![]() ![]() Since Pi-hole is a server, it needs a static IP address to work properly. For more details, see the Headless Raspberry Pi Zero W Setup article.Īfter I had the Pi Zero up and running, I used the raspi-config tool to change the the hostname from raspberrypi to pi-hole to differentiate it from other Raspberry Pi devices on the network. I installed the latest Raspbian Lite image since I’d only be accessing the Pi-hole via SSH or the web-based admin dashboard. I set up my Pi Zero in “headless” mode, so there was no need for plugging in keyboards or displays. Required equipment for this setup is as follows: It’s a simple process to get Pi-hole running on your Google Wifi network: On top of all that, Pi-hole comes with a nifty admin dashboard that shows you in real time all the requests made on your network, which devices are making the queries, and how many queries have been blocked. Pi-hole filters the DNS requests for ads by comparing each request to a blacklist of known ad servers.īut unlike traditional browser-based adblock plugins, Pi-hole doesn’t just hide the ads a web page returns – it never requests them in the first place! This makes page loads quicker and reduces network traffic, making everything just feel zippier. Requests for valid web services are returned, while requests for ads are blocked. ![]() Pi-hole operates as a DNS sinkhole, essentially filtering every DNS request made by devices on your network. Since my home network is a first-generation Google Wifi mesh network, Pi-hole setup is slightly different than with a garden-variety router. It’s billed as “a black hole for Internet ads.” ![]() Pi-hole is a software tool that blocks Internet ads before they ever download – not just on a single web browser, but on your entire network. One of the first projects I wanted to try with my new Raspberry Pi was running Pi-hole. ![]()
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