Yes,
ths might work .. im currently just for fun reading some things on encryption, i dont know what it is exactly, but what it can do is use python to be able to encrypt the message and perform some string manipulations.
something simple to demonstrate what i mean:
plaintext = list('ABCDEFGHIJKLMNOPQRSTUVWXYZ') encrytedtext = list('DEFGHIJKLMNOPQRSTUVWXYZABC') def message(text, plain, encryp): dictionary = dict(zip(plain, encryp)) newmessage = '' for char in text: try: newmessage += dictionary[char] except: newmessage += ' ' print text, '\nhas been encrypted to:' print newmessage
("SEND MATERIAL NOW")
: LTFR ZIT DQZTKOQS FGV
no power md5 etc. but only basic letter replacement scheme
now also get random sequences and then try to crack them
eg:
"EKNHZGUKQHIN OL ZIT LEOTFET ZIQZ EKTQZTL ZIT EOHITK LNLZTDL XLTR ZG IORT DTLLQUTL YKGD XFOFZTFRTR KTEOHOTFZL."
Notice first that the most frequent cipher letter is T, probably replacing the E. The 3-character stretch ZIT which appears twice could very well be THE and since Z stands for T in that case, the word ZIQZ might be THAT. The 6th word now reads **EATE* whose completion CREATES appears as a good choice. At this point, these successive guesses yield the following partial decryption scheme, Alphabet: ACEHRST Substitution: QETIKLZ
Buster
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