A system (100, 200, 300, 400) of providing an application cloud (101, 211, 409) in communication with a network (110, 220) and enabling the application cloud (101, 211, 409) and the network (110, 220) to work in a data plane and in a control plane in tandem, the system (100, 200, 300, 400) comprising: an architecture comprising a mobility network insertion platform configured to process data on the data plane, an app and cloud delivery framework configured to process media on the data plane, and an interconnect between the insertion platform and delivery framework that can be local and distributed; the interconnect being implemented in at least one upper tier server (433, 561, 624) and at least one lower tier server (431, 521, 623); the at least one upper tier server (433, 561, 624) is configured to communicate with the application cloud (101, 211, 409) and to serve the at least one lower tier server (431, 521, 623) across one or more operator networks in a given geographic area; the at least one lower tier server (431, 521, 623) is located at a radio edge and configured to communicate with the network (110, 220) and, in terms of network distance or physical distance positioned closer to a source of a data request than the application cloud (101, 211, 409); at least one mobility networking module implemented in the at least one lower tier server (431, 521, 623), the at least one mobility networking module comprising at least one processor executing computer readable instructions that cause the at least one mobility network module to perform one or more traffic data functions on the data plane; at least one mobility application module implemented in the at least one upper tier server (433, 561, 624), the at least one mobility application module comprising at least one processor executing computer readable instructions that cause the at least one mobility network module to perform one or more application data functions on the data plane; and at least one mobility cloud module implemented in the at least one lower tier server (431, 521, 623) and the at least one upper tier server (433, 561, 624), the at least one mobility cloud module comprising at least one processor executing computer readable instructions that cause the at least one mobility cloud module to perform computing execution functions of a cloud session, wherein the mobility network insertion platform is configured to provide a separation of the control plane from the data plane and to process the data on the data plane while ensuring that control plane packets are handled by functional elements of the network. an architecture comprising a mobility network insertion platform configured to process data on the data plane, an app and cloud delivery framework configured to process media on the data plane, and an interconnect between the insertion platform and delivery framework that can be local and distributed; the interconnect being implemented in at least one upper tier server (433, 561, 624) and at least one lower tier server (431, 521, 623); the at least one upper tier server (433, 561, 624) is configured to communicate with the application cloud (101, 211, 409) and to serve the at least one lower tier server (431, 521, 623) across one or more operator networks in a given geographic area; the at least one lower tier server (431, 521, 623) is located at a radio edge and configured to communicate with the network (110, 220) and, in terms of network distance or physical distance positioned closer to a source of a data request than the application cloud (101, 211, 409); at least one mobility networking module implemented in the at least one lower tier server (431, 521, 623), the at least one mobility networking module comprising at least one processor executing computer readable instructions that cause the at least one mobility network module to perform one or more traffic data functions on the data plane; at least one mobility application module implemented in the at least one upper tier server (433, 561, 624), the at least one mobility application module comprising at least one processor executing computer readable instructions that cause the at least one mobility network module to perform one or more application data functions on the data plane; and at least one mobility cloud module implemented in the at least one lower tier server (431, 521, 623) and the at least one upper tier server (433, 561, 624), the at least one mobility cloud module comprising at least one processor executing computer readable instructions that cause the at least one mobility cloud module to perform computing execution functions of a cloud session, wherein the mobility network insertion platform is configured to provide a separation of the control plane from the data plane and to process the data on the data plane while ensuring that control plane packets are handled by functional elements of the network.