Pi-hole
Self-HostedOpen-source network-wide ad blocker using DNS sinkholing
Overview
Pi-hole is a network-level ad and tracker blocker that acts as a DNS sinkhole. It filters unwanted content before it reaches devices, working across phones, computers, and smart TVs without app installations. Deployable on Raspberry Pi, Linux servers, or Docker, it features a user-friendly web interface for monitoring stats, custom blocklists/allowlists, parental controls, and VPN integration. It reduces bandwidth usage and enhances privacy by blocking tracking domains at the source, making it ideal for home or small network use.
Self-Hosting Resources
Below is a reference structure for docker-compose.yml.
⚠️ Do NOT run blindly. Replace placeholders with official values.
version: '3'
services:
pi_hole:
image: <OFFICIAL_IMAGE_NAME>:latest
container_name: pi-hole
ports:
- "8080:<APP_INTERNAL_PORT>"
volumes:
- ./data:/app/data
restart: unless-stopped Key Features
- Network-wide ad & tracker blocking across all devices
- Intuitive web dashboard for monitoring and configuration
- Easy deployment on Raspberry Pi, Linux, or Docker containers
Frequently Asked Questions
? Is Pi-hole hard to install?
Pi-hole has simplified installation via official one-line scripts for Raspberry Pi/Linux or Docker. Basic network knowledge is needed to set your router to use Pi-hole as the primary DNS, but step-by-step guides make the process accessible for most users.
? Is it a good alternative to NextDNS?
Yes—Pi-hole offers network-wide blocking like NextDNS but is self-hosted, free, and open source. Unlike NextDNS (cloud-based with paid tiers), Pi-hole gives full control over data and blocklists without recurring costs.
? Is Pi-hole completely free?
Yes—Pi-hole is 100% free and open source (MIT License). All core features (blocking, web interface, custom lists, parental controls) are available at no cost with no hidden fees or paid upgrades.
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Tool Info
Pros
- ⊕ Privacy-focused (blocks trackers at the network level)
- ⊕ No per-device apps needed for protection
- ⊕ Low resource usage (perfect for Raspberry Pi)
- ⊕ Reduces bandwidth consumption
Cons
- ⊖ Requires a dedicated device/server to run
- ⊖ Initial setup needs basic network DNS configuration
- ⊖ DNS-level blocking can’t handle some dynamic in-page ads