Immich on Raspberry Pi: Build Your Own Private AI Photo Server

July 10th, 2026

What Is Immich?

Introduction

Immich on Raspberry Pi is one of the best ways to build a private alternative to Google Photos. If you're looking for complete control over your photo library, Immich has quickly become one of the most popular self-hosted solutions. Combined with Raspberry Pi 5, it allows you to build an affordable AI-powered photo server capable of automatic backups, facial recognition, and semantic search—all while keeping your data under your control.

What Is Immich?

Immich is an open-source photo and video management platform. You can learn more from the official Immich documentation. It allows you to store, organize, search, and back up your media while keeping complete ownership of your files, making it an excellent self-hosted photo server for personal use.

Unlike traditional photo galleries, Immich includes modern features such as automatic mobile backups, facial recognition, object detection, location search, and timeline browsing. All processing happens on your own hardware, meaning your photos remain under your control instead of being stored on third-party servers.

Immich is actively developed and frequently updated with new capabilities, making it one of the most popular self-hosted photo management solutions available today.

Why Choose Immich Over Google Photos

As a leading Google Photos alternative, many people discover Immich while searching for a more private way to manage their photos.Although both platforms offer automatic photo backups, AI-powered search, and mobile apps, Immich gives you complete ownership of your data by running entirely on your own hardware. There are no subscription fees, no storage limits imposed by a cloud provider, and no need to upload your personal photos to third-party servers.

For users who value privacy, customization, and long-term control, Immich is an excellent choice—especially when combined with a Raspberry Pi for a low-cost, always-on home server.

Why Run Immich on Raspberry Pi?

A Raspberry Pi offers an affordable and energy-efficient platform for hosting Immich around the clock, making it an ideal Raspberry Pi photo server for home users.Since the system consumes only a few watts of power, it can remain online continuously without significantly increasing electricity costs.

The Raspberry Pi 5 is especially well suited for Immich thanks to its faster processor, improved I/O performance, and support for external SSD storage. These improvements result in quicker photo uploads, faster thumbnail generation, and better overall responsiveness.

Running Immich locally also provides several important advantages:
•Complete ownership of your photo library
•No monthly subscription fees
•Automatic backups from multiple devices
•Private AI processing without uploading data to the cloud
•Access from anywhere on your local network or through secure remote connections
For families or photography enthusiasts with thousands of images, a Raspberry Pi can become a dedicated personal photo server that is always available.

Hardware Requirements

While Immich can run on different Raspberry Pi models, performance depends largely on available memory and storage speed.

For the best Raspberry Pi 5 Immich experience, an 8 GB Raspberry Pi 5 provides excellent performance,especially when AI features such as facial recognition are enabled. The 4 GB version also works for smaller libraries but may process large collections more slowly.

Recommended hardware includes:
•Raspberry Pi 5 (4 GB or 8 GB RAM)
•Raspberry Pi OS 64-bit
•High-quality USB 3.0 SSD for photo storage
•32 GB or larger microSD card for the operating system
•Official Raspberry Pi power supply
•Active cooling or a heatsink case
•Gigabit Ethernet connection for reliable file transfers

Although storing photos on a microSD card is possible, an SSD delivers significantly better performance and greater long-term reliability. If you're planning to optimize your storage setup, check out our complete guide to Raspberry Pi 5 SSD setup and optimization.

Software Requirements

Before installing Immich, prepare the Raspberry Pi with the necessary software. If Docker is not installed yet, follow our complete guide on Raspberry Pi Docker installation before continuing.
You will need:
•Raspberry Pi OS 64-bit
•Docker Engine
•Docker Compose
•Git (optional)
Updating the operating system before installation ensures the latest security patches and package versions are available.

Installing Docker and Docker Compose
https://www.sunfounder.com/blogs/news/raspberry-pi-docker-from-installation-to-advanced-usage-and-troubleshooting
Immich Docker deployment is based on a collection of Docker containers that simplify installation and updates.Docker simplifies deployment because each service runs in an isolated environment while remaining easy to update.
Begin by updating the operating system:
sudo apt update
sudo apt upgrade -y
Install Docker using the official Docker installation guide before running the installation script if you need more background information.
curl -fsSL https://get.docker.com | sh
Add your user to the Docker group:
sudo usermod -aG docker $USER
Log out and back in before continuing.
Install the Docker Compose plugin if it is not already available:
sudo apt install docker-compose-plugin
Verify the installation:
docker --version
docker compose version
Once Docker is working correctly, the Raspberry Pi is ready to host Immich.

Installing Immich with Docker Compose

The recommended Immich Docker Compose installation uses the official configuration provided by the Immich project.
1.Create a directory for Immich:
mkdir ~/immich
cd ~/immich
2.Download the official Docker Compose file and example environment configuration from the Immich GitHub repository.
wget -O docker-compose.yml https://github.com/immich-app/immich/releases/latest/download/docker-compose.yml
wget -O .env https://github.com/immich-app/immich/releases/latest/download/example.env
3.Edit the .env file to define your storage location, database credentials, upload directory, and other settings.
4.Start the application:
docker compose up -d
Docker automatically downloads all required container images, including PostgreSQL, Redis, the Immich server, machine learning service, and supporting components.
After several minutes, verify that every container is running:
docker ps
If everything started successfully, Immich is ready for configuration.

First-Time Setup

After you install Immich on Raspberry Pi, open a browser and navigate to your Raspberry Pi using its IP address, using its IP address and the configured port.

