📗 Whitepaper in English

AIOXΩ is a custom encryption system that combines modular encoding techniques, dynamic obfuscation matrices, and hash-based integrity verification, designed to protect structured messages like digital identities and academic credentials.

🔒 Purpose

To secure sensitive personal data in a compact, reversible, and verifiable way—even when it contains special characters, accents, emojis, or multiple languages.

⚙️ Algorithm

Deterministic conversion of input to UTF-8 bytes.
Nonce and padding generated based on the secret key and message.
Modular encoding using prime numbers coprime with 256.
Obfuscation using a pseudo-random identity matrix.
Integrity check using embedded partial SHA-256 hash.

🚀 Differences vs Other Encryptions

Does not rely on external libraries (AES, RSA, etc.).
Deterministic: same input + key → same output.
Built for interoperability with decentralized systems (e.g. Blockchain).
Designed specifically for educational and Web3 environments.

📊 Comparison with Other Encryptions

Feature	AIOXΩ	AES	RSA
Deterministic	✅	❌	❌
Symmetric	✅	✅	❌
Compact	✅	⚠️	❌
Web3-ready	✅	⚠️	⚠️
No external libs	✅	❌	❌

🧠 Design Philosophy

AIOXΩ was born from a real-world need: to encrypt credentials and personal data for blockchain environments, without relying on external libraries. It aims to be lightweight, reversible, Web3-compatible, and verifiable. While it does not replace standards like AES or RSA, it provides a transparent and specialized alternative for digital credentials.

💻 Usage Example

POST /encrypt
{
  "message": {
    "uid": "TXA-2025-0099",
    "fullName": "José Ángel Núñez García",
    "email": "josé.ángel+n99@texasacademy.edu",
    "birthDate": "2002-02-29",
    "bio": "Estudiante apasionado por la IA, la ciberseguridad y el blockchain 🚀🔒",
    "quotes": "\"El conocimiento es poder\" - Francis Bacon",
    "languages": ["Español", "English", "Français", "Português", "日本語"],
    "skills": ["Machine Learning", "Análisis de datos", "Ciberseguridad", "NLP", "Criptografía"],
    "emojiMix": "👨‍💻🧠🎓🦾",
    "walletAddress": "0xaBcDEF1234567890ABCdef1234567890abcdef12",
    "issuer": {
      "name": "Texas Academy",
      "authorizedBy": "Dra. Érika Méndez-López (AI Head)",
      "dateIssued": "2025-04-01"
    }
  },
  "key": "UltraSecretKey",
  "security_level": 3
}

🔁 Roadmap

Node.js wrapper implementation
External cryptographic audit
Formal PDF whitepaper and academic publication
Open repository release (currently private)

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