Systems and methods for a scalable heterogeneous network orchestrator
Systems and methods for a scalable network orchestrator for orchestrating a radio access network are disclosed. In one embodiment, a system is disclosed, comprising: a management module for performing system management functions, a control plane processing module for performing radio access coordination functions and user mobile device coordination functions, a data plane processing module for receiving user mobile device data and forwarding the user mobile device data to the user mobile device or to a mobile operator core network, and for decrypting, demultiplexing and forwarding system management traffic to the management module or control plane processing module; a load balancer for receiving and directing traffic; and an interconnect medium coupled to each of these modules and providing point-to-point connectivity for each coupled module, wherein the at least one management module is configured to support addition, subtraction, and failover of load balancers, control plane processing modules, and data plane processing modules.
1. A method for orchestrating a radio access network, comprising:
performing system management functions and sending system management traffic;
performing radio access coordination functions and user mobile device coordination functions;
sending control plane signaling to radio access network nodes and user mobile devices;
at least two of decrypting, demultiplexing and forwarding system management traffic;
at least two of decrypting, demultiplexing and forwarding control plane traffic;
receiving, by at least one load balancer, user mobile device control traffic and user mobile device data traffic;
redirecting at least one of the user mobile device control traffic, and the user mobile device data traffic; and
supporting failover of load balancers.
2. The method of claim 1 , further comprising using a distributed configuration database, the distributed configuration database containing state information of each individual user mobile device in communication with and managed by the scalable network orchestrator.
3. The method of claim 2 , wherein the orchestrating is for orchestrating both a radio access network and the operator core network.
4. The method of claim 2 , wherein the distributed configuration database is an in-memory database.
5. The method of claim 1 , further comprising supporting addition, subtraction, and failover of load balancers without termination of active user mobile device data connections to the operator core network.
6. The method of claim 1 , wherein the orchestrating is for a heterogeneous network and includes providing a scalable hardware platform for one or more of a HNBGW, a HeNBGW, a VENB, a ePDG, a TWAG, a MCE, a eMBMS-GW, a SecGW, and a X2GW.