I didn’t set out to rebuild half the internet in my apartment. I just wanted fewer ads, less tracking, and a web experience that felt less like every click came with a hidden cost. Somewhere along the way, I heard about Pi-hole, a DNS sinkhole that promised network-wide ad blocking if I was willing to tinker. It sounded like the right mix of helpful and nerdy, and I already had a Raspberry Pi sitting in a drawer waiting for a purpose. I told myself it would be a weekend project and nothing more.

Each self-hosted service borrowed confidence from the one before it, tracing its lineage back to that first Pi-hole install.

That weekend project quietly rewired how I think about the services I rely on every day. Pi-hole gave me my first taste of running something important myself, rather than trusting a faceless provider. The more I watched it work, the more I wondered what else I could bring in-house. Before long, ad blocking was just the first brick in a whole wall of self-hosted tools. Looking back all those years ago, Pi-hole really was my gateway drug to self-hosting almost everything I could.

👁 The Raspbian boot up logo on a OnePlus 11
5 reasons a Pi-hole isn’t enough to protect your home network

The humble Pi-hole is great for ad blocking but it's only part of a well-designed home network protection system.

Ad blocking led to self-hosting

Cleaning up my browsing turned into a lifestyle

Pi-hole’s appeal starts with something simple: it blocks ads and trackers at the DNS level for every device on your network. Instead of wrestling with browser extensions and individual app settings, you flip one switch, and everything benefits at once. My smart TV suddenly felt less nosy, my phone stopped lighting up with junk domains, and even older laptops behaved as if they had been given a quiet upgrade. Watching a cluttered web turn calmer felt like someone had dusted my entire digital house. That immediate, tangible difference made Pi-hole feel less like a hack and more like a missing piece I should have installed years ago.

The real hook for me was the dashboard. Seeing query logs, block statistics, and the constant chatter of domains behind every app made the internet feel less abstract. I could open an app on my phone and watch spikes of DNS requests roll in, spotting analytics services I had never heard of. It felt like finally being allowed into the control room of my own network instead of staring at a closed door. That visibility made me curious in a way no privacy toggle buried in a menu ever had.

Curiosity quickly turned into experimentation as I added more blocklists and tested how far I could push before something important broke. When a site failed to load or an app misbehaved, I dug through the logs, picked out the domains that truly mattered, and whitelisted just enough to keep things running. Every little problem I solved chipped away at the idea that networking was some mysterious art reserved for professionals. With each tweak, Pi-hole stopped being a magic box and became a system I actually understood. That understanding was what pushed me beyond simple ad blocking and toward the idea that I could run other services too.

One tiny Raspberry Pi changed everything

Pi-hole opened the door to bigger experiments

The Raspberry Pi that hosted Pi-hole started as a spare gadget with no real purpose. After a few weeks of flawless uptime, I stopped seeing it as a toy and began to see it as a serious little server. If this tiny board could quietly handle every DNS request in my home, it seemed reasonable to let it take on a bit more work. I paired Pi-hole with Unbound DNS and experimented with a slightly more sophisticated setup that still felt manageable. It was less like leaping into complexity and more like stacking one more brick on top of something solid.

After DNS came media, because streaming is one of the easiest ways to feel the difference between cloud and self-hosted services. I spun up a media server, pointed it at my library, and suddenly had a central place for content that did not depend on a big company’s catalog or rules. Pi-hole kept scrubbing ads from the services I still used, while my own server quietly handled the movies and shows I cared enough about to keep. That combination made my network feel less like a bundle of subscriptions and more like something I had built for myself. It was the first time my home lab felt real rather than hypothetical.

CGNAT makes it hard to access self-hosted services from outside your home because your ISP hides your IP behind a shared public IP and blocks the direct inbound connections that port forwarding relies on. Instead of your router having its own reachable address, everything stops at the provider’s gateway. One way around this is to use a mesh VPN or remote-access VPN so your phone or laptop can join your home network as if it were local. Another option is to use a tunneling service or a small VPS as a relay, letting an outbound connection from your home safely route traffic back in.

