A powerful tool written in Python designed to help CTF (Capture The Flag) participants in solving IT security challenges. This tool provides several useful functionalities that facilitate data analysis and manipulation, allowing users to focus on solving challenges. Join to discord
Install all external dependencies
git clone https://github.com/Yoswell/GrizzlySpark.git
pip3 install -r requirements.txt
![Warning]
pip3 install -r requirements.txt --break-system-packagesThis project includes several conversion and decoding functionalities. Below is the menu of available options:
from termcolor import colored
print(f"\t{colored('[+]', 'yellow')} C1 - Hexadecimal to text options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C2 - Text to hexadecimal options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C3 - Decimal to text options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C4 - Binary to text options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C5 - Binary to hex options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C6 - Decimal to hexadecimal options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C7 - URL encode options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C8 - Revert strings (aloh -> hola) options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C9 - Long_bytes to text options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} C10 - Convert hexadecimal (0x?? format) to decimal options(-m -i)")
#---------------------------------------------------------------------------------#
print(f"{colored('[+]', 'red')} Decode")
print(f"\t{colored('[+]', 'yellow')} D1 - Base64 cypher options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D2 - Morse cypher options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D3 - ROT13 cypher options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D4 - Sustitution cypher file decode options(-m -f)")
print(f"\t{colored('[+]', 'yellow')} D5 - Base64 cypher file decode options(-m -f -r)")
print(f"\t{colored('[+]', 'yellow')} D6 - URL decode options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D7 - RSA decode with (e:? n:? c:? p:? q:?) options(-m -f)")
print(f"\t{colored('[+]', 'yellow')} D8 - Vigenere decode options(-m -i -k)")
print(f"\t{colored('[+]', 'yellow')} D9 - Xor (Two chains) without (key) (HEX format) options(-m -i -j)")
print(f"\t{colored('[+]', 'yellow')} D10 - FuckJs lenguage (format -> +(+!+[]+(!+) options(-m -f)")
print(f"\t{colored('[+]', 'yellow')} D11 - MD5 decode options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D12 - Luhn find card (5612****123:234) options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D13 - BrainFuck lenguage (format -> >+++++++++[<+) options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D14 - Caesar decode options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D15 - Bacon decode (format -> abbb abaaa abbaa) options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D16 - Trithemius decode options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D17 - XOR (One chain) brute force (HEXformat) options(-m -i)")
print(f"\t{colored('[+]', 'yellow')} D18 - Caesar ascii decode options(-m -f)")
print(f"\t{colored('[+]', 'yellow')} D19 - Xor (Two Files) decode options(-m -x -y -z)")
#-------------------------------------=-------------------------------------------#
print(f"{colored('[+]', 'red')} Exploits")
print(f"\t{colored('[+]', 'yellow')} E1 - Web Scrapping (url, text pattern) options(-i -j)\n")Below I show you some ways to use Guilty-Spark
~ ❯ python3 grizzlySPK -mc2 -i'gr1zzlySPK{Th15_15_4_f4k3_fl4g}'
[◒] Uploading: 343
[*] >> 6772317a7a6c7953504b7b546831355f31355f345f66346b335f666c34677d
~ ❯ python3 grizzlySPK -mc1 -i'6772317a7a6c7953504b7b546831355f31355f345f66346b335f666c34677d'
[▝] Uploading: 343
[*] >> gr1zzlySPK{Th15_15_4_f4k3_fl4g}
~ ❯ python3 guiltySpark -md14 -i'ju1ccobVSN{Wk15_15_4_i4n3_io4j}'
[-] Uploading: 343
[*] >> zk1sserLID{Ma15_15_4_y4d3_ye4z}
[*] >> gr1zzlySPK{Th15_15_4_f4k3_fl4g} >> Correct flagDeveloped by Vishok