8. Now it's the time to connect to your server via SSH. You will need sudo access to complete below steps. After the successful login, execute below commands. Remember to replace the string 'REGISTRATION_TOKEN' in the first command with the actual token you obtained in above step.
How to Create your Own OpenVPN Server on Linode
Connect your computer to the public Internet through a dedicated OpenVPN server. By encrypting your traffic and routing it through an OpenVPN server that you control, you can protect yourself from network attacks when using public Wi-Fi.
You can optionally fill out the following fields to automatically create a limited user for your new Compute Instance. This is recommended for most deployments as an additional security measure. This account will be assigned to the sudo group, which provides elevated permission when running commands with the sudo prefix.
OpenVPN is a widely trusted, free, and open-source VPN application that creates encrypted tunnels for secure data transfer. By hosting your own VPN with OpenVPN on Linode, you have total control over your security and privacy.
A virtual private network (VPN) can secure your online browsing activity, which is highly beneficial in this modern era of always-connected devices. A VPN encrypts all network traffic to and from your device and funnels that information through an external server. It hides your unique home internet protocol (IP) address for increased privacy from outside threats. If you combine one of the best Android phones with a VPN, not even your internet service provider (ISP) can keep tabs on you. VPNs can also bypass blocked websites or services, allowing you to watch content from other countries.
Hosting a VPN server can enhance your online security and privacy by putting you in control. Since the web traffic is routed through your encrypted server, you won't have to worry about third-party companies logging your browsing activity. This option may not be the best choice for everyone, but give it a shot if you don't trust many third-party VPN providers. In the sections below, we discuss the key benefits and drawbacks of hosting your own VPN server while also explaining how to set one up.
This guide demonstrates how to set up a remote Linode virtual private server (VPS) running OpenVPN, which costs $5 per month. While you can locally host your own VPN server from home, you'll get better speeds with virtually no downtime using a remotely-hosted VPS. You also don't have to worry about local hardware failures or device management, simplifying the setup process. And you don't need experience with the Linux operating system or servers. Plus, you can choose from multiple region options, which is helpful if you're outside the U.S. market.
You'll first create a virtual private server (VPS) to get started with your own VPN server. The VPS is the container that hosts your custom VPN server. There are many VPS providers. However, Linode is an excellent option since it's simple enough for most beginners to navigate. DigitalOcean is another popular choice we highly recommend as a great alternative. However, we use Linode in our examples for this guide to keep things as easy as possible. To begin working with your first Linode VPS, check out the following steps.
Once the script is done, it exports a .ovpn file to the /root/ folder. This file contains your VPN's connection and login information, which you'll need to retrieve from the server manually. Keep those credentials safe and secure by not sharing them with anyone else.
The easiest way to transfer the .ovpn file to your device is to temporarily start a web server, allowing you to download it using any web browser. Once you finish the download, stop the server and store the .ovpn file somewhere safe. Some examples include a secure computer or an external media drive that only you can access.
After downloading the file, shut down the server to protect your data from potential outside threats. Press the CTRL and C keys on your keyboard simultaneously to end the server. You'll see an exiting message. You can also reboot your VPS from the Linode dashboard to stop the server if that doesn't work.
The OVPN file allows anyone to connect to your VPN server, so make sure it doesn't fall into the wrong hands. If you think someone is accessing your VPN who shouldn't be, rerun the VPN setup command. This revokes the existing file permission and generates a new one. Then, only you have access to the file.
There are a few OpenVPN clients for Android, with various options that appeal to many users. We recommend OpenVPN for Android because it works well and is open source, so you can trust it as a reliable and safe VPN client for your server.
From the main screen, tap the new entry, and you're connected to your custom VPN server. Chrome OS supports Android VPNs, so this app works for Chromebooks. You'll see a lock icon next to the Wi-Fi indicator.
Since your VPN is an always-on server that receives and transmits personal data, you must ensure your browsing sessions stay secure. Take a few additional steps to reduce server-side security vulnerabilities that could pop up later. To enhance the security of your VPN server, we have a few tips for you to implement in the section below.
The first thing to do is enable automatic package updates, allowing your server to stay secure without requiring you to lift a finger. This also keeps you from manually logging in periodically to install the updates, making your life easier in the future.
Now you're all set! From this point forward, your server automatically checks for and installs updates with minimal (if any) downtime to your VPN. If you get a message like unattended-upgrades is already the newest version, it was previously installed in the system image provided by Linode.
