AdGuard Home vs Pi-hole

Detailed comparison to help you choose the right tool for your needs

A

AdGuard Home

Open-source network-wide DNS blocking with encrypted DNS support

4.7
Editorial Rating
P

Pi-hole

Network-wide ad blocker and DNS sinkhole for your home network

4.8
Editorial Rating

Quick Comparison

Rating

4.7
vs
4.8

Starting Price

Free
vs
Free

Pricing Model

free
vs
free
Feature
AdGuard Home
Pi-hole
DNS-based ad blocking
Encrypted DNS (DoH/DoT)
Parental controls
Safe browsing
Custom filtering rules
Client-specific settings
Network-wide ad blocking
DNS sinkhole
Query logging dashboard
Custom blocklists
DHCP server
API access

AdGuard Home Pros

  • Native DNS-over-HTTPS and DNS-over-TLS without extra configuration
  • Per-client filtering rules for different devices on your network
  • Modern, cleaner interface compared to Pi-hole
  • Built-in parental controls and safe browsing protection
  • Single binary installation — no complex dependencies
  • Free and open-source with active development

AdGuard Home Cons

  • Smaller community than Pi-hole — fewer third-party guides and tutorials
  • Same local network limitation as Pi-hole — requires VPN for remote use
  • Advanced filtering requires learning regex syntax
  • Less mature ecosystem of community blocklists versus Pi-hole gravity lists
  • Switching from Pi-hole requires reconfiguring router DNS settings
  • Some features require understanding DNS protocol concepts

Pi-hole Pros

  • Blocks ads across all devices including smart TVs and IoT without browser extensions
  • Completely free and open-source with no subscription
  • Real-time dashboard reveals how much tracking happens on your network
  • Built-in DHCP server simplifies network configuration
  • Massive community with extensive blocklist resources and documentation
  • Runs on minimal hardware — Raspberry Pi Zero handles a full home network

Pi-hole Cons

  • Only works on local network — outside access requires VPN setup
  • Some websites detect DNS-based blocking and refuse to load
  • Requires basic networking knowledge to configure router DNS settings
  • Needs a dedicated device or container running continuously
  • Cannot block ads served from first-party domains via HTTPS
  • Regular blocklist updates required to catch new ad domains

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