Virtual Core Network Traffic Segregation Across Shared MNO Datacenters

The patent segments traffic management by introducing separate gateway means for each MNO and a distributing section that divides traffic from different operators into distinct pathways. This segmentation allows the virtual core network to handle multiple operators' traffic simultaneously while maintaining independent management control for each operator, thus resolving the contradiction between improved datacenter utilization and increased management complexity.

The patent introduces gateway means as intermediary components between the wireless communication facilities of multiple MNOs and the virtual core network. These gateways act as mediators that manage and route traffic from different operators, simplifying the overall management complexity while enabling efficient shared utilization of the datacenter resources.

The patent segments carrier traffic and cloud computing traffic into separate pathways within the datacenter. The distributing section divides incoming traffic based on its nature, routing carrier traffic through the virtual core network and cloud traffic through dedicated cloud service pathways. This segmentation maintains reliable traffic segregation while allowing both types of traffic to coexist efficiently in the same datacenter infrastructure.

The patent applies local quality by providing different network environments for different traffic types within the same datacenter. Carrier traffic receives prioritized handling and specific quality of service guarantees through the virtual core network, while cloud computing traffic operates in a separate optimized environment. This allows each traffic type to have its specific requirements met while sharing the overall datacenter resources.

The patent creates a universal virtual core network infrastructure that can serve multiple MNOs simultaneously. The MVNO gains control over network performance and traffic management by utilizing this shared virtualized infrastructure, which provides multi-functional capabilities to handle different operators' requirements. This approach reduces infrastructure investment for the MVNO while restoring control over network performance through the virtualization layer.

The patent enables the MVNO to self-manage its traffic and network performance through the virtualized core network interface. The gateway means and distributing section provide the MVNO with autonomous control capabilities over its traffic flows, allowing it to manage network performance without direct MNO intervention, thus improving ease of operation while maintaining the cost benefits of leasing infrastructure.