Pibooth

Pibooth is a free, pure-Python photobooth application for Raspberry Pi and compatible Unix/Linux computers. It fits builders of private booths who can select hardware and handle configuration. The software’s strongest proposition is a flexible, local capture-and-print workflow with extensive image customization, while its hardware and intended-use constraints rule out some buyers.

Overview

Pibooth turns a compatible camera and computer into a self-contained booth. It captures individual images, combines them into a finished composition, stores both the finished picture and source captures on the device, and can print through a CUPS server while showing the print queue. Offline capture is useful for venues that do not want to depend on an internet connection.

The documented setup centers on a Raspberry Pi 3 Model B or newer and a compatible camera; buttons, lights, and a printer are optional. That makes the software adaptable, but not turnkey: the operator remains responsible for assembling and configuring the system. Pibooth is MIT-licensed and supplied without warranty, and its documented purpose is private use rather than professional or commercial activity.

Key features

Capture and operation

A session can take from one to four photos and combine them into one final picture. Camera support covers devices compatible with gPhoto2, OpenCV, and Raspberry Pi, giving hardware builders several routes to a working booth. Compatibility still depends on the specific camera and configuration. Raspberry Pi GPIO buttons support dedicated physical controls, while a keyboard, mouse, or touchscreen can operate the booth without custom button wiring.

Design, storage, and printing

Final images can be shaped with custom text, fonts, colors, backgrounds, and overlays. That is a practical advantage for private events that need a particular visual treatment rather than a fixed template. Plugin support extends the behavior beyond the core application. Community plugins listed by the project connect to Google Photos, Dropbox, QR codes, Telegram uploads, and S3, although each adds its own setup considerations.

Pibooth prints through CUPS and reports the queue, which suits a locally managed printer workflow. Keeping images on the device supports offline operation but makes storage handling and access control part of the operator’s job. European operators are advised to follow GDPR requirements and tell participants that generated images are stored locally.

Pricing

Pibooth: free. The free plan is the software itself under the MIT license, with compatible hardware and setup required. There is no free trial because the product is already free, and there are no published seat, usage, or quota limits. Hardware, printer, and configuration work remain separate practical costs.

Platforms

Pibooth supports Linux, macOS, and self-hosted deployments. Its documentation describes operation on Unix/Linux systems and reports testing on Ubuntu 16 and Mac OS X 10.14.6. The documented hardware path is Raspberry Pi 3 Model B or higher, paired with a compatible camera.

Who it's for

Choose Pibooth if you want to build a private Raspberry Pi booth, need one-to-four-photo layouts, want control over typography and artwork, or require capture and printing without an online service. It also suits technically comfortable operators who value GPIO controls and plugin-based extensions.

Look elsewhere if you need a managed commercial product, a ready-made hardware package, or an explicitly professional event platform. Pibooth’s documented private-use scope, no-warranty license, and required hardware setup place those responsibilities with the operator.

Pros and cons

• Pros: free MIT-licensed software avoids subscription charges; offline capture and local storage reduce dependence on connectivity; one-to-four-photo compositions and broad camera interfaces support varied builds; text, fonts, colors, backgrounds, overlays, and plugins enable tailored output; CUPS printing and queue status support a local print station.
• Cons: a Raspberry Pi or other compatible computer, camera, and configuration are required; hardware compatibility must be worked out by the builder; local image storage creates privacy and retention duties; the project is documented for private use, not professional or commercial activity; the software is provided without warranty.

Alternatives

FreeBooth is a free option for readers who need Linux, macOS, web, and Windows coverage rather than Pibooth’s Raspberry Pi-centered setup.

Photobooth-App is another free, MIT-licensed choice spanning API, Linux, macOS, self-hosted, and Windows deployments.

RevoSpin 360 is worth considering when Android, iOS, or web access matters; its free download has in-app purchases, including a $49.99 one-time Pro plan.

FotoBox is a free open-source photobooth application for Raspberry Pi, Linux, and macOS.

Photo Booth Studio suits iOS users who can accept a watermark on the free plan or pay $29.99 per month for Pro.

ZillaBooth is an iOS alternative with free 2×2 and 1×4 layouts and no watermark; its Pro plan uses a monthly or yearly subscription with price not listed.

OpenBooth is a free open-source option for Linux.

Curator Live is a cross-platform event alternative for iOS, macOS, web, and Windows, with paid per-event plans and a free trial.

Browse the Photo Booth Software list for more options.

Verdict

Pibooth is a strong choice for a technically capable operator building a private, Raspberry Pi-based booth who wants customizable images, offline capture, and CUPS printing without a software fee. The main reason to look elsewhere is the same setup responsibility: commercial operators or anyone seeking turnkey hardware, support, and a professional-use workflow should choose a product designed for that purpose.