The problem the invention solves
Current satellite and mobile communication networks often struggle with managing multiple wireless technologies and devices within a single network seamlessly. This complexity leads to inefficiencies in bandwidth usage, increased latency, and compromised reliability.
The core features of the invention
This invention introduces a satellite switch and configuration update system capable of seamlessly managing various wireless devices and technologies within a network. It allows for dynamic bandwidth adaptation, carrier aggregation, and efficient use of protocol stacks to improve data flow and communication reliability.
The inventive step
The unique aspect of this invention is its ability to autonomously switch between configuration settings and manage satellites and networks for optimal data transmission. The system integrates multiple communication protocols and supports both older and newer technology standards such as LTE and 5G efficiently.
The tangible benefits
This technology enhances network efficiency by adapting bandwidth based on traffic demands, improving data integrity, and reducing latency. It also facilitates higher data transfer rates and reliability in the network.
The broader impact
By refining how satellites interact with ground networks, this invention can lead to more sustainable network infrastructures. It supports the rapid evolution toward more interconnected and smart city technologies by ensuring persistent connectivity and lowering operational costs.