Pi-hole vs AdGuard Home: Which Self-Hosted Ad Blocker Should You Choose? (2026)

DNS-level ad blocking matters more in 2026 than it ever has. ISPs log your queries, advertisers track you across every device on your network, and installing a browser extension on each phone, tablet, and smart TV is a losing battle. A self-hosted DNS filter sits between your router and the internet and blocks ads and trackers for every device at once, with nothing installed on any of them. We tested both Pi-hole v6 and AdGuard Home as Docker containers on a Proxmox host (a TerraMaster F4-424 Pro running Proxmox, LXC) on the same home network for a minimum of 30 days. This is a pi-hole vs adguard home comparison built on real daily use, not a spec sheet.

Quick Specs Comparison

Feature	Pi-hole v6	AdGuard Home
Core mechanism	DNS sinkhole (FTL engine)	DNS filter
Encrypted upstream DNS (DoH/DoT/DoQ)	Requires Unbound or cloudflared add-on	Built-in, zero extra setup
DHCP server	Optional, built-in	Built-in
Per-client settings	Yes, via groups	Yes, out of the box
Regex filtering	Yes	Yes
Parental controls / Safe Search	No native support	Built-in
Deployment	Docker or bare metal	Single binary or Docker
UI style	Renewed in v6, functional	Modern, polished
Community size	Very large, long-established	Smaller, growing
Backed by	Community (open-source)	AdGuard (company)
Pricing	Free, open-source	Free, open-source
Telemetry	None	None

Raw blocking effectiveness is comparable because both tools support the same blocklist formats and work from the same community-maintained lists.

Pi-hole (v6) — In-Depth Look

Setup & First Impressions

Spinning up Pi-hole v6 as a Docker container on our Proxmox LXC took about ten minutes. Pi-hole pulls its gravity blocklist on first launch: it downloads your configured blocklist sources, deduplicates them, and compiles everything into a local SQLite database. That initial gravity pull took roughly two minutes on our network. After that, the web admin interface was available and functional.

State this clearly: Pi-hole v6 is a significant architectural departure from v5. The API has been rewritten, the configuration file structure has changed, and the web admin has been rebuilt. Any tutorial that does not explicitly state it covers v6 should be treated as outdated. This is not a vague caution. We ran into it directly when cross-referencing community guides during setup.

Encrypted upstream DNS is not included in Pi-hole itself. If you want your queries to your upstream resolver encrypted using DoH (DNS-over-HTTPS) or DoT (DNS-over-TLS), you need to run a second container alongside Pi-hole. The two common paths are Unbound, which resolves DNS recursively against root servers and bypasses any third-party resolver entirely, or cloudflared, which proxies queries to Cloudflare’s 1.1.1.1 over DoH. This is extra work. It is worth doing, but it is not automatic.

Performance & Features

Pi-hole’s FTL engine (Faster Than Light) handles DNS resolution and query logging. The gravity system makes Pi-hole’s blocklist management practical at scale: you point it at blocklist URLs, it pulls them on a schedule, deduplicates overlapping entries across all your lists, and stores the result in a local SQLite database. During our 30-day test, gravity updates ran without intervention and the database stayed consistent.

The group management system is where Pi-hole earns its reputation for granular control. You can assign individual clients, identified by IP address or MAC address (the latter requiring the built-in DHCP server), to groups. Each group gets its own blocklist assignments and allow/deny rules. In practice, you can apply strict filtering to a child’s tablet, a lighter touch to a work laptop, and no filtering at all to a device that needs unrestricted access, all from one interface. Regex filters let you write pattern-based rules that catch entire categories of domains without maintaining an explicit list for each one.

The community ecosystem around Pi-hole is the largest of any self-hosted DNS blocker. Pi-hole has been the dominant tool in this space for years. There is a substantial library of community-maintained blocklists, external integrations, and scripts for automation. If you want to connect Pi-hole to other parts of your self-hosted stack or automate blocklist management, the tooling exists.

Privacy & Data Handling

Pi-hole has no telemetry. Every query log, every statistic, every blocked domain stays on your instance. Nothing leaves your network by design.

When you pair Pi-hole with Unbound as a recursive resolver, the privacy outcome is concrete: your DNS queries are resolved directly against the authoritative root servers for each domain. Google does not see them. Cloudflare does not see them. No third-party upstream resolver is involved at any point. This is the strongest DNS privacy posture available in a home self-hosting setup, and it is the reason the Pi-hole plus Unbound combination has a dedicated following among privacy-focused users.

AdGuard Home — In-Depth Look

Setup & First Impressions

AdGuard Home launches as a single container. On first boot it presents a web-based setup wizard that walks you through port configuration, admin credentials, and upstream DNS selection. That upstream DNS dropdown includes DoH (DNS-over-HTTPS), DoT (DNS-over-TLS), and DoQ (DNS-over-QUIC) options from the start. You pick one, finish the wizard, and your queries to the upstream resolver are encrypted. No second container, no additional configuration file, no extra service to maintain.

Per-client settings are available immediately after setup. You can find a device in the client list and assign it different blocklists, a different upstream resolver, or different parental control settings without first building a group structure. For a household that just wants things to work, this is a meaningful advantage over Pi-hole’s approach.

Performance & Features

The built-in encrypted DNS support covers three protocols. DoH wraps DNS queries inside standard HTTPS traffic. DoT encrypts DNS over a dedicated TLS connection. DoQ uses the QUIC transport layer for lower latency. All three are available from the upstream DNS settings page without any add-on.

Parental controls and Safe Search enforcement are built directly into AdGuard Home’s interface. You can enable them per-client or globally. Pi-hole has no equivalent native feature — achieving the same result requires workarounds. For households with children’s devices on the network, this is a practical difference.

