AdGuard Home vs Pi-hole: Which One Should You Run?

AdGuard Home vs Pi-hole is a comparison between two free, open-source DNS filtering platforms that can block many advertising, tracking, telemetry, and malicious domains across an entire network. Both can become the DNS server for your devices, both can use custom blocklists, and both can show you what your network is asking for. The real differences are in setup, encrypted DNS, platform support, per-client controls, maintenance, and how much extra plumbing you want to manage.

If you are trying to decide which one to run at home or in a small lab, this guide focuses on those practical differences. I have already tested AdGuard Home on a real network; for Pi-hole-specific capabilities I checked the current official Pi-hole documentation rather than pretending a feature from an old comparison page is still accurate.

Area	AdGuard Home	Pi-hole
Network-wide DNS blocking	Built in	Built in
Encrypted upstream DNS	DoH, DoT, DoQ and DNSCrypt built in	Usually added with a local helper such as cloudflared
Admin HTTPS	Built in	Built in on current Pi-hole releases
DHCP and local DNS	Built in	Built in
Platform choice	Linux, Windows, macOS, BSD and more	Supported Linux distributions or Docker
Parental and Safe Search controls	Integrated controls	Usually handled through groups, lists and DNS policy

AdGuard Home vs Pi-hole key takeaways

• Both are serious network DNS filters: either can block large numbers of unwanted domains before individual devices connect to them.
• AdGuard Home has the cleaner encrypted-DNS story: encrypted upstream protocols are integrated instead of depending on a separate local proxy.
• Pi-hole comparisons age quickly: current Pi-hole releases include an embedded web server, REST API and native HTTPS, so old “Pi-hole needs lighttpd for HTTPS” tables are no longer reliable.
• Neither can reliably remove every YouTube, Twitch or social-media ad: DNS filtering cannot selectively block an ad when advertising and wanted content share the same domain.
• Your deployment matters more than the logo: VPN DNS, browser DoH, Docker networking, DHCP and a badly chosen backup resolver can quietly bypass either platform.

If the appeal of network-wide blocking is strong but maintaining your own DNS server is not, AdGuard DNS is the hosted alternative I would consider first. It gives you network DNS filtering without maintaining AdGuard Home or Pi-hole yourself. Affiliate disclosure: I may earn a commission if you subscribe through my link, at no extra cost to you.

Exclusive HackersGhost discount code HACKERSGHOST20 applies automatically. AdGuard may occasionally run separate public promotions with similar pricing.

What AdGuard Home vs Pi-hole is actually comparing

At the basic level, AdGuard Home vs Pi-hole is not “ad blocker versus ad blocker.” Both products act as DNS servers on your network. Your phone, laptop, smart TV or console asks the DNS server where a domain lives. The filter checks that request against its rules and can refuse or redirect domains you do not want devices to reach.

That makes both tools useful on devices where installing a normal browser extension is impossible. A smart TV does not care how lovingly you configured your browser extensions. If the TV uses your filtered DNS server, known tracking or advertising domains can still be blocked at the network layer.

It also explains the limitation. DNS sees domains, not individual banner elements inside a webpage or individual video segments. If wanted content and advertising arrive from the same hostname, blocking that hostname can break the content instead of surgically removing the ad. AdGuard Home’s own project documentation explicitly calls out services such as YouTube and Twitch as examples where DNS-level blocking is insufficient.

The official AdGuard Home project describes it as a free, open-source, network-wide DNS server for blocking ads and tracking. Pi-hole describes the same basic network role through its own DNS sinkhole and FTL resolver. So the useful comparison starts after “they both block domains.”

HackersGhost Note:
My hands-on side of this comparison comes from AdGuard Home. I have already tested how it behaves across a real network, including blocking, query logging and the usual “why is this device still talking to that domain?” detective work. I am using current official Pi-hole documentation for Pi-hole-specific claims instead of manufacturing lab results I did not record.

If you want my AdGuard Home testing without the Pi-hole comparison, read my AdGuard Home review first.

AdGuard Home Review: 7 Honest Network-Wide Findings

1. AdGuard Home vs Pi-hole setup and platform support

The first practical difference in AdGuard Home vs Pi-hole appears before you block a single domain: where you can install the software.

