Handheld radios can pick it up from Japan, Greece, USA, Russia, Africa, literally everywhere. Four simultaneous transmissions on nearby frequencies. Tune your station to 7070.

It sounds like Morse code but it's not. It's all scrambled and doesn't form any words or numbers. Even if it's non-english code, decoding only gives gibberish results. It could be encrypted so only those with decipher key can unscramble the message.

Video from Chris Tsagarakis.



by PinkyDexterity

24 Comments

  1. Bigsquatchman on

    Interesting.

    Would it be correct to assume signals in that bandwidth would originate from earth and be sent from multiple locations?

    I don’t know enough about it. Definitely interesting

  2. TFW encrypted signals hit my walkie talkie. History channel is currently mobilizing their rapid response team for the next season of Ancient Aliens

  3. ImperialTravesty on

    There are stations playing 24/7 always that are used by intelligence agencies to transmit messages but you will never be able to decipher them

  4. austinwiltshire on

    I’m confused, the numbers station explanation is about someone saying farsi numbers on short wave.

    This is morse like on handheld radios.

    Can any random handheld radio pick up shortwave? And what’s with the difference between Morse sounding and farsi numbers?

  5. I ran it through Google Gemini.

    The Morse code (CW) playing at 7.070 MHz deciphers to the following message:

    The Deciphered Message

    LUNAR BASE TO MR Z GROK VISIT FROM PROXIMA CENTAURI

    A Few Technical Details
    Frequency: 7.070.00 kHz (40-metre band).
    Mode: CW (Continuous Wave).
    Speed: Roughly 18–20 WPM (Words Per Minute).

  6. Occams Razor this:
    1) there is current military action in the middle east by the most technologically advanced fighting force in the world to date. Is there any indication of expansion or possible broadband jamming to support that action or expansion of that action?

    2) Is there any close proximity cosmic event occurring that would produce a similar signal? (Can it be done by sunspot activity? Proximity flyby of a stellar object, etc.)

    3) is the signal being tracked to source or triangulated on? Is it all coming from one source?

    Knock out all the possible, mundane explanations and we have only the impossible and exciting explanations to investigate.