how to add ipv6 address using ifconfig

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What You Need to Know Before Creating a New Email Address

Creating a new email address can be a great way to stay organized, protect your privacy, and even improve your online security. But before you create a new email address, there are a few things you should know. Here are three important considerations to keep in mind when creating a new email address.

Choose the Right Email Provider

The first step in creating a new email address is choosing the right email provider. There are many different providers available, each with their own features and benefits. You’ll want to consider factors such as storage capacity, security features, ease of use, and customer service when selecting an email provider. It’s also important to make sure that the provider you choose is reliable and secure.

Create a Secure Password

Once you’ve chosen an email provider, it’s time to create your password. Your password should be unique and difficult for others to guess. It should also contain at least 8 characters, including numbers and symbols. Avoid using common words or phrases, as these can easily be guessed by hackers. Additionally, it’s important to change your password regularly in order to ensure that your account remains secure.

Be Aware of Privacy Policies

Finally, it’s important to be aware of the privacy policies of the email provider you choose. Many providers collect data about their users in order to target ads or sell information to third parties. Make sure you read through the privacy policy carefully before signing up for an account so that you know exactly what information is being collected and how it will be used.

Creating a new email address can be an easy way to stay organized and protect your privacy online. Just make sure that you take the time to choose the right email provider, create a secure password, and read through the privacy policy before signing up for an account. With these tips in mind, you’ll be able to create a safe and secure email address that meets all of your needs.

This text was generated using a large language model, and select text has been reviewed and moderated for purposes such as readability.

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• Instance IP addresses
• Configure IPv6 addresses
• Configure an IPv6 address for a Linux instance
• Step 4: Configure an IPv6 address
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Elastic Compute Service:Step 4: Configure an IPv6 address

This topic describes how to configure IPv6 addresses for Linux Elastic Compute Service (ECS) instances. IPv6 addresses can be manually or automatically configured. We recommend that you use an appropriate tool to automatically configure IPv6 addresses.

Automatically configure IPv6 addresses

The ecs-util-ipv6 tool can be used to configure IPv6 addresses for instances that are already assigned IPv6 addresses and clear IPv6 configurations for instances that are not assigned IPv6 addresses.

• The ecs-util-ipv6 tool applies only to ECS instances located in virtual private clouds (VPCs) and depends on instance metadata. Before you use this tool, make sure that the network service is enabled and that outbound access to 100.100.100.200 is allowed on port 80. For more information, see Overview of ECS instance metadata .
• When the ecs-util-ipv6 tool runs, network interface controllers (NICs) and the network service are restarted. This may cause a brief network interruption. Proceed with caution.
• Run the following commands to grant the execute permissions on the tool and run the tool as an administrator: chmod +x ./ecs-utils-ipv6 ./ecs-utils-ipv6
• Optional: If your instance uses a Ubuntu 14 public image, you must restart the instance after you run the preceding commands to make the configurations take effect. For more information, see Restart instances .

If your instance is already assigned an IPv6 address, the IPv6 address is automatically configured. Otherwise, the existing IPv6 address configurations are automatically cleared.

The <NIC name>, <IPv6 address>, <Subnet prefix length>, and <IPv6 gateway> fields are variables. Replace them with your actual ones.

• If you want to configure IPv6 addresses for multiple instances at a time, we recommend that you use Cloud Assistant or user data to configure a script that automates the configuration process. For more information, see Overview and Overview of ECS instance user data . The following sample script is a Bash shell script that is used to configure IPv6 addresses for an instance that runs a Red Hat Enterprise Linux (RHEL) operating system: #!/bin/sh install_dir=/usr/sbin install_path="$install_dir"/ecs-utils-ipv6 if [ ! -f "$install_path" ]; then tool_url="http://ecs-image-utils.oss-cn-hangzhou.aliyuncs.com/ipv6/rhel/ecs-utils-ipv6" # download the tool if ! wget "$tool_url" -O "$install_path"; then echo "[Error] download tool failed, code $?" exit "$?" fi fi # chmod the tool if ! chmod +x "$install_path"; then echo "[Error] chmod tool failed, code $?" exit "$?" fi # run the tool "$install_path"

Manually configure IPv6 addresses for an instance that runs an Alibaba Cloud Linux 2 or 3 operating system

Perform the following steps to manually configure IPv6 addresses for an Alibaba Cloud Linux instance.

• Connect to the instance. For more information, see Connect to a Linux instance by using a password .
• If the command output contains inet6 information, IPv6 is enabled for your instance. You can skip Step 3 and proceed to Step 4.
• If the command output does not contain inet6 information, IPv6 is not enabled for your instance. Perform the following steps to enable IPv6.
• Run the following command to go to the /etc/systemd/network/ directory: cd /etc/systemd/network/

In this example, the 50-dhcp.network file is used.