In AdGuard Home vs Pi-hole, AdGuard Home publishes builds for a broad range of operating systems and architectures, including Linux, Windows, macOS and BSD variants. That gives you more freedom to repurpose whatever small computer or always-on machine you already own. It also works well in containers and on supported routers or appliance-style systems where packages are available.

Pi-hole’s normal bare-metal installation is more Linux-focused. Its current prerequisites list supported Linux distributions including Debian, Ubuntu, Raspberry Pi OS, Fedora, CentOS Stream, Alpine and Armbian. Pi-hole also provides an official Docker image, so the underlying host can be more flexible when you containerize it.

Which setup is simpler for beginners?

If you already have a supported Linux box or Raspberry Pi, both are approachable. If you want to run the DNS filter directly on Windows or macOS without placing it inside Docker or a Linux VM, AdGuard Home has the obvious platform advantage.

I would still avoid installing either tool on a laptop that disappears from the network every time you close the lid. Once your router hands out a DNS server to the whole network, that server becomes infrastructure. Infrastructure developing a sudden interest in sleep mode is funny only once.

2. AdGuard Home vs Pi-hole blocking is more similar than marketing suggests

For ordinary network filtering, AdGuard Home vs Pi-hole is much closer than some comparisons make it sound. Both can subscribe to blocklists, allow domains, block specific domains, inspect query activity and apply different policies to different clients or groups.

Pi-hole uses its Gravity database, domain allow/deny rules, regex filtering and Group Management to decide what different clients can reach. AdGuard Home accepts blocklists and its own filtering-rule syntax, including custom DNS rewrites and client-specific settings. You can build a very strict configuration with either one if you enjoy maintaining lists more than some people enjoy hobbies.

Can AdGuard Home or Pi-hole block YouTube ads?

Not reliably through DNS alone. This is a limitation of the filtering layer rather than a failure unique to one product. When an advertising request uses the same domain infrastructure as the content you want, DNS cannot tell “annoying ad” from “video I actually clicked.”

3. Encrypted DNS is the clearest AdGuard Home vs Pi-hole difference

This is where AdGuard Home vs Pi-hole stops being a cosmetic choice. AdGuard Home supports encrypted upstream DNS directly. Its current documentation supports DNS-over-HTTPS, DNS-over-TLS, DNS-over-QUIC and DNSCrypt configurations.

That means AdGuard Home can receive an ordinary DNS request from a device on your LAN and then send the upstream part of that lookup to a compatible resolver over an encrypted protocol. You can also configure AdGuard Home itself to serve encrypted DNS when you have a reason to do so and understand the certificate and exposure requirements.

Pi-hole takes a more modular route. Current Pi-hole can forward DNS to normal upstream servers, a custom resolver or another local service. For DNS-over-HTTPS, the official Pi-hole encrypted DNS guide uses a separate local cloudflared service and then points Pi-hole at that local listener. Pi-hole also documents running Unbound locally when you prefer your own recursive resolver instead of forwarding to a public upstream.

Neither architecture is automatically “more private.” AdGuard Home’s integrated encrypted upstream is easier to configure in one product. Pi-hole plus Unbound reduces dependence on a single public recursive provider but creates a different DNS architecture. The correct choice depends on whether you value simplicity, recursive resolution, encrypted forwarding or a specific upstream provider.

HackersGhost Note:
What I check first after changing DNS is not whether the dashboard looks healthy. I check which resolver my devices are actually using. VPN software, browser Secure DNS, private DNS settings and router policies can quietly change the path. A beautiful query log is not proof that every device sent every request through it.

4. Current Pi-hole fixed an old AdGuard Home vs Pi-hole gap

One reason I wanted this AdGuard Home vs Pi-hole post to be current is that older comparisons often say Pi-hole needs an extra web server or manual reverse-proxy work to get HTTPS on its admin interface. That was true of older Pi-hole architecture. It is no longer a fair description of current Pi-hole.

Pi-hole’s current generation integrates the web server and REST API into pihole-FTL and supports HTTPS natively. It can use your own certificate or generate a self-signed certificate. The older lighttpd dependency is no longer required for the normal web interface.

AdGuard Home also supports HTTPS for its administrative interface. So if an AdGuard Home vs Pi-hole chart declares a simple victory because “Pi-hole has no native HTTPS,” check when that chart was written. DNS software ages. Comparison articles apparently age faster.

