Customizable Mobile Broadband Network System

The network architecture is segmented into multiple functional layers including a resource layer, virtualization layer, and service layer. This segmentation allows each layer to be independently optimized and customized without affecting the entire network, enabling flexible adaptation to different industrial application requirements while maintaining overall network stability.

The patent implements dynamic network slicing and resource allocation mechanisms that allow the network architecture to adapt dynamically to different service requirements. Network parameters, resource allocation, and service configurations can be dynamically adjusted based on real-time demands of various industrial applications, providing both flexibility and stability.

The patent introduces a network management platform and orchestration system that act as intermediaries between the customizable network resources and users. These intermediary systems provide unified management interfaces and automated configuration capabilities, allowing complex customized networks to be managed easily without requiring users to directly handle the underlying complexity.

The patent implements network slicing and virtualization technologies that create virtual copies of network resources. These virtual network instances can be replicated and customized independently, allowing multiple customized networks to be managed from a standardized template, thereby simplifying operations while maintaining high customization capability.

The patent pre-configures multiple network slices and service templates in advance, each optimized for different industrial application scenarios. When a new service requirement arises, the system can quickly instantiate a pre-configured template or combine existing slices, avoiding time-consuming manual configuration and enabling fast dynamic changes while maintaining high adaptability.

The patent implements parameter-based network configuration where network behavior is controlled through configurable parameters rather than fixed architecture. This allows rapid dynamic changes by simply modifying parameters through APIs or management interfaces, enabling fast adaptation to different industrial applications without reconfiguring the entire network structure.