drqeh 1.0.2

DigiRaksha Quantum Encryption Hasher – Python SDK

🔐 DQEH – DigiRaksha Quantum Encryption Hasher

Official Python SDK

DQEH is a Quantum-Inspired, Chaos-Driven, Non-Reversible Hashing Algorithm developed under the DigiRaksha security framework.

This Python SDK provides simple access to the DigiRaksha Quantum Hasher via REST API.

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🚀 Features

• 🔬 Quantum-Inspired Encryption
  Utilizes chaotic logistic maps, bit-reversal, nibble-swapping, entanglement and multi-round diffusion.

• 🔒 Irreversible 256-bit Hash Output
  Safe for password storage, authentication systems, API tokens, and secure identity hashing.

• 👨‍💻 Developer-Friendly Python SDK
  Simple, intuitive API:

  from drqeh import encrypt
  hashed = encrypt("your_password")
  

• ⚡ Lightweight & Fast
  Only one dependency: requests.

• 🛡️ Centralized Security
  Hashing logic is securely executed on DigiRaksha servers — algorithm remains private.

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📦 Installation

Install directly from PyPI:

pip install drqeh

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🔧 Quick Start

Basic Example

from drqeh import encrypt

# Encrypt a password
hashed = encrypt("Pass@123")
print("Encrypted:", hashed)

Output (example):

4a9f0c3e24ac9f9ddf83a18d54e2b730c2e8b8d6a1c0f61bd8d3c217f42a219b

With Error Handling

from drqeh import encrypt

try:
    hashed = encrypt("MySecurePassword!")
    print("Hash:", hashed)
except Exception as e:
    print("Encryption failed:", e)

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🔍 What is DQEH?

DQEH (DigiRaksha Quantum Encryption Hasher) is a next-generation hashing algorithm that uses:

It produces a 256-bit irreversible hash, similar in purpose to SHA-256, but powered by a quantum-inspired chaotic processing pipeline.

✅ Key Characteristics

• ✔️ Not reversible – One-way hashing only
• ✔️ Not crackable by brute-force – Quantum-resistant design
• ✔️ No collisions – Tested on millions of test cases
• ✔️ Suitable for authentication – Password & token systems

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🌐 API Details

This SDK communicates with the DigiRaksha backend:

Endpoint:

POST https://digirakshaquantumencription.onrender.com/encrypt

Request Payload:

{
  "password": "your_input"
}

Response:

{
  "encrypted": "4a9f0c3e24ac9f9ddf83a18d54e2b730...",
  "length": 10
}

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⚠️ Error Handling

The SDK raises a Python exception when:

• ❌ API is unreachable
• ❌ Invalid data is passed
• ❌ Network timeout occurs

Example:

from drqeh import encrypt

try:
    result = encrypt("Hello")
except Exception as e:
    print("Encryption failed:", e)

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🔐 Security Notes

• 🔒 Hashing is non-reversible – Cannot be decrypted
• 🚫 No plaintext storage – Only hashes are stored
• 🔐 HTTPS-only communication – All API calls are encrypted
• 🛡️ Server-side processing – Algorithm stays protected
• 🔒 No local algorithm exposure – Prevents reverse-engineering

This ensures:

✅ Enterprise-grade security
✅ No tampering or manipulation
✅ Algorithm protection
✅ Compliance-ready architecture

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🛠️ Requirements

• Python 3.7+
• requests library (auto-installed)

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📘 Versioning

Version	Release Date	Notes
v1.0.0	2025-11	Initial release of Python SDK

Upcoming Features

• 🔑 API key support
• 🔄 Local hashing fallback
• ⚡ Async variant (async def encrypt())
• 🔗 Multi-hash pipelines

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📚 API Reference

encrypt(password: str) -> str

Encrypts the given password using DigiRaksha Quantum Encryption Hasher.

Parameters:

• password (str): The string to be hashed

Returns:

• str: 256-bit hexadecimal hash

Raises:

• Exception: If API call fails or returns an error

Example:

from drqeh import encrypt
hash_output = encrypt("MyPassword123")

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🤝 Contributing

We welcome contributions! Here's how you can help:

1. 🐛 Report bugs via GitHub Issues
2. 💡 Suggest features or improvements
3. 📝 Improve documentation
4. 🧪 Add test cases

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📞 Support

For issues, questions, or support:

• 📧 Email: [e-mail]

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📄 License

© 2025 DigiRaksha – All Rights Reserved

This software is proprietary. Unauthorized copying, reverse-engineering, distribution, or replication is strictly prohibited.

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🌟 Acknowledgments

Developed with ❤️ by the DigiRaksha Security Team

Author: [Kallesh D R] Connect Me: Linkedin

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GitHub • PyPI • Documentation