). For example, if you want to link a computer with the IPv4 address 192.168.0.4 , then you need to use the command ‘static ip_address=192.168.0.4/24’. It goes without saying that the address used here is not yet used anywhere else. As such, it also can’t be located in the address pool of a DHCP server.

You still then need to specify the address of your gateway and domain name server (usually both are the router). Raspberry Pi turns to the gateway address if an IP address to which it wants to send something is outside of the subnet mask (in the example, this would mean outside of the range 192.168.0). In the following command, the IPv4 address 192.168.0.1 is used as an example as both the gateway and DNS server. The complete command looks like this in our example (where a network cable is used for the internet connection):

The command lines above match the IPv4 addresses that you want to use for your Raspberry Pi, or where your router is assigned. Save the changes with ‘Ctrl + O’ and then press the enter key. Close the configuration file with ‘Ctrl + X’. Restart to adopt the newly assigned static IP address in the network:

Now use a ping command to check whether the Raspberry Pi is accessible in the network with its new IP address:

If the connection of the IP address was successful, you’ll see that you can reach it under the new IP address with a ping.

In summary, it should be noted that there are basically two different IP addresses that are relevant for Raspberry Pi (and projects using it): the private IP address of the Raspberry Pi within the local network, and the public IP address of its internet connection.

A static private IP address is primarily necessary if you want to use Raspberry Pi as a server . But if you access the minicomputer via SSH more frequently, you should assign in a static address in the same way. The possibilities outlined above detail how this can be achieved with relatively simple means.

Assigning a fixed public address that allows your Raspberry Pi to be accessed via the internet is somewhat more complicated. This is necessary, for example, when attempting to make your server installed on Raspberry Pi remain constantly available online. Most internet access is available only via a dynamic public IP address, which isn’t possible here. Since a static address isn’t offered by all internet providers (and if it is, then it’s usually relatively expensive), a DDNS service presents the best solutions. But for this, you have to know which forms of dynamic DNS are supported by your router.

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How to setup a static IP address on your Raspberry Pi

So, you want to connect remotely to your Raspberry Pi? For that you’ll need its IP address! There are two main forms of IP address, dynamic and static. By default, your Raspberry Pi will have a dynamic IP address. This means that the IP address can change at any time - not ideal if you want to run your Raspberry Pi headless, as you’ll need to keep checking and updating the IP address in your system. A static IP address however will not change, it assigns your Raspberry Pi a permanent address on your network - so you know exactly where it is at all times. Setting up a static IP address on your Raspberry Pi can seem like a daunting task, but fear not, we’ll walk you through it one step at a time in this tutorial. For this guide, we’re going to assume that you are running the latest version of the Raspbian operating system as it is the most common amongst Raspberry Pi owners. Step 1. Check your connection! First up we’ll need to double check that your Raspberry Pi is happily connected to your network. A great way to do this is to run sudo ifconfig

• Destination 

run sudo reboot to restart your Raspberry Pi with its new static IP address. The changes we have made will only take effect after a reboot.

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HOWTO: Set Static IP on Raspberry Pi4 wireless with new HassOS Installation 08/2021

Synopsis: How To Configure Static IP on a PI4, using its onboard Wifi adapter, before ever booting to the GUI or using a wired connection. This documentation was written for HA core-2021.8.8.

Why: I was building a dev box out of a spare PI and needed to get it on Wifi, something I would normally not do. All the documentation I found about setting a static IP was for an already installed machine, I wanted to do this as I built the machine, so it came up the first time on my wifi and with the correct IP. I draw heavily from other peoples work, linked within. The reason I’m writing this guide is that it’s 2021, and the latest I could find was from 2018, and a lot has changed since then, so here’s what worked for me.

You will need:

• Pi4 (I am told a Pi3 will work, but I have not tried this)
• Some other computer (mac, win, chrome, lin, doesnt matter) with a USB port available.
• USB stick of any size which you can erase. You won’t need it after the process is complete so don’t go buy one, use anything you have.
• a random created UUID, created from https://www.uuidgenerator.net/
• Using the spare computer, format the USB drive as Fat32, whatever size it is, doesn’t matter, you are only going to put one file on it.
• Name this new USB volume CONFIG (all uppercase, no quotes)
• In the root of the USB drive, create a directory called network (lower case) and in that directory, create a file called my-network (all lower case no quotes no spaces)
• Edit this file with your text editor of choice and if you are doing static wifi, here’s what you need to put in the file:
• eject and remove the USB stick from your spare PC, put it into the PI, and boot the PI. If all goes well, it will boot, join your network, and be reachable at the IP address you used above.

