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Pi-hole and AdGuard Home do the same job: answer your devicesโ DNS queries and refuse to resolve ad and tracker domains. Both are excellent, both run on hardware you probably already pay for, and the argument between their camps has outlived several major versions on each side.
The real differences are architectural: how much comes built in, how configuration feels, and what happens when you want encrypted DNS or per-device rules. Deployed on a VPS with a VPN, either one gives every phone and laptop you own network-level ad blocking on any network in the world.
TL;DR: Which One Should You Pick?
Pick AdGuard Home if you want one binary with encrypted DNS (DoH/DoT/DoQ), per-client settings, and parental controls configured entirely from a clean web UI in ten minutes.
Pick Pi-hole if you value the larger ecosystem - years of community blocklists, integrations, and tutorials - and you like the group-based blocking model and deep query analytics.
Pi-hole vs AdGuard Home at a Glance
| Pi-hole | AdGuard Home | |
|---|---|---|
| Architecture | FTL daemon + web UI | Single Go binary |
| Encrypted DNS upstream | Via unbound/cloudflared add-on | Built in (DoH, DoT, DoQ) |
| Encrypted DNS for clients | No (plain DNS) | Built in |
| Per-client rules | Groups | Per-client settings incl. services |
| Parental controls | Via blocklists | Built in (safe search, services) |
| Ecosystem/community | Very large, mature | Large, growing |
| DHCP server | Yes | Yes |
| RAM at idle | ~50-100 MB | ~50-100 MB |
Where Pi-hole Wins
Maturity and ecosystem. Pi-hole has been the default answer for a decade, and it shows in the tooling around it: thousands of curated blocklists formatted for it, integrations in Home Assistant and Grafana, and a community that has already solved every edge case you will hit. The group management model - assign devices to groups, assign blocklists and rules to groups - scales nicely to complex households, and the query log analytics remain the best in class.
The trade-off is assembly required for modern DNS: encrypted upstreams mean adding unbound or cloudflared alongside.
Where AdGuard Home Wins
Completeness in one binary. Encrypted DNS in both directions, per-client configuration, scheduled parental controls, and safe-search enforcement are all first-party features configured in the UI. On a VPS this matters doubly: DNS-over-TLS from your phone straight to your server means no plaintext DNS crossing hotel Wi-Fi, with zero extra containers.
The blocklist ecosystem is smaller than Pi-holeโs, though it consumes the same list formats, and the analytics are good rather than exceptional.
VPS Requirements Compared
| Spec | Pi-hole | AdGuard Home |
|---|---|---|
| Minimum RAM | 512 MB | 512 MB |
| Recommended RAM | 1 GB | 1 GB |
| Storage | 5-10 GB | 5-10 GB |
| CPU | Any | Any |
| Key requirement | Never expose port 53 publicly | Same |
Any providerโs smallest plan is enough, so pick on network quality and price. Hetzner from 5.49 EUR per month is our default: low latency across Europe and a clean firewall UI for locking DNS behind your VPN. Vultr (from 5 USD) makes sense if you travel and want a resolver geographically near you, with 32 locations to choose from. Pair either app with WireGuard on the same box - the combined footprint still fits the smallest tier. Setup details live in the best VPS for Pi-hole and best VPS for AdGuard Home guides, with the full provider ranking in our VPS comparison.
Verdict
AdGuard Home is the better starting point in 2026 for most people: the built-in encrypted DNS alone removes the most fiddly part of a Pi-hole deployment, and per-client controls cover what families actually ask for. Pi-hole remains the right choice for tinkerers invested in its ecosystem, and nothing about it is broken - it just asks you to assemble what AdGuard ships.
Whichever you choose, the deployment pattern is identical and non-negotiable on a VPS: DNS listens on the VPN interface only. Do that, and your entire device fleet gets clean DNS everywhere for the price of the cheapest server tier.
Frequently asked questions
Is it safe to run Pi-hole or AdGuard Home on a public VPS?
Only if you lock it down. An open DNS resolver on a public IP will be abused for DDoS amplification within hours. The correct pattern is to run the DNS blocker behind a VPN like WireGuard or Tailscale and let only your devices reach port 53. Both apps work perfectly in this setup, and a VPS gives your phones ad blocking everywhere, not just at home.
Does AdGuard Home really include encrypted DNS out of the box?
Yes, and it is the biggest practical difference. AdGuard Home speaks DNS-over-HTTPS, DNS-over-TLS, and DNS-over-QUIC natively for both upstream and client connections, configured from the web UI. Pi-hole needs a companion service like unbound or cloudflared for encrypted upstreams, which is well documented but is one more moving part to maintain.
Which uses fewer resources on a small VPS, Pi-hole or AdGuard Home?
They are both tiny and any 1 GB plan runs either with headroom. Pi-hole's FTL daemon and AdGuard Home's single Go binary each idle around 50 to 100 MB RAM with typical blocklists. Resource usage should not drive this decision - pick based on features and workflow, and spend the leftover capacity on WireGuard or a second service on the same box.