codes as followed:
codes as followed: 200110001001101000011011000110010001101100011010100110011001100000011000000110000001100000011000000110000 with 105 numbers. a wild guess, it should be binary ( with a useless "2" on the beginning as a hint). thus it's a 104 or 102 digit sequence. If it's a 104 digit sequence, 104 is divisible by 8. So let me try a sequence of 8 digit binary code or a sequence of 6 digit binary code ( if I discard the first two 00) . In that way I get a sequence of number less than 256 as followed: 49 52 54 50 54 53 51 48 48 48 48 In ascii table, the sequence fall into the area of "number from 0 to 9" , and if use the 6 digit solution it goes to nothing making sense, so lets move on with the number sequence listed above and transform them into numbers from 0 to 9. Here we go: 1462653000000 A 13 digit number sequence may refer to many things such as telephone numbers in some country, coordinates, post code in some country or, let me jump to conclusion: a 13 ...