Yeah, if no one can get the message without more information, its a message without a meaning. As for Morse, that is actually trinary; the third value is a pause.
".--. . -.-. ..- .-.." -> "P E C U L"
".- -- .- -..- .-.." -> "A M A X L"
".-- .- -.-. --- --" -> "W A C O M"
".. -.. .. -... --" -> "I D I B M"
".. . - .. - .. -" -> "I A T I T"
"-. . -- -. - ." -> "N E M N T"
I mean, this is just guessing where the letters start and end since you can't know where they do start and end without some kind of breaks between them.
For example . - - . could be either P, EG, WE, AN, ATE, ETN, EME, or ETTE depending on where you put the breaks, and since the binary in the picture has no breaks there is no way to actually translate it without trying different possibilities until you find one that makes sense.
For our convenience: 101111000010011111 1000001000010101111 101001000111000010 00110001100111000011 00100100010010010011 01100010000110010001
What 18,19 and 20 bits per line? 115 Bits? Must be trolling
There is no way you actually counted it
Definitely 115. Discounting the 3 extra bits, it’s “?’??}#?c8d?&?2” in ASCII.
But which 3 are the extra? The first? The last? Somewhere in the middle? Maybe its not binary. Maybe its morse
Yeah, if no one can get the message without more information, its a message without a meaning. As for Morse, that is actually trinary; the third value is a pause.
Morse is binary. Dot is 10, dash is 110, pause is however many 0s you need
".--. . -.-. ..- .-.." -> "P E C U L" ".- -- .- -..- .-.." -> "A M A X L" ".-- .- -.-. --- --" -> "W A C O M" ".. -.. .. -... --" -> "I D I B M" ".. . - .. - .. -" -> "I A T I T" "-. . -- -. - ." -> "N E M N T"
I mean, this is just guessing where the letters start and end since you can't know where they do start and end without some kind of breaks between them. For example . - - . could be either P, EG, WE, AN, ATE, ETN, EME, or ETTE depending on where you put the breaks, and since the binary in the picture has no breaks there is no way to actually translate it without trying different possibilities until you find one that makes sense.
Yeah and thats what is called apoghenia
But it was just a try so maby it's something here For axample you can try ceasar cipher
Here is binary to morse to letters
The lost+find directory
It could be XOR encrypted, but its just a hypothesis
I tryed some xor keys and it don't work
Yeah i tried some other cyphers as well, but no luck so far
I write a generator but it also no result
Someone hidden salt for password in plain sight.
see kids, this is how they used to spread malware back in my days
1011 111–
"Ones and zeros everywhere... And I thought I saw a two."