*** Post updated thanks to agents @komasanmoge & @yosusi
Spoiler
Make a 5×5 grid
3
2
5
3
x
4
0
s
4
r
2
1
.
5
k
8
1
n
i
i
0
1
o
x
x
Read going down from the upper right X
xrkix345ix5s.no2011134280
Split at dot
xrkix345ix5s
no2011134280
The first string is the prefix and suffix
xkr93 459vs
Search the second string on Google to find Rubin Zeke Zarchy, a trumpet player.
Zeke is Ezekiel
xrk93ezekiel459vs
Code #2
Observations
19 characters, now why would that comma be there
Spoiler
Look at how the letters are distributed on your keyboard. Take special attention to where numbers should fall in the passcode. See how they all are on the bottom row ? This is a keyboard mirror cipher, 1 to 0 mirror z to /. q to p mirror a to ;
utdnmqokt67d6gc,ny2 jge67alignment386hx
Code #3
Observations
114 characters, just about every characters on the keyboard are there
[hint]Shift or no shift, bump or no bump[/hint]
Spoiler
There are 114 characters, that can be divided in group of 6 which could mean braille. We have numbers, symbols, lowercase and uppercase, we need to find a way of determining what is dots and what is blank if it’s braille. Let’s start by the usual conversion to get the braille format. Make a 3×38 grid
12Q
wAS
2#w
ESd
3$e
rdF
$5R
Tfg
%6t
YgH
6&Y
UhJ
7*u
ijK
89i
OKL
(0O
pL:
0-P
[;"
qwA
SzX
Wes
dxC
eRD
FcV
rTf
gvB
Tyg
HBN
YUh
JnM
Uij
KM,
iOK
l,>
opL
:.?
Use a transpose cipher to rotate everything 90 degrees counterclockwise
1w 2E 3r $T %Y 6U 7i 8O (p 0[ qS Wd eF rg TH YJ UK il o: 2A #S $d 5f 6g &h *j 9K 0L -; wz ex Rc Tv yB Un iM O, p. QS wd eF Rg tH YJ uK iL O: P" AX sC DV fB gN hM j, K> L?
We know that in braille, numbers only use the 2 bottom rows. Looking at the string we can confirm that anything that uses the Shift position on the keyboard is a blank and the rest can be dots
