Data Encryption in 6G Networks

Abstract

This work designs a novel algorithm to address the pressing security challenges anticipated in 6G networks. A combination of AES, zero-knowledge proofs, and RSA algorithms offers a robust framework for enhancing data security and privacy in advanced wireless communication systems. AES and RSA, renowned for their encryption capabilities, are integrated for secure data transmission and key exchange processes in 6G networks. Moreover, the incorporation of zero-knowledge proofs adds an additional layer of security, allowing entities to validate their knowledge without compromising sensitive information. Through extensive simulations and analyses, the effectiveness of the proposed algorithm to ensure secure communication within 6G networks is demonstrated. The algorithm is able to reduce security threats and vulnerabilities. This research lays the groundwork for the development of resilient and trustworthy next-generation communication infrastructures. Finally, the integration of AES, RSA, and zero-knowledge proofs presents a favorable approach to strengthen data security in 6G networks, paving the way for more reliable and secure wireless communication technologies in the future.