COSMIC EARS Ask
“Find a genuine satellite recording, play an excerpt and show its spectrogram.”
PUBLIC OBSERVATIONS. LOCAL SCIENCE.
Give your AI ears
to the universe.
Explore genuine radio observations, listen to available recordings, and investigate signals using Claude, Codex, and other MCP-compatible assistants.
No radio hardware or paid API key required by the server.
01 / REAL RECORDING
Hear it. See it. Check the source.
PE0SAT / PE0SAT-12 · SatNOGS / Libre Space Foundation · CC BY-SA 4.0. First 15 s, resampled 48 → 16 kHz, mono PCM16; STFT. Possible clipping.
Edited replay of actual MCP output, not a Claude/Codex screen recording. The audio plays from 12–27 seconds. Credits and transformations.
02 / YOUR FIRST SIGNAL
One command to check the connection.
Install uv, then run this in Terminal or PowerShell. It checks a real MCP handshake and an offline 440 Hz test tone.
uvx --from https://github.com/levanmamulashvili911-byte/cosmic-ears-mcp/releases/download/v0.2.0/cosmic_ears_mcp-0.2.0-py3-none-any.whl cosmic-ears-mcp self-testInspect
Get audio, a measured plot, digital signal metrics, observer credits and the original source.
Question
Separate what the evidence shows from interference, receiver effects and unknowns.
03 / CURIOSITY, WITH LIMITS
Good science keeps its labels.
These SatNOGS recordings target human-made satellites. They are receiver-demodulated electromagnetic signals, not sound traveling through space. Audio-frequency bins are not calibrated RF measurements. Nothing here detects aliens.
The educational demo is explicitly synthetic. Jupiter listening references stay source-linked where redistribution rights are unclear. No live telescope feed is promised.
Read the scientific limitations →