5. AdGuard Home vs Pi-hole DHCP, local DNS and controls

In AdGuard Home vs Pi-hole, both platforms can do more than block domains. Both can act as a DHCP server, maintain local DNS information and apply different filtering decisions to different devices.

That matters when your existing router has a terrible DNS configuration interface. Running DHCP on the filtering server can make client identification and DNS assignment cleaner because the same system handing out addresses also knows which device received which lease.

Do not run two competing DHCP servers accidentally. If your router continues handing out addresses while AdGuard Home or Pi-hole also starts serving DHCP on the same LAN, clients can receive inconsistent gateways, DNS servers and leases. That is not redundancy. That is two people trying to steer the same shopping trolley from opposite ends.

AdGuard Home makes family-style policy easier

AdGuard Home includes integrated controls for parental filtering, Safe Search, blocked services and per-client settings. You can decide that one device inherits the global policy while another gets additional restrictions.

Pi-hole gives you Group Management for assigning clients to different combinations of adlists and domain rules. You can create a family or restricted group there as well, but features such as category-style parental filtering and Safe Search are not packaged in exactly the same all-in-one way. You build the policy through lists, groups and DNS configuration.

For a simple household where you want obvious toggles for Safe Search and blocked services, AdGuard Home feels more direct. For someone who already thinks in Pi-hole groups and carefully maintained lists, Pi-hole’s approach is not a disadvantage; it is simply more modular.

6. AdGuard Home vs Pi-hole on Raspberry Pi and Docker

AdGuard Home vs Pi-hole works well as a Raspberry Pi or Docker comparison because both are lightweight enough for modest always-on systems. I would choose the deployment method based on how easily you can back it up, update it and keep a stable IP address.

Pi-hole’s official prerequisites list 512 MB RAM as the minimum and recommend at least 4 GB of free storage. That does not mean every enormous blocklist and years of query logging will remain equally tiny. Resource use grows with what you ask the server to retain and process.

Docker makes either product portable, but DNS and DHCP are unusually sensitive to networking. Port 53 must be available for DNS. DHCP uses broadcasts, so Pi-hole’s own Docker documentation explains why ordinary bridge networking can complicate DHCP and why host networking, macvlan or a relay may be needed depending on the design.

If your main goal is router-level DNS rather than self-hosting a full server, my AdGuard DNS on router guide covers the simpler hosted-DNS approach.

AdGuard DNS on Router: 7 Essential Setup Tips

7. AdGuard Home vs Pi-hole privacy and upstream trust

In AdGuard Home vs Pi-hole, a self-hosted DNS filter can improve privacy because the filtering logic and query visibility can stay under your control, but self-hosted does not mean nobody else sees DNS.

If AdGuard Home forwards queries to a public resolver, that resolver receives the lookups you send it. Encryption can stop intermediaries from casually reading or modifying that upstream traffic, but it does not make the upstream provider disappear. Pi-hole has the same basic trust question when you configure an external upstream.

Query logs deserve the same thought. They are useful for troubleshooting and for seeing which device keeps contacting a blocked hostname. They can also reveal browsing and app behavior. Keep retention reasonable, restrict admin access and avoid publishing screenshots containing internal IP addresses, hostnames or sensitive domains.

8. Maintenance is where AdGuard Home vs Pi-hole becomes real

DNS filtering is easy to love while it works. The real AdGuard Home vs Pi-hole test starts when an update fails, a list blocks a banking app, a container loses its address or the DNS host simply goes offline.

In AdGuard Home vs Pi-hole, whichever platform you choose, keep a configuration backup and know how to temporarily restore ordinary DNS on your router. Test changes before making the filtering server the only path for every device. If DNS is unavailable, people often describe the result as “the internet is down” even though routing is perfectly healthy.

Do not solve that with a random public DNS server configured as a permanent “secondary” on every client unless you understand how your devices select resolvers. Many clients do not treat the second address as a cold standby. They may use it whenever they feel like it, which turns your carefully filtered network into a polite suggestion.

The hosted alternative: AdGuard DNS

In AdGuard Home vs Pi-hole, this is the point where I think private AdGuard DNS protection becomes relevant. It does not give you the same self-hosted control as AdGuard Home or Pi-hole, but it removes the always-on server, local updates and most of the maintenance burden. For some homes, that trade is more useful than winning an argument about which Raspberry Pi dashboard looks nicer.

