Building an interactive kiosk for a museum or exhibition with Raspberry Pi
In museums, exhibitions and trade shows, interactive kiosks enrich the visitor experience: in-depth information, multimedia content, fun trails. Rather than investing in expensive proprietary solutions, the Raspberry Pi lets you design reliable, customised touchscreen kiosks. Here is how.
The Raspberry Pi, ideal for kiosks
Compact, silent, energy-efficient and powerful enough for interactive display, the Pi ticks all the boxes. Its versatility lets you adapt each kiosk to the desired content, and its low cost allows several kiosks to be deployed without blowing the budget. It is an excellent example of using the Pi in a finished product.
Hardware for a touchscreen kiosk
- A Raspberry Pi 5 for smooth performance
- A Capacitive touchscreen with stand
- A discreet case and a reliable power supply
Designing the interactive content
The most flexible approach is to build the interface with web technologies (HTML, CSS, JavaScript), displayed in kiosk mode in a full-screen browser. This approach lets you integrate images, videos, sounds and touch navigation while remaining easy to update. Capacitive touch responds just like on a smartphone, for a natural experience.
Setting up kiosk mode
The kiosk must boot straight into the content, with no visible system interface, and withstand handling by visitors. You configure the browser to launch automatically in full screen, hide the cursor and disable the shortcuts that would allow quitting the application. A scheduled reboot every night keeps the system fresh.
Managing several kiosks
For an exhibition with several kiosks, centralising management saves valuable time. Content can be updated remotely and the status of each kiosk monitored. The tools covered in our tutorial Accessing your Raspberry Pi with Tailscale make this remote administration easier.
Robustness and accessibility
A public kiosk gets heavy use. Opt for endurance storage or an SSD, a sturdy case that protects the connections, and an accessible interface (large buttons, contrast, multilingual). Also think about monitoring so you are alerted if a kiosk breaks down during opening hours.
Conclusion
The Raspberry Pi lets you create custom interactive kiosks for museums, exhibitions and trade shows, combining a quality experience, reliability and budget control. From designing the web content to deploying in kiosk mode, everything is achievable with the Pi ecosystem. An elegant solution for enriching the visitor experience without breaking the bank.
