48 numbers, nothing pointing to decimal. Pairs range from 00 to 53.
[hint]You’ll NeEd 2 fInd THe iNDex==[/hint]
Spoiler
There are 24 pairs and number are ranging from 00 to 53. 24 can be divided by 4 which would make it a good candidate for Base64. We just need this index
Find their corresponding Base64 characters in the index provided above
mLzrtJrnruLtu05fuLG1utDl
Base64 passcode strings usually start with a capital M or N. Swap cases
MlZRTjRNRUlTU05FUlg1UTdL
Convert Base64 to Ascii
2VQN4MEISSNERX5Q7K
Code #2
Observations
60 numbers ranging from 000 to 255.
[hint]Hope you know the right names for the colours of the rainbow[/hint]
Spoiler
000 to 255 can represent RGB values for colours. To make it easier convert the RGB values to Hex.
Ex.: 204-255-000 = ccff00
Once you have all the Hex values you need to find the corresponding colour name. Some have many names, the best index can be found here
Hex
Name
ccff00
Fluorescent yellow
b2ec5d
Inchworm
0014a8
Zaffre
76ff7a
Screamin' Green
2c1608
Zinnwaldite Brown
ffdead
NavajoWhite
138808
India Green
b38b6d
Light Taupe
50c878
Emerald Paris Green
dcdcdc
Gainsboro
6e7f80
AuroMetalSaurus
ff4040
Coral Red
efcc00
Yellow (Munsell)
c5b358
Vegas Gold
e4717a
Tango pink
645452
Wenge
da9100
Harvest gold
ff00ff
Fuchsia
654321
Otter Brown
ecd540
Sandstorm
Now take the first letter of each colour name
fizsznilegacyvtwhfos
5zsz9legacyv2h4s
Code #3
Observations
32 letters, go through your normal routine of ciphers.
[hint]Felix Delastelle might give you a hand[/hint]
Spoiler
Well after Atbash, ROT, Rectangle and morse don’t give anything, there are always 2 ciphers that we seem to forget and make you facepalm yourself: Bifid and Playfair.
