6g Security Architecture.docx - Abstract Traditional...

Abstract
As more 5G networks are implemented, the limits of
5G networks are becoming evident, motivating an
exploratory research of 6G networks as the next
generation option. These analyses emphasize the
basic privacy and security concerns connected with
6G technology. As a consequence, researchers created
a survey on the current status of 6G architecture,
privacy, and security to consolidate and establish this
fundamental study as a foundation for future studies.
The research look back at prior technologies of
networking and the way inspired contemporary
improvements in 6G networking. Researchers then go
through four key parts of 6G networks: distributed
artificial intelligence, intelligent radio, real-time
intelligent edge computing, and 3D intercoms, plus
several exciting new technology in each sector, plus
the privacy and security risks that come with them.
The research comes to an end with a conclusion on
the future use of 6G.
Keywords: IoT, AI, communication technologies,
holographic communication, blockchain, Distributed
Denial of Service (DDOS), Zero Trust Architecture
(ZTA), real-time intelligent edge, intelligent radio,
3D intercoms
INTRODUCTION
Sixth generation (6G) networks are expected to be
more open and diverse than previous generations.
Traditional security designs, which frequently rely on
the creation of a security perimeter at network
boundaries, are challenged by this. Researchers
describe a software-defined zero trust architecture
(ZTA) for 6G networks in this paper, which has the
potential to build an elastic and scalable security
regime [1]. Safe access control is enabled through
adaptive partnerships across the related control
domains, and this architecture may effectively
prevent hostile access behaviors including distributed
denial of service (DDoS) attacks, malware
distribution, and zero-day vulnerabilities. Researchers
also go through key design elements of this
architecture and provide simulation results from a
case study that demonstrate ZTA's effectiveness and
robustness for 6G [11]. In addition, they look into
unresolved issues in order to further market this
creative design.

Fig. 1. Security and Privacy Issues in the 6G Network [2]
The circles in Fig. 1 represent the four major
components of a 6G network, which comprise real-
time intelligent edge, distributed AI, intelligent radio,
and 3D intercoms. Experts picked these four topics to
concentrate on since they encompass the most critical
components of previous 6G research [10]. They also
face the most rigorous security and privacy
considerations. It includes AI-based software,
quantum communications, molecular