pyxblend 2.0.3

Professional-grade Python obfuscation and Cython-based compilation suite.

PyxBlend - Python Obfuscation Suite

pyxblend is a professional-grade Python code protection suite designed for developers who need to secure their intellectual property. It moves beyond simple obfuscation by integrating advanced cryptographic layering and native Cython compilation.

Installation

pip install pyxblend

Quick Start & Examples

Here is how to use each encryption method to protect your Python scripts.

Basic Setup

First, import the library and initialize the encryptor:

from pyxblend import PyxBlend

# Initialize the encryptor
encryptor = PyxBlend()

# The code you want to protect
source_code = """
def secret_function():
    print("This is highly confidential code!")
    print("Logic hidden from prying eyes.")

if __name__ == "__main__":
    secret_function()
"""

Method 1: Compression (m1)

Best for: General purpose obfuscation where file size and speed are important.

# Encrypt using Method 1
encrypted_code = encryptor.encrypt(source_code, method=1)

# Save to a new file
with open("protected_script_m1.py", "w") as f:
    f.write(encrypted_code)

print("Saved protected_script_m1.py")

Method 2: Junk Code & Base85 (m2)

Best for: Confusing static analysis tools and decompilers by injecting junk code.

# Encrypt using Method 2
encrypted_code = encryptor.encrypt(source_code, method=2)

# Save to a new file
with open("protected_script_m2.py", "w") as f:
    f.write(encrypted_code)

print("Saved protected_script_m2.py")

Method 3: Fake Cython Compilation (m3) - SECURE

Best for: Production releases. This compiles your Python code into a C-extension binary. Note: This method generates a loader that compiles the code on the target machine. Ensure gcc is available.

# Encrypt using Method 3
encrypted_code = encryptor.encrypt(source_code, method=3)

if encrypted_code:
    # Save to a new file
    with open("protected_script_m3.py", "w") as f:
        f.write(encrypted_code)
    print("Saved protected_script_m3.py")
else:
    print("Encryption failed! Ensure Cython and GCC are installed.")

Advanced: Random Layering

Best for: Maximum confusion. Apply multiple layers of random obfuscation before the final lock.

# Apply 5 layers of random m1/m2 encryption
layered_code = encryptor.random_encrypt(source_code, iterations=5)

# Then apply the final Cython lock (Method 3)
final_product = encryptor.encrypt(layered_code, method=3)

with open("ultra_secure_script.py", "w") as f:
    f.write(final_product)

Methods Guide

Method	Description	Security Level
m1	Compression: Variable renaming + Lambda wrapping + LZMA/Base64.	Medium
m2	Obfuscation: Junk code injection + Minification + Base85 encoding.	Medium-High
m3	Native Compilation: Encrypts source, converts to C via Cython, compiles to binary.	Secure

Requirements

• Python 3.8+
• cython (for method 3)
• python_minifier
• GCC or Clang (for method 3 compilation)

License

This project is licensed under the MIT License - see the LICENSE file for details.