During the first launch you will:
•Create the administrator account
•Configure your storage library
•Select upload preferences
•Review default settings
Once setup is complete, install the Immich mobile application on your Android or iPhone.
After logging in, enable automatic background backup so every new photo and video is uploaded directly to your Raspberry Pi whenever the device connects to your network.
This creates a seamless replacement for commercial cloud photo services.

Understanding Immich's Architecture

Immich consists of several independent services working together inside Docker containers.

•The web server provides the user interface for managing photos and albums.
•The API server handles uploads, authentication, and communication between all components.
•PostgreSQL stores metadata including albums, users, locations, and photo information.
•Redis manages caching and background processing tasks to improve responsiveness.
•The Machine Learning service performs AI operations such as face recognition, image classification, and smart search.
Finally, the storage volume contains the original photos, videos, thumbnails, and generated previews.
This modular architecture allows each service to be updated independently while maintaining excellent reliability for self-hosted photo management.

Enabling AI Features

One of the biggest advantages of an AI photo server like Immich is its built-in artificial intelligence.
After installation, the machine learning service can analyze your media library and automatically identify:
•Faces
•Common objects
•Animals
•Vehicles
•Landscapes
•Text inside images
•Geographic locations

These features make searching your collection remarkably simple. Instead of manually organizing folders, you can search for terms like "dog," "beach," "mountains," or "birthday."
Facial recognition groups photos of the same person together, allowing you to build albums without manually tagging every picture.
Although Raspberry Pi can perform these tasks, the initial indexing of very large libraries may require several hours or even days depending on the number of photos.
Fortunately, this intensive processing only occurs during the first scan. Future indexing is much faster because only newly uploaded images need analysis.

Practical Example: Building a Family Photo Server

Imagine a family with four smartphones, each automatically uploading photos to a Raspberry Pi 5 equipped with a 1 TB SSD.
Every family member has an individual account while sharing selected albums for vacations, birthdays, and special events.
Parents can search for photos of their children using facial recognition, while grandparents receive shared albums without storing duplicate copies of every image.
Because backups occur automatically whenever devices connect to Wi-Fi, everyone has peace of mind knowing that precious memories are safely stored at home.
The result is a centralized photo library that remains completely private while offering many of the conveniences found in commercial cloud platforms.

Real-World Performance on Raspberry Pi

Immich performs exceptionally well with Raspberry Pi SSD storage, especially when paired with a Raspberry Pi 5 and a USB 3.0 or NVMe SSD.Everyday tasks such as browsing photos, uploading images, and viewing albums are generally smooth, while AI-powered features like face recognition and semantic search benefit from the Pi 5's improved CPU performance.

The first AI indexing process is the most resource-intensive task. Depending on the size of your photo library, it may take several hours or longer to analyze every image. Once the initial scan is complete, only newly uploaded photos need to be processed, making day-to-day performance much faster.

Performance Tips

A few simple optimizations can significantly improve your Raspberry Pi home server running Immich.Store the media library on an SSD instead of a microSD card to reduce loading times.
Use a wired Gigabit Ethernet connection whenever possible for faster uploads. Enable active cooling to prevent CPU throttling during AI processing.
Keep Docker images and the operating system updated to benefit from performance improvements and security fixes.
If your library contains tens of thousands of photos, allow AI indexing to run overnight when the Raspberry Pi is otherwise idle.

Common Problems and Solutions

One of the most common issues is insufficient storage space. Using an external SSD instead of relying solely on a microSD card eliminates this limitation.
  ×If Docker containers fail to start, verify that all required ports are available and that the .env configuration is correct.
  ×Slow thumbnail generation usually indicates limited storage performance or that the AI service is still processing the initial library.
  ×When mobile devices fail to synchronize, confirm that both the server address and authentication settings are correct and that background synchronization permissions are enabled on the phone.
  ×Regularly reviewing Docker logs also helps identify configuration problems before they become more serious, keeping your private photo server running reliably,before they become more serious.

Security Best Practices

Since Immich stores personal memories, protecting the server should be a priority.
  √Use strong passwords for every account, especially the administrator account.
  √Keep Raspberry Pi OS and Docker containers updated to receive security patches.
  √If remote access is required, avoid exposing the server directly to the internet. Instead, use a VPN or a secure reverse proxy with HTTPS encryption.
  √Create regular backups of both the uploaded photos and the PostgreSQL database to protect against accidental data loss.
With proper maintenance, Immich running on a Raspberry Pi becomes a secure, private, and highly capable photo management solution that gives you complete control over your digital memories without relying on commercial cloud providers.

Conclusion

Immich on Raspberry Pi is one of the most affordable and effective ways to build a private AI-powered photo server,and effective ways to build a private, AI-powered photo server. With features like automatic mobile backups, facial recognition, semantic search, and complete data ownership, Immich offers a compelling alternative to cloud-based services such as Google Photos.

While a Raspberry Pi 4 can handle smaller photo libraries, a Raspberry Pi 5 paired with an SSD delivers a much smoother experience, especially when AI features are enabled. By following the installation steps, performance recommendations, and security best practices in this guide, you can create a reliable self-hosted photo management system that keeps your memories safe and under your control.

Whether you're looking to protect your family's photos, reduce cloud storage costs, or explore self-hosting projects, Immich and Raspberry Pi make an excellent combination. You may also enjoy building a Raspberry Pi NAS for additional private storage.As your photo collection grows, you can continue expanding your storage and fine-tuning your setup to enjoy a fast, secure, and future-proof personal photo server.