Discussion
It's a tough one if you don't know where to start. A hint is to think about what text some flags tend to start with or include, like { and } Visit ascii.cl and find that letters have ascii numerical values Mess around with python idle, try XORing some ascii values and see if you can get them to match the ciphertext in the challenge Google what the inverse of XOR is, its helpful in decrypting the message
Realy good task! +100 to skills if you wrote python script!
This was really fun!
CyberChef is an awsome tool that might help here
! /usr/bin/env python3
A = "q{vpln'bH_varHuebcrqxetrHOXEj"
flag = [] for i in range(256) : for j in range(29) : flag.append(ord(A[j]) ^ i) [print(chr(k),end='') for k in flag]
flag.clear()
print('')
CyberChef is an awsome tool that might help here
Easy? I didn't know where to start. Well done
! /usr/bin/env python3
A = "q{vpln'bH_varHuebcrqxetrHOXEj"
flag = [] for i in range(256) : for j in range(29) : flag.append(ord(A[j]) ^ i) [print(chr(k),end='') for k in flag]
flag.clear()
print('')
It's a tough one if you don't know where to start. A hint is to think about what text some flags tend to start with or include, like { and } Visit ascii.cl and find that letters have ascii numerical values Mess around with python idle, try XORing some ascii values and see if you can get them to match the ciphertext in the challenge Google what the inverse of XOR is, its helpful in decrypting the message
2 weeks ago
no idea on what its asking me to do