A Simplified Open-Source Prototype for a Dynamic Hash Encryption System

This prototype demonstrates a dynamic hash encryption system that continuously generates random hash codes in real-time.

In this prototype, a unique public key represents the public identity, a unique secret key represents the security token, and a dynamic key represents the real-time timestamp. All three are fed into a cryptographic hash function, with the process repeating once per second, generating hash codes that continuously evolve. Project Aim

The ultimate goal of this project is to establish an open-source dynamic security verification system that generates continuously changing verification codes, making them challenging to replicate or forge.

This model also stems from contributions to various global innovation challenges, including participation in the Absher Innovation Challenge held in Saudi Arabia in 2024. Acknowledgments

Many thanks to the outstanding team members who contributed to the Absher Innovation Challenge in 2024:

Sarah Al-Qwaifel - Information Systems Student & Team Telegram Group Manager [@ixszi9]
Fatimah Al-Omari - Cybersecurity Student [@fatimahlo]
Ibrahim Al-Qahtani - Public Relations Graduate & Creative Thinker [@hhshshdb]
Mohammed Adam - Cryptography & Mathematical Modeling Specialist [@Haloualmathaq]
Jamal Mubaraky - Programmer with a passion for coding challenges and creative solutions [@mrjamalmubaraky]

Special Thanks

Special thanks to the following open-source resources that supported the development of this simplified prototype model:

Stack Overflow: Run a Basic Digital Clock in Python Shell
Programiz: Python DateTime Module
GeeksforGeeks: SHA Hash Functions in Python
Replit Project by Jamal Mubaraky: Absherthon Prototype

This translation preserves the main structure and intent while ensuring clarity and professionalism for an international audience (by:chatgpt)