From there, the projects started to pile up naturally as I added network monitoring and, eventually, Home Assistant to tie together smart plugs, bulbs, and sensors. Each new service borrowed confidence from the one that came before it and traced its lineage back to that first working Pi-hole install. When the Raspberry Pi could no longer keep up, I repurposed an old mini PC and moved the heavier services to it, leaving Pi-hole on its own dedicated box. That decision came from the realization that some parts of my setup were now critical infrastructure rather than experiments. My network stopped being just a Wi-Fi password and became an ecosystem with roles, priorities, and dependencies.

How Pi-hole reshaped my expectations

One tool changed what I expect from services

Before Pi-hole, I mostly accepted services as they were handed to me. If an app came with invasive tracking or a website felt bloated with ads, I grumbled a bit and kept using it. Running my own DNS sinkhole dramatically shifted that default, giving me a tool to correct problems at the network level. I started asking whether a service respected my choices, whether it worked cleanly behind Pi-hole, and whether it justified the extra friction of making exceptions. The bar for “good enough” rose because I had proof that things could be better.

That new standard spilled over into how I thought about cloud platforms in general. Whenever I looked at a subscription with a vague privacy policy, I found myself wondering if there was a self-hosted alternative I could trust more. I did not immediately replace everything, but I began making intentional choices rather than default ones. Some tools stayed in the cloud because they worked well and did not clash with my setup, while others were retired in favor of services I ran at home. Pi-hole taught me that “hosted somewhere else” was a decision rather than a law of nature.

It also changed how I evaluate new projects and trends in the self-hosting world. I am far more interested in tools that do one job well, explain themselves clearly, and provide good visibility into what they are doing. The transparency I get from Pi-hole’s dashboards sets a precedent that many other software tools now have to meet if they want a place in my stack. Convenience still matters, but it no longer automatically wins against privacy, transparency, or independence. That shift in priorities might be the most lasting change Pi-hole brought to my tech life.

Running everything myself has real tradeoffs

Self-hosting empowers you, but also adds responsibility

As satisfying as this journey has been, self-hosting is not free of headaches. When you run your own DNS, for example, a configuration mistake or failed update can quietly take your whole network offline. There is no support line to call when your Pi refuses to boot, or your containers will not start. Maintenance tasks like updates, monitoring, and hardware replacements move from the “someone else’s problem” column directly onto your to-do list. The same control that feels empowering on good days can feel like a lot of weight on bad ones.

I have had my share of those tough days. A cheap SD card failure once turned into an evening of rebuilding services I had grown a bit too confident about. A rushed update during a slow afternoon quietly broke things, only becoming obvious when everyone wanted to stream something that night. Power blips convinced me to add a small UPS and to take graceful shutdowns seriously, rather than treating them as nice-to-have extras. Each problem was frustrating in the moment, but every fix added another layer of experience I still rely on.

All of that forced me to think carefully about where to draw the line. I do not feel the need to self-host absolutely everything, and I am happy to let some services live in the cloud if they earn that trust. The difference now is that I make those decisions consciously, with a clear sense of what I am trading away and what I am getting in return. Pi-hole did not turn me into a purist so much as it turned me into someone who wants good reasons for every infrastructure choice. That nuance keeps self-hosting sustainable instead of letting it become an all-or-nothing obsession.

Self-hosting fits my tech life now

Today, my setup is a patchwork of self-hosted tools and carefully chosen cloud services, and that balance suits me. Pi-hole still sits at the center of it all, quietly filtering traffic and reminding me where this whole experiment began. Around it, media servers, automation platforms, and monitoring tools create an environment that feels personal instead of generic.

Pi-hole did not turn me into a purist, it turned me into someone who wants good reasons for every infrastructure choice.

I wouldn’t say that everyone needs to follow the same path, but if you are even a little curious, a small project like Pi-hole might change how you see your own network. It certainly did for me, turning a simple desire for fewer ads into a lasting shift in how I run my digital life.

Pi-hole
OS
Linux
Price model
Free

Pi-hole might just be the best way to free your browsing experience from ads and trackers.