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PiSky
Built for Raspberry Pi 4 & 5

PiSky — One Raspberry Pi. The whole sky.

PiSky unifies all-sky imaging, hyperlocal weather and real-time aircraft tracking into one private, open-source observatory.

01 guided installer 03 live sky systems 100% open source
PiSky Backyard observatory
Live · 15:17
Vega
Aircraft · 8.4 km
Tonight, above us Clear · 12.4°C
Local conditions 12.4° Feels like 11.8°
Airspace nearby 17 6 with position
CameraCapturing
Local firstYour data stays yours
A complete sky platform

Everything above you, understood.

Three proven observation disciplines, shaped into one calm, consistent experience for enthusiasts, educators and citizen scientists.

Continuous capture
01 · Observe

Your sky, every minute.

Live fisheye imagery, nightly timelapses, star trails, keograms and a searchable archive from your own camera.

Temperature12.4°C
Wind8 km/h NE
02 · Understand

Conditions, not guesswork.

Start with free forecast data or connect a compatible local station for genuinely hyperlocal, real-time conditions.

QFA1234,000 ft · 472 kt
03 · Track

Local airspace, live.

Decode aircraft directly from an RTL-SDR. See nearby flights on your own radar without a hosted tracking feed.

Read how PiSky works →

Designed around your Pi

Your observatory. Your data. One interface.

PiSky is designed to run where the observations happen. The public view is elegant; the administration workspace keeps installation, services and day-to-day configuration understandable.

  • Guided installationA unified Bookworm installer brings the platform together.
  • Private by defaultCamera, station and receiver data can remain entirely local.
  • Built to extendOptional sharing and remote sources stay firmly opt-in.
πPiSkyRaspberry Pi
Sky cameraContinuous images
WeatherForecast or station
ADS-B radio1090 MHz receiver

Have questions?

Read the FAQ for answers on hardware, licensing and getting started.

Read the FAQ
Version 0.1.0 · Raspberry Pi OS Bookworm

Ready to understand your sky?

PiSky is open source and ready to install. Bring a Pi, a camera and your curiosity.

View on GitHub ↗