Exclusive HackersGhost discount code HACKERSGHOST20 applies automatically. AdGuard may occasionally run separate public promotions with similar pricing.

9. AdGuard Home vs Pi-hole for beginners

If a beginner asked me to summarize AdGuard Home vs Pi-hole without turning the answer into a weekend networking course, I would separate the choice like this.

In AdGuard Home vs Pi-hole, AdGuard Home is easier to keep self-contained. It runs on more operating systems, encrypted upstream DNS is integrated, Safe Search and parental controls are visible features, and per-client policies are straightforward to understand.

Pi-hole is easier to find community knowledge for in many Linux and Raspberry Pi setups. It has a huge user base, mature documentation, Docker support, Group Management and official guides for combinations such as Pi-hole plus Unbound or cloudflared.

HackersGhost Note:
I would not choose between these two because somebody claims one dashboard answered a DNS query two milliseconds faster on completely different hardware. I care more about whether I can understand the DNS path, recover the configuration and explain why a domain was blocked. A fast mystery is still a mystery.

10. AdGuard Home vs Pi-hole: which should you choose?

For AdGuard Home vs Pi-hole, I would choose based on architecture rather than trying to crown a universal winner.

Choose AdGuard Home when these points matter most

• You want encrypted upstream DNS protocols built into the same application.
• You want native packages across Linux, Windows, macOS or BSD rather than a Linux-first bare-metal design.
• You want integrated Safe Search, parental filtering and blocked-service controls.
• You prefer a relatively self-contained interface for client policies, filtering and DNS settings.

Choose Pi-hole when these points matter most

• You already have a supported Linux or Raspberry Pi environment and want to use Pi-hole’s established ecosystem.
• You like its Group Management model for mapping clients to lists and domain rules.
• You want well-documented modular combinations such as Pi-hole with Unbound or a separate DoH proxy.
• You prefer the Pi-hole community, tooling or operational model and do not mind adding separate components when needed.

If the decision is actually “self-hosted DNS versus hosted private DNS,” that is a different search intent. My AdGuard DNS vs AdGuard Home comparison separates those two models directly.

AdGuard DNS vs AdGuard Home: 7 Smart Differences

My practical AdGuard Home vs Pi-hole decision checklist

Before you migrate the whole network, I would run AdGuard Home vs Pi-hole through a short checklist instead of choosing from screenshots.

1. Choose the host: use an always-on machine with a stable address.
2. Choose the DNS model: plain upstream, encrypted forwarding, or a local recursive resolver.
3. Check your router: confirm it can hand the filtering server to clients or decide whether the filter will provide DHCP.
4. Test one device first: confirm DNS resolution, blocking and allowlisting before changing the whole LAN.
5. Check bypass paths: browser DoH, mobile private DNS and VPN-provided DNS can route around your local resolver.
6. Record recovery: know how to restore ordinary DNS if the host fails.
7. Keep the lists sane: add filtering because it solves a problem, not because a dashboard rewards bigger numbers.

For AdGuard Home vs Pi-hole, that small pilot tells you far more than an abstract performance chart. The best DNS filter is the one you can keep online, understand and repair without turning every broken streaming app into an archaeological excavation.

AdGuard Home vs Pi-hole: practical conclusion

AdGuard Home vs Pi-hole is a close comparison because both solve the same central problem very well: network-wide DNS filtering with local visibility and control. AdGuard Home is the more integrated option when encrypted upstream DNS, cross-platform installation, Safe Search and per-client policy controls matter. Pi-hole remains a strong choice for Linux, Raspberry Pi and Docker users who value its mature ecosystem, Group Management and modular DNS guides.

For AdGuard Home vs Pi-hole, the first action I would take is to test one client against one temporary deployment. Confirm which DNS server the device is actually using, block one harmless test domain, allow it again, then inspect the query log. Only after that should you point the entire network at the new resolver.

If you like the filtering idea but would rather skip the self-hosted server, you can save 20% on a one-year AdGuard DNS subscription through my HackersGhost link.

Exclusive HackersGhost discount code HACKERSGHOST20 applies automatically. AdGuard may occasionally run separate public promotions with similar pricing.

HackersGhost Final Note:
DNS filtering works best when it stays boring. I want blocked domains, understandable logs, predictable updates and a recovery plan. If I need dramatic plot twists from my DNS server, something has gone wrong considerably earlier.

AdGuard Home vs Pi-hole FAQ