The emerging 6G mobile network technology presents an opportunity to noticeably increase spectrum utilization in comparison to previous generations. This paper introduces a singular sharing algorithm to correctly utilize the spectrum in 6G mobile networks. This set of rules leverages device mastering techniques to dynamically calculate a charge primarily based at the average channel usage and bandwidth usage through distinct users. Moreover, it gives a dispensed mechanism to define the resource allocation method used in different communique situations. The proposed set of rules is powerful, reliable, and cozy, and it is able to efficaciously apply spectrum sharing amongst unique users to maximize spectral performance. Simulation results display that the proposed set of rules achieves giant improvements in spectral efficiency as compared to both a traditional unmarried-mobile method, and a present sharing algorithm proposed in the literature. Finally, experimental results are supplied, which demonstrate the effectiveness of the proposed set of rules in real-world check setups.