You’ll need to move the files to the etc/openvpn directory using the mv command.ĥ. Note that some VPN providers may have packaged these files with subdirectories, for example for connections encrypted with optional 128bit or 256bit protection. There should be a list of files ending in. If you’re using a headless Pi, connect via SSH.Ī quick 'ls' command will show if you have been successful. Log into your Pi and navigate to the command prompt. Download them and unzip them into a folder on your desktop.ġ. You should find these configuration files on your VPN provider’s website (ours are at /servers). We opted for two UK and two US servers, choosing one that supports the UDP protocol and one that supports TCP/IP. There are usually a lot of these – one for each server you have the option to connect to – so pick a handful that you want to be able to quickly access. Your provider’s OpenVPN configuration files and encryption certificates.

We’re going to use Nord VPN, which is a popular choice among the most demanding privacy advocates, but there are plenty of other good services out there, some of which are faster or cheaper.

A subscription to a VPN service of your choice.

You can also use a non-headless Pi, but connecting remotely is more convenient. See our article on how to create a headless Raspberry Pi for details.

A Raspberry Pi (even 1st gen will do) running headless (no keyboard or monitor).

The only software you need is a program to set up a SSH connection.įor Windows, you can use Putty.

You learn how to execute an attack yourself, and gain an insight into how quick and relatively easy it can be for a hacker to break into your organization.įor attending this workshop, it is necessary to bring your own laptop. In various scenario's we will guide the participants through the setup and possibilities of a Raspberry Pi as an attack platform.ĭuring the hands-on hacking workshop, you will learn how to get access to data, as you are interactively and entertainingly inducted into the mysteries of specific hacking techniques. Always wanted to gain insight in the approaches a hacker will use to retrieve your passwords? Even from a locked computer? During this workshop, we will show how a Raspberry Pi can be used to receive passwords, install backdoors, siphon data and monitor network traffic.

Network traffic monitor raspberry pi