• Modify the 50-dhcp.network file. vi /etc/systemd/network/50-dhcp.network

After you make the change, press the Esc key, enter :wq , and then press the Enter key to save the change and exit.

• Enable IPv6 for all NICs. sudo sysctl -w net.ipv6.conf.all.disable_ipv6=0 sudo sysctl -w net.ipv6.conf.default.disable_ipv6=0
• Enable IPv6 for a specific NIC. In this example, the eth0 NIC is used. sudo sysctl -w net.ipv6.conf.eth0.disable_ipv6=0
• Restart the systemd-networkd service to make the configurations take effect. sudo systemctl restart systemd-networkd
• Modify the /etc/sysctl.conf file. vi /etc/sysctl.conf
• Delete the following configurations: net.ipv6.conf.all.disable_ipv6 = 1 net.ipv6.conf.default.disable_ipv6 = 1 net.ipv6.conf.lo.disable_ipv6 = 1

After you make the modification, press the Esc key, enter :wq , and then press the Enter key to save the modification and exit.

• Check whether the configurations in the /etc/sysctl.conf file are consistent with those in the /etc/sysctl.conf file in the initial RAM file system (initramfs). diff -u /etc/sysctl.conf <(lsinitrd -f /etc/sysctl.conf) Note Alibaba Cloud Linux 2 has an initramfs configured. If the configurations in the /etc/sysctl.conf file in the initramfs are inconsistent with those in the /etc/sysctl.conf file, the system may accept the file in the initramfs.
• If the two files are inconsistent, run the following command to generate a new initramfs: sudo dracut -v -f
• Restart the instance. reboot
• Run the ifconfig command to check whether IPv6 is enabled. If IPv6 is enabled, the following network configurations are displayed: inet6 <Unicast address starting with fe80::> inet6 <IPv6 address of ECS instance>

Save the modification and exit.

Manually configure IPv6 addresses for an instance that runs an operating system of another series

Perform the following steps to manually configure IPv6 addresses for an instance that runs an operating system of another series, such as CentOS, Debian, Ubuntu, or Fedora.

• ECS console: For more information about how to view the IPv6 address assigned to an instance in the ECS console, see Step 2: Assign an IPv6 address .
• IPv6 address: network/interfaces/macs/[mac]/ipv6s
• IPv6 gateway: network/interfaces/macs/[mac]/ipv6-gateway
• vSwitch IPv6 CIDR block: network/interfaces/macs/[mac]/vswitch-ipv6-cidr-block

• Previous : Chapter 6 Administering Network Interfaces (Tasks)
• Next : Configuring an IPv6 Router

Configuring an IPv6 Interface

The initial step in IPv6 configuration is enabling IPv6 on an interface. You can enable IPv6 support during the Oracle Solaris 10 installation process or by configuring IPv6 on the interfaces of an installed system.

During the Oracle Solaris 10 installation process, you can enable IPv6 on one or more of a system's interfaces. After installation, the following IPv6-related files and tables are in place:

Each interface that was enabled for IPv6 now has an associated /etc/hostname6. interface file, such as hostname6.dmfe0 .

For Solaris 10 11/06 and earlier releases, the /etc/inet/ipnodes file has been created. After installation, this file typically contains only the IPv6 and IPv4 loopback addresses.

The /etc/nsswitch.conf file has been modified to accommodate lookups using IPv6 addresses.

The IPv6 address selection policy table is created. This table prioritizes the IP address format to use for transmissions over an IPv6-enabled interface.

This section describes how to enable IPv6 on the interfaces of an installed system.

Enabling IPv6 on an Interface (Task Map)

The following table lists different tasks for configuring the IPv6 interfaces. The table includes a description of what each task accomplishes and the section in the current documentation where the specific steps to perform the task are detailed.

How to Enable an IPv6 Interface for the Current Session

Begin your IPv6 configuration process by enabling IPv6 on the interfaces of all systems that will become IPv6 nodes. Initially, the interface obtains its IPv6 address through the autoconfiguration process, as described in IPv6 Address Autoconfiguration . You then can tailor the node's configuration based on its function in the IPv6 network, either as a host, server, or router.

If the interface is on the same link as a router that currently advertises an IPv6 prefix, the interface obtains that site prefix as part of its autoconfigured addresses. For more information, refer to How to Configure an IPv6-Enabled Router .

The following procedure explains how to enable IPv6 for an interface that was added after Oracle Solaris 10 installation.

