Secure Data Transmission in the Era of 6G: Challenges and Solutions

Abstract

A new age of wireless communication marked by unheard-of data speeds and connection is introduced by sixth-generation (6G) networks. This study focuses on problems and solutions as it examines the environment of safe data transfer inside 6G networks. The study reveals insights into terahertz frequency use, AI-driven security measures, privacy problems, regulatory hurdles, and edge computing integration by using a multidimensional methodology that includes literature review, case analysis, and expert interviews. The results show how successful safe transmission encryption methods like AES, RSA, and quantum key distribution are. Interviews with experts highlight the revolutionary role that artificial intelligence may play in boosting security while also highlighting the necessity of balancing privacy concerns and legal frameworks. Various levels of efficacy are revealed by the case study of edge computing solutions, with Multi-access Edge Computing (MEC) and Mobile Edge Computing (MEC) showing promising outcomes. The combination of these insights highlights the value of cross-disciplinary cooperation and comprehensive security measures in achieving the promise of safe data transmission inside the flexible 6G network environment.