SD-WAN integration with network-compute fabric for programmable interconnection CEC in 6G networks

SD-WAN is an integrating component of the Network Compute Fabric (NCF) concept, that implements the network transport pool of resources with dynamic management and orchestration, as flexible and programmable framework for interconnecting the continuum PoPs. SD-WAN and NCF are enabling dynamic control of transport resources, with adaptation of flexible services and changes on demand, using closed-loop and automation. Traffic can be manipulated or rerouted for better performance and SLAs, innovation being the SD-WAN through the controller capabilities. The North Bound Interfaces(NBIs) is the abstract point of interaction between the SD-WAN controller and the upper layer NCF. The programmable SD-WAN enables transport automation and permits the deployment and scaling of computing workloads, implementing the dynamically adjustment of conectivity in response to computes data exchange requirements. 6G SD-WAN enables the dynamic links between compute edges, to scale the CEC infrastructure while maintaining the QoS. This innovative approach empowers interconnected computing through programmable infrastructures.