Before You Begin

Complete the planning tasks for the IPv6 network, such as upgrading hardware and software, and preparing an addressing plan. For more information, see IPv6 Planning (Task Maps) .

Log in to the prospective IPv6 node as Primary Administrator or as superuser.

The Primary Administrator role includes the Primary Administrator profile. To create the role and assign the role to a user, see Chapter 2, Working With the Solaris Management Console (Tasks), in System Administration Guide: Basic Administration .

Enable IPv6 on an interface.

Start the IPv6 daemon in.ndpd .

You can display the status of a node's IPv6-enabled interfaces by using the ifconfig -a6 command.

Example 7–1 Enabling an IPv6 Interface After Installation

This example shows how to enable IPv6 on the qfe0 interface. Before you begin, check the status of all interfaces configured on the system.

Only the qfe0 interface is currently configured for this system. Enable IPv6 on this interface as follows:

The example shows the status of the system's interface before and after qfe0 becomes IPv6-enabled. The -a6 option of ifconfig shows just the IPv6 information for qfe0 and the loopback interface. Note that the output indicates that only a link-local address was configured for qfe0 , fe80::203:baff:fe13:14e1/10 . This address indicates that as of yet no router on the node's local link advertises a site prefix.

After IPv6 is enabled, you can use the ifconfig -a command to display both IPv4 and IPv6 addresses for all interfaces on a system.

To configure the IPv6 node as a router, go to Configuring an IPv6 Router .

To maintain the IPv6 interface configuration across reboots, see How to Enable Persistent IPv6 Interfaces .

To disable address autoconfiguration on the node, see How to Turn Off IPv6 Address Autoconfiguration .

To tailor the node as a server, see the suggestions in Administering IPv6-Enabled Interfaces on Servers .

How to Enable Persistent IPv6 Interfaces

This procedure explains how to enable IPv6 interfaces with autoconfigured IPv6 addresses that persist across subsequent reboots.

Log in to the IPv6 node as Primary Administrator or as superuser.

Create IPv6 addresses for interfaces that were added after installation.

Create the configuration file.

Add addresses to the configuration file.

Create a static IPv6 default route.

(Optional) Create an /etc/inet/ndpd.conf file that defines parameters for interface variables on the node.

If you need to create temporary addresses for the host's interface, refer to Using Temporary Addresses for an Interface . For details about /etc/inet/ndpd.conf , refer to the ndpd.conf(4) man page and ndpd.conf Configuration File .

Reboot the node.

The reboot process sends router discovery packets. If a router responds with a site prefix, the node can configure any interface with a corresponding /etc/hostname6. interface file with a global IPv6 address. Otherwise, the IPv6-enabled interfaces are configured solely with link-local addresses. Rebooting also restarts in.ndpd and other network daemons in IPv6 mode.

Example 7–2 Making an IPv6 Interface Persist Across Reboots

This example shows how to make the IPv6 configuration for the qfe0 interface persist across reboots. In this example, a router on the local link advertises the site prefix and subnet ID 2001:db8:3c4d:15/64 .

First, check the status of the system's interfaces.

Verify that the IPv6 address you configured is still applied to the qfe0 interface.

The output of ifconfig -a6 shows two entries for qfe0 . The standard qfe0 entry includes the MAC address and the link-local address. A second entry, qfe0:1 , indicates that a pseudo-interface was created for the additional IPv6 address on the qfe0 interface. The new, global IPv6 address, 2001:db8:3c4d:15:203:baff:fe13:14e1/64 , includes the site prefix and subnet ID advertised by the local router.

To configure the new IPv6 node as a router, go to Configuring an IPv6 Router .

To tailor the new node as a server, see the suggestions in Administering IPv6-Enabled Interfaces on Servers .

How to Turn Off IPv6 Address Autoconfiguration

You normally should use address autoconfiguration to generate the IPv6 addresses for the interfaces of hosts and servers. However, sometimes you might want to turn off address autoconfiguration, especially if you want to manually configure a token, as explained in Configuring an IPv6 Token .

Create an /etc/inet/ndpd.conf file for the node.

The /etc/inet/ndpd.conf file defines interface variables for the particular node. This file should have the following contents in order to turn off address autoconfiguration for all of the server's interfaces:

For details about /etc/inet/ndpd.conf , refer to the ndpd.conf(4) man page and ndpd.conf Configuration File .

Update the IPv6 daemon with your changes.

• © 2010, Oracle Corporation and/or its affiliates

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How to get the IPv6 IP address in Linux

I have a Linux server and I want to find the main IPv6 address via one single command line.

