Behold the ChaosCipher Encryption Algorithm: Unleashing Anarchy in the Realm of Secrecy!

Prepare to immerse yourself in the dark arts of encryption, where chaos reigns supreme and secrets become enigmatic puzzles. ChaosCipher, a malevolent creation of diabolical genius, offers a twisted path to concealment and subversion.

"ChaosCipher: Embrace the Unpredictable, Embody the Unbreakable!

Within the core of ChaosCipher dwells a malevolent force that defies traditional encryption paradigms. This wickedly ingenious algorithm thrives on the bedlam of randomness, inflicting havoc upon the realm of secrecy. Brace yourself for an enigmatic journey where chaos becomes the key and encryption transforms into an impenetrable fortress.

Unlike feeble encryption algorithms of the mundane world, ChaosCipher harnesses the power of substitution, permutation, and entropy to forge an unyielding shield around your most coveted secrets. Every byte, every bit, dances to the whims of unpredictability, rendering the attempts of even the most formidable adversaries futile.

Witness the malefic dance of substitution as characters morph into enigmatic glyphs, their true identities obscured by the malicious orchestration of random seeds and secure hashing. Delve deeper into the abyss as permutation weaves its wicked spell, shuffling the fabric of your data with a touch of chaos, making patterns elusive to prying eyes.

But ChaosCipher's power does not stop there! It revels in the madness of chaos, introducing additional layers of obfuscation. Embrace the chaos factor as it inserts random characters, disrupting any attempt at decipherment. And fear not, for ChaosCipher's malevolence extends even further. With a stroke of brilliance, it encrypts the permuted text using a one-time pad, adding a cloak of impenetrability to your secrets.

But remember, dear seeker of encrypted power, ChaosCipher's true strength lies in its ability to defy conventional wisdom. It thrusts the encrypted text into reverse permutation, confounding the feeble attempts of those who dare to pry. And for the final touch of maleficence, ChaosCipher applies a bitwise XOR encryption with a random mask, leaving adversaries trembling in the face of cryptographic anarchy.

import random
import hashlib

def ChaosCipher(plaintext, key, rounds):
substituted_text = substitute_characters(plaintext, key)
permuted_text = permute_characters(substituted_text, key)

for _ in range(rounds - 1):
    substituted_text = substitute_characters(permuted_text, key)
    permuted_text = permute_characters(substituted_text, key)

return permuted_text

def substitute_characters(text, key):
random.seed(key)
substitution_table = generate_substitution_table(key)

substituted_text = ""
for char in text:
    if char in substitution_table:
        substituted_text += substitution_table[char]
    else:
        substituted_text += char

return substituted_text

def generate_substitution_table(key):
# Enhancing feature 1: Salting the key with a random seed
random.seed(key + str(random.randint(0, 99999)))
substitution_table = {}

# Enhancing feature 2: Using a secure hashing algorithm to generate the substitution table
hashed_key = hashlib.sha256(key.encode()).hexdigest()
characters = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890"
shuffled_characters = list(characters)
random.shuffle(shuffled_characters)

for i in range(len(characters)):
    substitution_table[characters[i]] = hashed_key[i] + shuffled_characters[i]

return substitution_table

def permute_characters(text, key):
random.seed(key)
permuted_text = ''.join(random.sample(text, len(text)))

# Enhancing feature 3: Introduce a chaos factor by randomly inserting additional characters
for _ in range(random.randint(0, len(text) // 2)):
    position = random.randint(0, len(permuted_text))
    character = random.choice(permuted_text)
    permuted_text = permuted_text[:position] + character + permuted_text[position:]

# Enhancing feature 4: Encrypt the permuted text with a one-time pad
one_time_pad = generate_one_time_pad(len(permuted_text), key)
encrypted_text = encrypt_with_one_time_pad(permuted_text, one_time_pad)

# Enhancing feature 5: Perform a reverse permutation on the encrypted text
reversed_text = permuted_text[::-1]

# Enhancing feature 6: Apply a bitwise XOR encryption using a random mask
encrypted_text = bitwise_xor_encryption(reversed_text, key)

return encrypted_text

def generate_one_time_pad(length, key):
random.seed(key)
one_time_pad = [random.randint(0, 255) for _ in range(length)]
return one_time_pad

def encrypt_with_one_time_pad(text, one_time_pad):
encrypted_text = ""
for i in range(len(text)):
encrypted_char = chr(ord(text[i]) ^ one_time_pad[i])
encrypted_text += encrypted_char
return encrypted_text

def bitwise_xor_encryption(text, key):
random.seed(key)
mask = random.randint(0, 255)
encrypted_text = ""
for char in text:
encrypted_char = chr(ord(char) ^ mask)
encrypted_text += encrypted_char
return encrypted_text

Usage example

plaintext = "Hello, world!"
key = "mysecretkey"
rounds = 5

ciphertext = ChaosCipher(plaintext, key, rounds)
print("Ciphertext:", ciphertext)