Challenges and solutions for transitioning from 5G to 6G networks
Challenges and Opportunities in the Transition from 5G to 6G Networks
Networking and Internet Architecture
Summary
As 5G networks have improved how we connect, new needs for faster and more secure connections are emerging. The authors point out that moving from 5G to 6G will not be easy because of issues like managing the radio spectrum, keeping networks safe, and improving data transmission. They studied existing research and examples to compare 5G's limits with what 6G could bring. The paper highlights major technical and security challenges and suggests ways to overcome them for a safer and more reliable 6G future.
What this means in practice
- •For network operators: Design network upgrade plans that address spectrum, security, and data transmission vulnerabilities during the 5G to 6G transition.
- •For telecommunications regulators: Develop policies and standards to support secure and efficient spectrum use for emerging 6G technologies worldwide.
A survey. It maps existing work.
Authors
Yousef Tahboub, Krishna Bodige, Ryan Tipping
Abstract
The rapid adoption of 5G revolutionized connectivity worldwide, enabling faster data transfer along withthe support of a variety of use cases. However, next-gen technologies demand higher performance, as the limitations of 5G become increasingly apparent. The 6G network transition is approaching but comes with unique challenges, particularly with spectrum management, security, and data transmission. The present research considers the most significant challenges that must be addressed for a smooth and successful 5G-6G transformation to occur. Based on case studies and academic literature, the research employs a comparative approach and statistical analysis to evaluate 5G limitations and assess the innovative potential of 6G. The envisioned contribution is the identification of the most significant technical, regulatory, and security vulnerabilities, along with proposed solutions. Through these alternatives, the research will help to identify 6G networks that are secure, resilient, and applicable globally for use and additional critical infrastructure support.