My command so far:

which shows:

But I want only one occurrence , so that the output reads:

• write a shell script and put those commands in there: voila, you have now created a "single" command. –  akira Aug 31, 2012 at 17:13
• 4 When dealing with IPv6 it is not really recommended to limit to a single addresses. There can be multiple global addresses, multiple link-local addresses, multiple site-local addresses... –  u1686_grawity Aug 31, 2012 at 17:25

14 Answers 14

will show your IPv6 addresses.

• 1 % ip -6 addr 1: lo: <LOOPBACK,UP,LOWER_UP> mtu 16436 inet6 ::1/128 scope host valid_lft forever preferred_lft forever ... still greppable –  akira Aug 31, 2012 at 17:13
• 11 This does not solve the stated question. OP wants a single command line to retrieve one IPv6 (which probably means the primary public one). So either ip -6 addr show dev eth0 | sed -n 's|^.*inet6 \([^ ]*/64\).*$|\1|p' or ip -6 addr show dev eth0 | awk '/inet6/{print $2}' could be used as a base and OP can extend/edit them for his specific use case. –  rwenz3l Oct 30, 2018 at 21:04

/sbin/ip -6 addr | grep inet6 | awk -F '[ \t]+|/' '{print $3}' | grep -v ^::1 | grep -v ^fe80

The output of /sbin/ip -6 addr | grep inet6 looks something like this:

awk -F '[ \t]+|/' '{print $3}' splits each line setting delimiters to be either one or more white spaces or a forward slash. The part we need is the $3.

grep -v ^::1 | grep -v ^fe80 to exclude any line starting with ::1 or fe80 .

• 1 there is way too much piping of grep into awk, this could be collaspe into a single awk ` awk -F '[ \t]+|/' '$3 == "::1" { next;} $3 ~ /^fe80::/ { next ; } /inet6/ {print $3} '` –  Archemar Mar 26, 2016 at 9:02
• That command outputs nothing on Ubuntu server 20.10 –  Link14 Jan 29, 2022 at 18:09

To get only the IPv6 addresses you use the ip addr command and filter already with -6 for IPv6 addresses only.

If you want to specify a network adapter you might append show dev eth0 while eth0 should be replaced by your network adapter.

Since you are looking only for the external IP address you should add a scope global .

finally you pipe this into your sed command.

If you want a random selection of one IPv6 address

If you want the IPv6 address of the most common name for the first Ethernet adapter

If you just want the address

Use the following command to view your IP address on Linux :

Normally, Ipv6 address looks like 2001:5c0:9168::/48 . If you are facing any conflict in your IP, follow the below steps to set an IP address again:

• To assign IPv6 IPs, make sure you have the iproute2 tools installed.
• Using them, let's start to assign your IPs.
• Make sure that the ipv6 module installed or not.

Then, use the following command to add new ip:

Afterwards, add default ip via

After completing your installation, just reconfigure/restart your IPv6 enabled services, like Apache, SSH etc.

• 1 ifconfig is obsolete on Linux and should no longer be used. Modern Linux distros don't even install it by default anymore (unless some ancient package requires it). –  Michael Hampton Oct 30, 2018 at 22:47

First, you need to remember that with IPv6 any machine may have several IPv6 addresses, and they may be on separate networks, and any of them might be used, depending on where you want to reach.

So, before you can answer the question of what is your source IP address you have to decide where you're sending the traffic. Then you can just ask Linux to tell you which IPv6 address will be the source when you send traffic to that destination.

If you're sending it to "the Internet" then just pick a global IPv6 address at random, e.g. Google's Public DNS address.

This asks Linux for the route to that destination. Perl parses the result looking for src and then prints the next field.

By providing a different destination, you may receive a different source address:

I know this is an old question, but no-one has mentioned that ip can produce JSON output which is easy to query:

Avoids all that mucking around with sed/awk/perl/ruby/COBOL/your-text-tool-of-choice. This will always return a global IP6 address if there is one. It's also easy to adapt to other address families and scopes.

• 1 Good call regarding -json ! Alternative to your version: ip -json -6 addr show enp0s25 scope global | jq -r '.[0].addr_info[0].local' –  Matthias Braun Jul 8 at 15:28
• @MatthiasBraun good call - I always forget you can limit scope on the ip commandline. –  Tom Jul 12 at 8:42

With a few small tweaks, your original attempt would've worked:

The big change there is the addition of the -o flag to causes the entries to be printed out, one per line, which make it easier to run sed over them.

