Quantum Key Distribution for Securing 6G Networks: Shaping the Future of Mobile Communication
DOI:
https://doi.org/10.54228/mjaret0624027Keywords:
Quantum Key Distribution (QKD); 6G Security; Mobile Communication; Cybersecurity; Quantum Mechanics; Secure Key Exchange; Data Integrity; Eavesdropping Protection; Telecommunications; Future Networks.Abstract
The roll-out of 6G requires enhanced security of mobile networks because a huge amount of information will be transmitted via mobile networks in a 6G era. This paper seeks to introduce a major method for secure communication in the 6G environment: Quantum Key Distribution (QKD). Based on quantum mechanics, QKD provides a much more secure key exchange method for communication between 6G network nodes. Our result reveals that with the implementation of QKD, at least more than 70% of cyberattacks can be resolved. Data transmission and confidentiality can thus be guaranteed. After that, we also consider the main issues of QKD, such as system complexity and the construction cost of infrastructure. In conclusion, we believe that QKD is regarded as an essential approach to enable the progress of secure mobile communication in the 6G environment.
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