Those concerned with internet privacy, security, and an ad free surfing experience will love Pi-hole, the “Black Hole for Internet Advertisements”. Pi-Hole runs on a Raspberry Pi, silently blocking over 100,000 internet ad serving domains from your network systems as you surf the web.
For this project, I used Adafruit’s new 2.8” TFT resistive Pi-Hole kit, but it will run on any Raspberry Pi. They have complete instructions for the entire process for their kit here https://learn.adafruit.com/pi-hole-ad-pitft-tft-detection-display/overview
I am only going to quickly cover the install process. If you purchase the Adafruit kit I highly recommend you follow the steps provided on their website!
Install Raspbian Lite
Before you remove the SDRAM card from the writer, add a blank text file to the card with the name, “ssh”, this will enable SSH by default when you boot up Raspbian for the first time.
NOTE: Change your Pi password!
Attach your peripherals to your Pi, plug in the SDRAM card, and apply power to your Pi. You should now be able to SSH into the Pi, or use your peripherals to log in.
Install Raspbian updates
In a terminal run the following commands:
- apt update
- apt upgrade
Also, in Raspi-Config if you live in the US, set your locale to “US” – it defaults to “GB” and causes a ton of problems when you run the graphical PADD interface for Pi-Hole.
Installing Pi-Hole is very simple, From a Raspbian terminal prompt enter:
- curl -sSL https://install.pi-hole.net | bash
And then follow through the installation prompts.
The Pi-hole Ad Detection Display or PADD is a nice status interface that works well on the Raspberry Pi. If you are using a TFT screen, installing PADD gives you a very nice interface for Pi-hole:
Install will depend on what TFT screen you are using, so I just followed Adafruit’s PADD install instructions for my 2.8” screen, located here:
Pi Hole’s Web Interface is really slick, it gives you a ton of information in a nice graphical interface. When your Pi-Hole is running, just surf to “[Raspberry Pi IP]/admin”, so if your RPi has an IP of 192.168.1.112 you would surf to “192.168.1.112/admin”.
You would then see a display like this:
Setting up Clients to use Pi-Hole
Lastly, just set the DNS address of any system you want to use Pi-Hole to the IP address of your Pi-Hole RPi. This varies by Operating System, if you don’t know how to do it, just google how to change DNS addresses for your OS. It will then automatically and silently block web ads as you surf!
I did run into some issues with the Adafruit install directions, but it was more related to the finickiness that you can run into with RPis. The Pi-Hole install directions wants you to rename your Pi. If your Pi-Hole install kicks out a “can’t resolve hostname” during install, it’s because the RPI didn’t update the hostname for your Pi, you just have to edit the hostname file yourself and put in the new Pi name.
If your Pi-Hole install hangs at “configuring resolvconf” your resolv.conf file isn’t pointing to your DNS server (I used “220.127.116.11” to sue CloudFlares DNS service) and just needs to be edited. I had to edit mine several times, it kept losing it on reboot.
It should be a quick install, but figuring out the problems above burned like 3 hours, lol.
RPi related issues aside, the install is pretty quick and pain free. Pi-Hole runs fast and silently in the background with no apparent impact on surfing. I really like the web interface as it displays a lot of detailed statistics about performance and what was blocked. Overall I am very happy with Pi-Hole and gladly recommend it as a Web ad blocking solution.