Pi-hole Alternatives for Home Network Ad Blocking

Updated 6 November 2026 · Standard formula, shown below

Pi-hole is a popular network-wide ad blocker, but it isn’t the only option. This article covers the main alternatives for blocking ads and trackers across your home network, comparing their features, setup difficulty, and costs, so you can choose the right one for your needs.

How Network-Wide Ad Blocking Works

Most network-wide blockers, including Pi-hole, use DNS-based filtering. When a device on your network asks for a domain name (like example.com), the blocker’s DNS server checks it against a blocklist of known ad and tracker domains. If the domain is on the list, the request is stopped, and the device gets a null response, so the ad or tracker never loads. This method is efficient because it works for every device on your network—smart TVs, game consoles, IoT gadgets—without installing anything on them. However, it can’t block ads served from the same domain as the content (e.g., YouTube ads), because blocking the domain would block the content too.

Why Look Beyond Pi-hole?

Pi-hole is free, open-source, and runs on a Raspberry Pi, but it has limitations. It requires a dedicated device (or a Docker container) and some Linux comfort. Its default blocklists may miss newer trackers, and it doesn’t filter HTTPS traffic by default, so some ads that use encrypted DNS or are embedded in HTTPS content can slip through. Additionally, if the Pi-hole goes down, your whole network loses DNS resolution unless you configure a fallback. Alternatives address these issues with easier setup, better performance, or more advanced filtering.

Top Pi-hole Alternatives

AdGuard Home: A free, open-source DNS server that runs on Linux, Windows, macOS, and Raspberry Pi. It has a web-based dashboard, supports DNS-over-HTTPS and DNS-over-TLS, and includes parental controls. It’s often considered the closest drop-in replacement for Pi-hole.
NextDNS: A cloud-based DNS filtering service with a free tier (300,000 queries/month) and paid plans. It works by changing your router’s DNS settings, so no hardware is needed. It offers custom blocklists, analytics, and device-specific settings.
pfSense/OPNsense: Full-featured firewall/router distributions that include DNS filtering via plugins like pfBlockerNG. They are more complex but offer granular control and are ideal for advanced users who want to replace their router.
Technitium DNS Server: A cross-platform DNS server with a modern GUI, support for blocklists, and DNS-over-HTTPS. It’s free and runs on Windows, Linux, and macOS.
Control D: A commercial DNS service with a free tier and paid plans. It offers customizable filtering categories, including ads, trackers, and malware, and works on any device that supports custom DNS.
OpenDNS (Cisco Umbrella): A long-standing DNS filtering service with a free home version. It blocks malicious domains and offers parental controls, but its ad-blocking is less effective than dedicated ad blockers.

How to Choose the Right Alternative

Consider these factors when picking a replacement:

Hardware: Do you have a spare Raspberry Pi or an old PC? If so, self-hosted options like AdGuard Home or Technitium are free. If not, cloud services like NextDNS or Control D require no hardware.
Technical skill: If you’re comfortable editing config files, pfSense gives you the most control. If you prefer a simple web GUI, AdGuard Home or NextDNS are easier.
Features: Do you want parental controls, per-device settings, or encrypted DNS? AdGuard Home and NextDNS offer these out of the box.
Cost: Self-hosted options are free (but you pay for electricity). Cloud services have free tiers, but unlimited queries cost a few dollars per month.
Privacy: Self-hosted keeps your DNS logs on your own hardware. Cloud services see your DNS queries, so check their privacy policies.

Common Problems and Fixes

One common issue is that some devices (like Chromecasts) use hardcoded DNS (e.g., 8.8.8.8), bypassing your network filter. To fix this, you need to block outbound DNS traffic on your router and force all DNS through your blocker. Another problem is that DNS-based blocking can break some apps that rely on certain domains; you can whitelist them in your blocker’s dashboard. If your blocker runs on a Raspberry Pi, performance can degrade with large blocklists; consider using a more powerful device or optimizing the list. Finally, if your internet feels slow, ensure your blocker is using a fast upstream DNS resolver like Cloudflare or Google.

Comparison: Self-Hosted vs. Cloud-Based

Self-hosted solutions (Pi-hole, AdGuard Home, Technitium) give you full control and privacy, but require maintenance and a device that’s always on. Cloud-based services (NextDNS, Control D, OpenDNS) are easier to set up and update automatically, but you rely on a third party and may have query limits. For most home users, cloud-based is the simplest, while tech enthusiasts may prefer the hands-on approach of self-hosting.

Cost and Setup Time

Self-hosted options are free, but you need a device (a Raspberry Pi costs around $35) and about an hour to set up. Cloud services have a free tier (NextDNS gives 300,000 queries/month, which is plenty for a typical household) and paid plans start around $2–$5/month. Setup for cloud services takes about 10 minutes: just change your router’s DNS settings to the provided addresses.

Safety and Privacy Considerations

DNS filtering can improve privacy by blocking trackers, but it also means your DNS provider sees all your queries. If you use a cloud service, choose one with a no-logging policy. Self-hosted keeps your data local, but you must secure your device with strong passwords and updates. Also, be aware that DNS filtering does not encrypt your traffic; it only blocks domains. For full encryption, use a VPN or DNS-over-HTTPS.

Frequently Asked Questions

Can I use AdGuard Home on a Raspberry Pi? Yes, AdGuard Home has an ARM build that runs on Raspberry Pi. It’s a drop-in replacement for Pi-hole with a similar setup.

Will these block YouTube ads? No, DNS-based blockers cannot block ads served from the same domain as the video (e.g., googlevideo.com). You would need a browser extension or a proxy-based blocker like AdGuard Desktop.

Do I need a separate device for AdGuard Home? No, you can run it on your existing PC, but it must be on for filtering to work. A dedicated device is recommended for always-on filtering.

How do I set up NextDNS? After signing up, you get a configuration ID. Then, on your router, set the DNS servers to 45.90.28.0 and 45.90.30.0 (or use the IPv6 addresses) and enter your config ID in the NextDNS dashboard.

What is the best free option? AdGuard Home is free and open-source, and if you have a spare device, it’s the best free self-hosted option. NextDNS’s free tier is the best free cloud option for most users.

Can I run Pi-hole and AdGuard Home together? Yes, but it’s redundant. Running two DNS blockers can cause conflicts and slow down DNS resolution. Pick one and stick with it.

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.