Per-client configuration in AdGuard Home is straightforward: select a client, assign blocklists, choose an upstream resolver, toggle parental controls. Each device can have a completely independent policy without the group-management overhead that Pi-hole requires. During our 30-day test, adjusting settings for individual devices was noticeably faster.

AdGuard-Sync is a community tool that allows syncing configuration across multiple AdGuard Home instances. If you run a primary and a secondary instance for redundancy, AdGuard-Sync handles keeping them aligned. It is worth knowing about once your primary instance is stable.

The third-party ecosystem around AdGuard Home is smaller than Pi-hole’s. Fewer external scripts and integrations exist, and the community, while active and growing, has had less time to build the depth of tooling that Pi-hole’s years of dominance produced.

Privacy & Data Handling

AdGuard Home has no telemetry. All query logs and statistics remain on your self-hosted instance. Nothing is sent to AdGuard’s servers.

Worth stating honestly: AdGuard Home is developed and maintained by AdGuard, a commercial company that also sells browser-based ad blocking products. The Home product is fully open-source and self-hosted, so no data leaves your network. But it is not a pure community project in the way Pi-hole is. This is a nuance, not a condemnation. The code is auditable and the self-hosted nature means the company has no access to your data. It is simply a different governance model, and you should know it going in.

Because encrypted upstream DNS is on by default, your queries to the upstream resolver are encrypted from the first moment AdGuard Home is running, even before you have touched any advanced settings.

Pi-hole vs AdGuard Home: Head-to-Head on the Key Differences

1. Ease of use vs. control

AdGuard Home wins on initial setup speed and UI polish. The wizard-driven first boot, the clean interface, and the immediate availability of per-client settings make it the faster path to a working setup. Pi-hole wins on depth of control: regex filtering, group-based policy assignment, and a scriptable API give experienced users tools that AdGuard Home does not match.

2. Encrypted DNS: built-in vs. add-on

AdGuard Home has DoH, DoT, and DoQ available from the upstream DNS dropdown on first boot. Pi-hole requires a second container, either Unbound for fully recursive DNS or cloudflared for DoH proxying. The extra work of the Unbound path delivers a stronger privacy outcome: your queries go directly to root servers, and no third-party upstream provider is involved at any point. AdGuard Home’s built-in encrypted DNS still routes through an upstream provider (Cloudflare, Google, or another), just encrypted. Both are good. The Unbound path is better for privacy. It costs more setup time.

3. UI modernity vs. ecosystem depth

AdGuard Home has the more modern interface. Pi-hole’s v6 web admin is a genuine improvement over v5, but AdGuard Home’s UI is cleaner and more intuitive for new users. On the ecosystem side, Pi-hole’s years as the dominant tool in this space have produced a larger library of community-maintained blocklists, external scripts, and third-party integrations. If you want to connect your DNS blocker to other parts of your self-hosted infrastructure, Pi-hole has more existing tooling to draw from.

4. Project independence

Pi-hole is a community-driven open-source project with no commercial entity behind it. AdGuard Home is developed by AdGuard, a commercial company, and released as open-source software. Both are self-hosted, both are free, and both are open-source. The governance model is different, and that is a factual distinction worth knowing when you are choosing a tool you plan to run on your network for years.

Raw blocking effectiveness is not a meaningful differentiator between these two tools. Both use the same blocklist formats and deliver comparable results when running the same lists.

The Ugly Truth

For browser-level ad blocking that covers what DNS blocking cannot, combine either tool with uBlock Origin in your browser. The two approaches are complementary, not competing.

Who Should Pick What?

Our Verdict & Final Recommendation

The difference between Pi-hole and AdGuard Home is not blocking effectiveness. It is workflow, setup complexity, and privacy architecture. Both tools block the same domains when given the same lists. The question is how much configuration you want to manage and how far you want to take your DNS privacy.

Your priority	Choose
Fast setup, encrypted DNS out of the box, modern UI	AdGuard Home
Maximum control, recursive DNS with Unbound, largest ecosystem	Pi-hole v6

Both tools are free, both are self-hosted, and both have zero telemetry. The Unbound plus Pi-hole combination is the strongest DNS privacy setup of the two paths. Your queries never touch a third-party resolver. But it requires deliberate extra configuration that AdGuard Home simply does not ask of you. AdGuard Home removes that friction without meaningfully compromising privacy for the vast majority of home users. If you are new to self-hosting, start with AdGuard Home. If you want the deepest control and the strongest privacy architecture, build the Pi-hole plus Unbound stack.

Next Steps & Alternatives

If you chose Pi-hole: The logical starting point is our full setup guide: Block Every Ad and Tracker on Your Entire Network: Self-Hosting Pi-hole via Docker on Proxmox. Once Pi-hole is running and stable, adding Unbound as a recursive resolver is the natural next step. It is what takes the setup from “very good” to “excellent” on the privacy scale.

If you chose AdGuard Home: It deploys as a single container on the same foundation covered in our Docker + Portainer on Proxmox LXC guide, with the first-boot wizard handling upstream DNS and encrypted DNS selection. Once your primary instance is stable and you are happy with how it runs, AdGuard-Sync is worth exploring as a community tool for keeping a secondary instance in sync for redundancy.

Alternatives worth knowing: Technitium DNS Server is a third option for users who want a full-featured DNS server with blocking capabilities built in. It sits in a different category from both Pi-hole and AdGuard Home and is worth a look if you need more DNS server functionality than either tool provides. Browser-level blocking with uBlock Origin is complementary to either tool, not a replacement. Run both for the most complete coverage.

One practical tip from our 30-day test: both Pi-hole and AdGuard Home can run simultaneously on the same host on different ports. If you want to evaluate them side by side before committing, that is a real and workable approach. Point a few test devices at each and compare the experience directly.