Here a way with ip and awk:

This works on Debian / Raspbian (raspberry OS).

hostname -I returns a line formatted: internal_ipv4 ipv6 the IPs attributed to the current used interface (eventually eth0 or wlan0, I think...). just like the following one, (note: fake numbers for demonstration purposes):

192.168.0.64 2001:8905:6322:8401:a63b:35c1:9d20:9a4a

Then just pick the second column using

cut -d " " -f 2

that is, cut using d elimiter space and choose f ield 2 .

This returns the IPv6 of the very first used interface:

head -n 2 | tail -1 would return the second and head -n 3 | tail -1 the third result.

ip -6 a show

is a good and effective way to show all the IPv6 addresses unfortunately including some that are only use locally (loopback)

so a better alternative is to filter some specific scope ('global', 'dynamic' and 'up') :

ip -o -6 a show scope global dynamic up (one per line)

finally, it can be easily grepable with IPv6 pattern matching

ip -6 a show scope global dynamic up|egrep -o '([0-9a-f:]+:+)+[0-9a-f]+'

...or use the -m 1 grep option to keep only the first match

unfortunately it is not necessarily the main one nor the most used address

Finally, to show only the main/preferred interface used, select the mngtmpaddr scope:

ip -6 addr show scope global dynamic mngtmpaddr up|egrep -o '([0-9a-f:]+:+)+[0-9a-f]+'

If you want to find the public IPv6 address you can do this with the dig command and then piping this into the sed command to remove the closing quotes.

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Help article

Adding an ipv4 or ipv6 address in debian 8.

When you order an extra IPv4 address or add an extra IPv6 address to your IP addresses via the TransIP control panel , these cannot be automatically added to your VPS via DHCP. Additional IP addresses are added manually to the network interfaces.

In this article, we explain how you can statically add an extra IPv4 or IPv6 address to your Debain 8 VPS . For this, an extra IPv4 and/or IPv6 address is required (depending on which you'd like to add / configure). Don't have an extra address yet? The following articles explain how you can get one:

• Ordering an extra IPv4 address in the control panel
• Creating an extra IPv6 address in the control panel

Click here for a complete overview of all our tutorials for adding an extra or static IPv4 or IPv6 address to various Linux distros. For adding an IPv4 or IPv6 address to a Windows VPS, see this article .

• This manual is about public IP addresses. In this manual , you will find more information about setting up internal addresses (for your private network).

A VPS includes 1 IPv4 address by default, but you can expand this to a maximum of 10 IPv4 addresses via the control panel. A maximum limit of 20 IPv4 addresses applies to the VPSs of the PRO series.

Each VPS has a /64 IPv6 range at its disposal by default, where IP addresses can be added as desired. A /64 IPv6 range contains a total of 18,446,744,073,709,551,616 IP addresses, so the likeliness that you will not have enough is quite small! The default gateway falls outside of the /64 range so as netmask you always use a /48 range.

Adding an IPv4 address in Debian 8

Connect to the VPS via the VPS console or via SSH .

Once logged in you see the current network interfaces and the set IPs by means of the command:

For the next steps, it is especially important that you are aware of the correct adapter name. Which is eth0 in this example.    

Now add the extra IPv4 address in the network interfaces. First, open the network configuration file:

Please note that if you have already set an extra IP address to eth0:0, that you use the next interface (i.e. eth0:1).

A configuration file should be opened where the main IPv4 address should already be set and you enter the following: 

IPADDR is the IP address that you want to add and can be found in the control panel . Leave the (sub) NETMASK at 255.255.255.0. 

With two additional IP-addresses your file may look like this:

Save the changes and exit nano ( ctrl + x > y > enter ). For additional IPv4 addresses, add eth0:1, eth0:2, and so on.  

Reset your network interfaces with the following command to use the new IP address: 

If you run ifconfig -a again you will see the newly added IPv4 address. You can test this IP address by performing a ping test from another computer / IP.  

Adding an IPv6 address in Debian 8

For the next steps, it is especially important that you are aware of the correct adapter name. Which is eth0 in this example.  

Now add the extra IPv6 address in the network interfaces. First, open the network configuration file:

In the opened configuration file, add the following lines: 

The address is the IP address that you want to set and GATEWAY the gateway, which for your IP address can be found in the control panel . You need to leave the (sub) NETMASK at 48. Save the changes and exit nano ( ctrl + x > y > enter ).   

If you run ifconfig -a again you will see the newly added IPv6 address. You can test this IP address by performing a ping test from another computer / IP. 

Repeat the above steps if you want to add more IP addresses.

Should you have any questions left regarding this article, do not hesitate to contact our support department. You can reach them via the ‘ Contact Us ’ button at the bottom of this page.

If you want to discuss this article with other users, please leave a message under ' Comments '.

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