Once you have successfully booted the PI to HA, then named your HA, signed into it, created your user, etc, you can shut down the PI and remove the USB key. You will not need it again.

The PI is now configured to boot with your new IP information. Reboot the PI.

If the PI didn’t join your Wifi, have a look at the my-network file again, there should be no fancy characters in it, and no extension on the file name. You can change the syntax to use DHCP or in fact a wired static IP via this same method if you like, see the documentation from git listed below.

I drew this information from the following resources, and thanks to all for your work on this magnificent product!

https://www.uuidgenerator.net/

Hope this helps! -Jim

Please remove hass.io from the title, the term has been deprecated for more than a year now.

good catch thanks

Hi there guys. I spent the better part of 4 hours trying to figure out how to connect Home Assistant to a wireless router without having to plug an ethernet cable or fiddle with a USB stick. Jokes on me I know, but I am curious until I am not. Okay so here is what I found out about connecting via the CLI to a wireless router for a Raspberry Pi 4:

• Home Assistant CANNOT connect to a 5ghz connection. I found this out the hard way after discovering the correct commands in the CLI.
• The string to run in the CLI goes as follows:

network update wlan0 --wifi-ssid YOURSSID --wifi-auth wpa-psk --wifi-psk YOURPASSWORD --ipv4-method auto --ipv6method auto

That’s it! You are done. You could replace the method auto with static info, but after 4 hours I just want it online. Cheers boys!

I just want to say it is generally considered best practice to setup static IPs on the router and not the device itself. I know not all consumer grade routers will have this option, but if you do have a router that allows it I would recommend setting up the static IP via the router instead of your Home Assistant device.

How to Install a Headless Raspberry Pi (No Monitor) In 2023

While Raspberry Pis can be used as a desktop, they are also often used in projects without a monitor or keyboard plugged into it. In these projects, a bit of pre-configuration to skip the welcome wizard can help get access to them directly after the first boot.

The easiest way to pre-configure a Raspberry Pi before the first boot is to use the Advanced Options in Raspberry Pi Imager. By enabling remote access and pre-configuring the user, password and network, the Raspberry Pi will be immediately accessible.

And, you’re in luck, as this procedure is now easier than ever. In this article, I’ll give you all the steps needed to make it work in no time (that’s what I do for all my tutorials).

If you’re looking to quickly progress on Raspberry Pi, you can check out my e-book here . It’s a 30-day challenge where you learn one new thing every day until you become a Raspberry Pi expert. The first third of the book teaches you the basics, but the following chapters include projects you can try on your own.

Headless setup prerequisites

On the hardware side, you don’t need anything special to achieve your first headless setup:

• Any Raspberry Pi model : You can obviously pick the best model for your specific project, but all models are compatible with the configuration I’ll show you later. Just make sure to pick one with the right network compatibility (you can’t autoconfigure it for a wireless network if it doesn’t support it).
• An SD card that you’ll overwrite : I recommend getting a different one than your existing system, so you can always get back to it if anything goes wrong. Here is the best SD card according to my benchmarks . You can also use a USB drive ( like an SSD ) if you want, the procedure will be the same.
• Another computer with an SD card reader (or USB adapter ), where you’ll follow the tutorial. It can be a Raspberry Pi if you don’t have another computer available (in this case, you need two SD cards + the USB adapter to plug both at the same time).

For your information, I’m testing this procedure with a Raspberry Pi 400 , and this SD card (a good compromise between performance and price).

On the software side, the only thing we need is Raspberry Pi Imager installed on the main computer (or Raspberry Pi). It’s the free software created by the foundation to install a new system on the Raspberry Pi, and it’s available for all operating systems on their website .

How to set up a headless Raspberry Pi

Luckily, there is no longer any need to edit configuration files on the SD card directly. Raspberry Pi Imager now takes care of everything, so the procedure to pre-configure a Raspberry Pi is pretty straightforward:

• Follow the installation steps in Raspberry Pi Imager as usual.
• Edit the mandatory fields in the OS customization settings (credentials & network).
• Flash the OS to the storage.

Let’s see how to do this step-by-step.

Run Raspberry Pi Imager as usual

If you’ve already used Raspberry Pi Imager, the beginning is the same as usual. Just follow these steps to pick your operating system and storage device:

• (Optional) Select your Raspberry Pi model to filter the list. It will filter the list of operating systems with only the ones compatible with your model. This makes it easier for you to pick the right one.

