[REQ_ERR: COULDNT_RESOLVE_HOST] [KTrafficClient] Something is wrong. Enable debug mode to see the reason.[REQ_ERR: COULDNT_RESOLVE_HOST] [KTrafficClient] Something is wrong. Enable debug mode to see the reason.[REQ_ERR: COULDNT_RESOLVE_HOST] [KTrafficClient] Something is wrong. Enable debug mode to see the reason.[REQ_ERR: COULDNT_RESOLVE_HOST] [KTrafficClient] Something is wrong. Enable debug mode to see the reason.
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Transfer the downloaded image file on an SD Card , for example, with Etcher. Afterwards, start the Raspberry Pi. During the start, the system on the SD card automatically expands over the entire free partition — user interaction, screen, and peripherals are not required yet. After seeing a welcome screen and answering some initial questions during the first start-up , you should see the TorBox Main Menu.
Choose the preferred connection setup and change the default passwords as soon as possible the associated entries are placed in the configuration sub-menu. The second interface will connect to an Untrusted network. Finally, the Raspberry Pi will force all trusted traffic over to the Tor network.
The end result is a router that guarantees all of our communications are sent out via Tor. I also did a webinar on this topic that you can watch on-demand for free. You can watch that webinar here and follow along. To get started, we need to gather a few parts. For this build, I chose to go with a Raspberry Pi 4. You could easily use a Raspberry Pi 3 or similar type device as long as it supports Linux. Just be careful to pay attention to network throughput. The Raspberry Pi 4 solved that problem so it can actually achieve gigabit speeds.
We also need a second network interface. This is another area where you want to be careful with your selection. The driver for that chipset is included with the Linux kernel so I know I will not have to mess around with configuring drivers later on. The only software we need for this project is Ubuntu Linux from Canonical. It is free and they have a version specifically for the Raspberry Pi that can be downloaded directly from their site figure 2.
You could use Raspberry Pi OS, but it is not built with security in mind. I find it is generally not worth it to try and secure a training OS so you are better off going with something mainstream like Ubuntu. Next, you will want to flash Ubuntu to an SD Card. Most of you are already familiar with this process.
If not, I highly recommend you follow this tutorial from Canonical. Once we have all the pieces, it is time to put them together. Finally, plug in the power and watch it boot up. Ubuntu uses a system called Cloud-Init to automatically configure itself during the first boot. Certainly not the most secure credentials, but it will make you change the password on the first login.
Wait a few moments and then try again. Updates are fast and furious in the Linux world thanks to thousands of contributors all over the world. Unfortunately, that means our install is almost guaranteed to be out of date on day one. We can fix that pretty easily by performing a quick update using the following command:. Ubuntu If that is the case, you have to do my least favorite thing: wait.
After a few minutes all of the available updates should be installed and you can reboot the unit using the following command:. To prevent that, we want to make sure we know exactly who is resolving our DNS queries and, preferably, force the queries over the Tor network as well which we will do later in this tutorial. For now, we need to disable the systemd-resolved which obfuscates our DNS configuration, and replace it with something completely in our control.
Here are the basic steps:. First, we need to make sure our Raspberry Pi can always resolve its own name in order to avoid a bunch of log spam for naming errors. We can set our host name and hard code the name lookup like this:.
Next, we will disable systemd-resolved and re-enable the good old fashioned resolv. Now for the network. First, we need to disable the automatic configuration coming from Cloud-Init and NetPlan. We can do that easily with one command:. Then, we can configure our network adapters so that Eth0 is our internal network and Eth1 is our public network by editing the NetPlan configuration:.
We also want to connect to Tor so we will need the Tor client installed. Issue the following command to install both:. The final result should look like figure 5. This is an important step that too many people leave out. To do that, start by editing the UFW configuration.
Next, we can configure our firewall rules. We want to deny all traffic by default. Issue the following UFW commands for the configuration we want. You can use the sudo ufw show added command or sudo ufw status command to verify your configuration.
The Tor client installs as a standard client by default. In fact, it is likely already running and connected to the Tor network if you have followed this tutorial step by step. However, the proxy functionality is not enabled by default so we need to get it up and running. The first line maps the virtual network that Tor uses. The next two lines are designed to intercept DNS lookups for destinations on the Tor network. The last two lines are the most important.
This is the big moment. We need to configure the Raspberry Pi to take all incoming traffic from the trusted network eth0 and route it into Tor. That means we have to manually edit the UFW configuration files which is fun. This configuration file is read and applied in order from top to bottom, so we need to place our configuration right at the top.
Add the following lines to the beginning of your file. We are using NAT to manipulate the port numbers on our traffic. We want all traffic to pass. This line makes sure we can do that.