borg-encryption

Borg Encryption System

A multi-layered, adaptive encryption system inspired by the Borg from Star Trek. This system uses multiple encryption algorithms in sequence, including post-quantum resistant algorithms, to create an extremely secure encryption mechanism.

Features

• Multi-layered encryption (cascading ciphers)
• Post-quantum resistant algorithms
• Adaptive security measures
• Key rotation
• Side-channel attack protections
• Secure memory management
• REST API for easy integration

Installation

pip install borg-encryption

Quick Start

Command Line Usage

# Encrypt a text message
borg-encrypt encrypt --text "Resistance is futile" --key "your-password" --local

# Decrypt a text message
borg-encrypt decrypt --file encrypted.txt --key "your-password" --local

# Encrypt a file
borg-encrypt encrypt-file --file secret.pdf --key "your-password" --output secret.encrypted --local

# Decrypt a file
borg-encrypt decrypt-file --file secret.encrypted --key "your-password" --output secret.pdf --local

# Start the API server
borg-encrypt server --port 8000

Python API Usage

from borg_encryption import BorgEncryption

# Create an encryption instance
borg = BorgEncryption("your-password")

# Encrypt data
message = "Resistance is futile. Your biological and technological distinctiveness will be added to our own."
encrypted = borg.encrypt(message)

# Decrypt data
decrypted = borg.decrypt_to_string(encrypted)
print(decrypted)  # Should print the original message

REST API Usage

from borg_encryption.client import BorgAPIClient

# Create a client
client = BorgAPIClient("http://localhost:8000", "your-api-key")

# Encrypt a message
encrypted = client.encrypt_text("Resistance is futile", "your-password")

# Decrypt a message
decrypted = client.decrypt_text(encrypted, "your-password")

Security Features

• Multi-layered encryption: Uses AES-GCM, ChaCha20-Poly1305, and XSalsa20-Poly1305 in sequence
• Secure key derivation: Uses PBKDF2 and Scrypt with high iteration counts
• Adaptive defense: Monitors for attacks and adapts security parameters
• Secure memory management: Clears sensitive data from memory when no longer needed
• Side-channel attack protections: Implements timing attack countermeasures

License

MIT License