• Then click on “Next” to move to the next step .

Up to this point, there is no difference between a headless setup and a traditional installation. Things begin to differ in the next step.

Apply the OS customization settings

When you click Next, after selecting the operating system and storage, a popup will appear, asking you if you want to edit the default configuration:

Click on “Edit Settings” to open the default configuration.

A form looking like this will appear:

That’s where the magic happens.

The purpose of a headless setup is to skip the Welcome Wizard and be able to access the Raspberry Pi directly from a remote computer after the first boot. To do this, the username, password and network configuration must be completed through the OS customization settings.

By default, Raspberry Pi OS won’t boot completely, and will show the welcome wizard on the first boot, everything is set here. If you don’t use Ethernet and want to access the Pi directly after the boot, you also need to configure the Wi-Fi network in this form.

Make sure to fill this form with everything you need.

Then, click on “Services” to enable ssh SSH, or Secure Shell Protocol, is a cryptographic network protocol used for securely accessing and... :

SSH is the remote access protocol that will give you access to the Raspberry Pi directly after the first boot. It’s not enabled by default, unless you check this box, and have a username and password set.

If you have done all the other steps but didn’t enable SSH, the Raspberry Pi will skip the Welcome Wizard, but you won’t be able to access the Raspberry Pi from another computer. So, this step is pretty essential.

Once all the configuration is done under “OS Customisation”, click on “Save” and proceed with the SD card writing. Raspberry Pi Imager will apply the settings directly to the SD card or USB drive.

Reminder: Remember that all the members of my community get access to this website without ads, exclusive courses and much more. You can become part of this community for as little as $5 per month & get all the benefits immediately.

• 25 awesome Raspberry Pi project ideas at home
• 15 best operating systems for Raspberry Pi (with pictures)
• My book: Master your Raspberry Pi in 30 days

First boot and Raspberry Pi access

When Raspberry Pi Imager has completed the flashing process, we can move and test our configuration.

Start up the Raspberry Pi

• Insert the SD into the Raspberry Pi (or plug your USB drive).
• Plug in the power supply.
• Wait about 5 minutes for the first boot to complete. It’ll take more or less time depending on your system and Raspberry Pi model, but that should be enough in most cases.

Find its current IP address

If everything goes as expected, the Raspberry Pi should be assigned a new IP address by your network router (whether you use Ethernet or Wi-Fi doesn’t matter).

The issue is that, without a monitor, we can’t read it on the screen as usual, so we need to be a little smarter than that.

The first option is to open the web interface of your router (or DHCP server) and find the assigned IP address there. The second option (what I generally do), is to scan the network for all connected devices, using a command like “nmap” or a tool like Advanced IP Scanner:

In this screenshot, you can see that the tool has found several devices on my network, with one of them matching the hostname I set under “OS Customisation”. That’s my Raspberry Pi, with the IP address 192.168.0.13.

I explain everything in more detail in this article if you need more details: 7 Easy Ways to Find Your Raspberry Pi IP Address

Access it via SSH

Once the Raspberry Pi has fully started up, and you know its IP address, you can access its terminal via SSH.

I won’t explain everything here, as I have a full guide about SSH on Raspberry Pi , but basically, you can use your favorite SSH client, type the IP address found in the previous step, and enter the username and password set during the installation to access it.

Once connected via SSH, you can do everything in command lines , install new packages , and really start your main project.

Going further

If you installed an operating system with a GUI A GUI, or Graphical User Interface, is a visual way for users to interact with... , the next step might be to install one of the remote access solutions available on Raspberry Pi . This will give you access to the full interface, not only the terminal and command lines.

The recommended option currently is to use VNC VNC, or Virtual Network Computing, is a graphical desktop sharing system that allows you to... . It can be enabled easily on Raspberry Pi OS via raspi-config: sudo raspi-config

Once done, you can use a VNC client (like TigerVNC) and connect to the Raspberry Pi to see all the menus and graphical displays, as if the Raspberry Pi was using your computer screen .

I explain everything in this VNC tutorial I recommend reading if you’ve never done this.