If you aren't using your server for anything other than a VPN, consider disabling remote access via SSH. This prevents anyone, including yourself, from logging in to the server remotely. You can only sign in using the console via the Linode dashboard, which helps prevent brute-force login attacks on your server.
Now that remote access to your server has been disabled, it's only accessible from the Linode console and nowhere else. To revert to the default settings at a later date, run the following command in the web-based terminal:
The final step in securing your VPN server involves enabling two-factor authentication (2FA) for your Linode account. This adds an extra layer of security, making it challenging for an unauthorized party to access your server credentials. A unique code is required every time you log in to Linode, so don't lose access to the authenticator app. Otherwise, you might have difficulty logging in to your account. Always keep backup codes to avoid getting locked out of your account.
Congratulations, you now have your own functional VPN server! For the most part, you're done, but there are a few final things to consider. For starters, you need to install the OpenVPN client on your other devices, which allows them to access your VPN server. And even if your server is rebooted (when Linode performs maintenance, for example), the VPN automatically restarts. You might add or remove custom profiles for your server if you need more fine-tuned control, but that's up to you.
You linked your first OpenVPN profile directly to the .ovpn file. However, you can create more profiles to let other people access your VPN. And for administrative purposes, you can remove a profile later if you want to revoke someone's access.
If you don't want to host your own VPN anymore, you can delete the server with a few quick clicks. You'll need to go to your Linode account settings and remove it from your VPS. To get started with that, do the following:
Hosting a VPN server for yourself might be right up your alley if you have trust issues with third-party VPN providers. Doing so gives you complete freedom and control over your browsing data, ensuring no one else can access that information. And for a VPN to be the most effective, you'll need to keep it active at all times. This means you'll have to be more aware of the device bandwidth you use to avoid exceeding your monthly data limit. Not everyone will want to go this route permanently, but the learning experience gained is worth the curiosity.
This is a quick tutorial to explain how to create your own OpenVPN server on Linode. Here I will talk about a self hosted VPN, Your VPN that you can install on your personal server and enjoy your own VPN at really cheap price. Currently, it supports Linode but there will be options to host this VPN on DigitalOcean and Scaleway servers. Currently, you just have to authorize your Linode account with this VPN and it will configure that. It gives you an OpenVPN key that you can use in any OpenVPN client to connect to the VPN. If you own a Linode server that costs around just $5/month then you can use this powerful VPN very easily.
To overcome all these problems, you can simply host your own VPN. And Your VPN can help you with that. You can host a free vpn which will be fast and only for you. You will use all the bandwidth of your server as there are no other users sharing your quota. You just connect to the VPN server through an OpenVPN client and then browse the internet in the way you want.
The next step is to configure firewall rules for the Ubuntu Linode. We will create a rule for SSH that only allows your IP address to connect and a rule for WireGuard so that allows any IP address to connect.
We are now ready to install and configure WireGuard on the Ubuntu Linode.if(typeof ez_ad_units!='undefined')ez_ad_units.push([[300,250],'graspingtech_com-leader-1','ezslot_4',147,'0','0']);__ez_fad_position('div-gpt-ad-graspingtech_com-leader-1-0');Step 3: Connect to Ubuntu Linode with SSHOpen a Terminal session (On Unix-like operating systems or Putty on Windows) then connect to the Linode using the public IP address you made a note of at the end of Step 1.ssh root@172.105.254.235Welcome to Ubuntu 20.04.3 LTS (GNU/Linux 5.4.0-81-generic x86_64) * Documentation: * Management: * Support: System information as of Tue 11 Jan 2022 01:45:02 PM UTC System load: 0.0 Usage of /: 10.8% of 24.05GB Memory usage: 19% Swap usage: 0% Processes: 108 Users logged in: 0 IPv4 address for eth0: 172.105.254.235 IPv6 address for eth0: 2400:8907::f03c:92ff:fe96:207550 updates can be applied immediately.To see these additional updates run: apt list --upgradable*** System restart required ***The programs included with the Ubuntu system are free software;the exact distribution terms for each program are described in theindividual files in /usr/share/doc/*/copyright.Ubuntu comes with ABSOLUTELY NO WARRANTY, to the extent permitted byapplicable law.root@localhost:# Step 4: Enable Port ForwardingThe first thing we need to do after connecting to the server is enable port forwarding so that traffic from the client can access the internet through the VPN server. To enable port forwarding, create a file called 10-wireguard.conf in /etc/sysctl.d by running the command. 2ff7e9595c
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