And now that you know how to quickly set up a new Raspberry Pi system, with everything configured, it’s time to level up your game and try one of these projects:

• All The Best Raspberry Pi Project Ideas (with links)
• 15 Raspberry Pi Network Projects for Home and Office Use
• 15 Easy Projects for Raspberry Pi Beginners (With Links)

Whenever you’re ready, here are other ways I can help you: The RaspberryTips Community : If you want to hang out with me and other Raspberry Pi fans, you can join the community. I share exclusive tutorials and behind-the-scenes content there. Premium members can also visit the website without ads. Master your Raspberry Pi in 30 days : If you are looking for the best tips to become an expert on Raspberry Pi, this book is for you. Learn useful Linux skills and practice multiple projects with step-by-step guides. The Raspberry Pi Bootcamp : Understand everything about the Raspberry Pi, stop searching for help all the time, and finally enjoy completing your projects. Master Python on Raspberry Pi : Create, understand, and improve any Python script for your Raspberry Pi. Learn the essentials step-by-step without losing time understanding useless concepts. You can also find all my recommendations for tools and hardware on this page .

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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 web developer experience.

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Installation process

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• Back in the main Raspberry Pi menu, click the Choose Storage option.
• Select the SD card you want to install OctoPi on.

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After you have everything set up to your liking, close out of the options menu and select Write on the main Raspberry Pi Imager window. Accept any popup boxes that the imager presents to complete the installation process.

First time setup

There are a few different ways to access the Octoprint browser menu. The easiest way is to type in the hostname you input during the installation into your address bar. But this only works if your computer supports Bonjour. You can also use http://octopi.local and http://(your Pi's IP address).

• When you access Octoprint for the first time, you will be greeted with a setup wizard. 
• The first page will give you a box to input the system's username and password. Setting this up keeps the printer from being used by other individuals on your network freely. 
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• Next up, the setup wizard will ask you if you want to enable features such as having Octoprint check if the internet is available when booting and collecting anonymous usage data.
• The final setup page will ask you to input the name and model of the 3D printer you are accessing with Octoprint. 
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Once you get to the main Octoprint tab, click Save Connection Settings at the top left, then click Connect. To start printing, you can upload files by dragging them directly into the Octoprint window.

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Plugins let you further customize your Octoprint setup. Some let the user adjust the look of the web interface, while others, such as Octodash , can add new features, such as allowing the user to set up a touchscreen interface on your 3D printer. There are two ways to install Octoprint plugins. The simplest way is to use the Plugin Manager in Octoprint. Here's how to do it:

• Open Octoprint's Settings in the web interface.
• Select Plugin Manager from the dropdown on the left.
• Click Get More at the top right of the window.
• On this menu, you can search for Plugins in the Plugin Repository.
• To install one, click the blue Install button to the right of the plugin's title. (You can also enter a plugin URL or upload a file directly from the same menu.)

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Part 1 - Assigining a static IP and allowing password based Auth on Ubuntu 23.10

Oct 23, 2023

Recently, I installed ubuntu 23.10 on my Raspberry Pi 4, and I realized there were a few changes that were done with netplan configurations.

Also I was unable to ssh using password to any of the Pi’s.

So it made me think to blog this and keep it handy for myself and others like me who are in the same boat.

Setting up network after the first boot

When you connect to your Pi after the first boot, and login with the default username / password - ubuntu / ubuntu , you are prompted to change the login password.

• On competing this step, validate the contents of your network. If your network supports DHCP, you will see something like this in sudo cat /etc/netplan/50-cloud-init.yaml
• Before we change any settings in there, you first want to edit sudo vi /etc/cloud/cloud.cfg.d/99-disable-network-config.cfg and add the line into this file. By doing this, we are disabling the cloud-init’s configuration (if you are using it)
• Next, let us configure the Pi to have a static IP. So let us edit the file sudo cat /etc/netplan/50-cloud-init.yaml and add the values for
• addressess - IP address with the subnet range
• via - gateway IP goes in here
• nameservers - DNS server
• search - domains
• dhcp4 - set to false
• optional - set to false
• Finally, run sudo netplan apply , and then try pinging your Pi on the IP address that you configured it with

Enabling password based ssh

If you inspect the sudo cat /etc/ssh/sshd_config.d/50-cloud-init.conf , you will notice that the PasswordAuthentication is disabled. This setting will prevent anyone to ssh onto the Pi using username / password.

The security guidelines dictate that you should use key based authentication to ssh into your Ubuntu OS.

I wanted to allow both, as this is for my non-routable internal lab only.

To do this, simply modify the file sudo vi /etc/ssh/sshd_config.d/50-cloud-init.conf and change the value from no to yes

Finally, restart the ssh service, and now you can ssh to the machine using username / password combo!