Novel tools and techniques might provide for implementing intent-based network services orchestration. In some embodiments, a computing system might receive, over a network, a request for network services from a customer. The request for network services might include desired performance parameters for the requested network services, without information regarding any of specific hardware, specific hardware type, specific location, or specific network for providing the requested network services. The computing system might allocate network resources from one or more networks, based at least in part on the desired performance parameters. Based on a determination that at least one network can no longer provide at least one network resource having the desired performance parameters, the computing system might allocate at least one other network resource from at least one second network, based at least in part on network performance metrics, and based at least in part on the desired performance parameters.

Intent-based services orchestration

Embodiments provide high reliability and responsiveness by dedicating resources both at the RAN and the core to provide high throughput, low latency communication for a critical communication service. Radio resources can be allocated to the machines in the ambulance as and where needed to guarantee the required QoS. Further, as the route an ambulance will follow to the hospital is known or can be predicted, this information is exploited by embodiments to further reduce communication delay by instantiating VNFs closer to the edge where and when they are needed. Further, end-to-end paths can be configured in advance between each access point and a hospital. In some embodiments, core network functions can be isolated from other traffic in the network so that the performance of the critical communication service is not impacted by other services. Low latency can be further enhanced by customized processing of the traffic.

System and methods for reliable communication with mobility along a predictable route

Novel tools and techniques might provide for implementing extension of customer local area networks (“LANs”) and/or implementing isolated service overlays over a network. In some embodiments, a network service point that is located external to a demarcation point at each of a plurality of customer premises might establish a connection between a service provider network and a customer LAN, which has already been established within a customer premises. The system subsequently extends the customer LAN, via this connection, to span between the network service point and the customer premises. Alternatively, or additionally, the system might establish two or more isolated service overlays across the customer LAN between the network service point and the customer premises, each of the two or more isolated service overlays having network traffic that is isolated from network traffic transmitted along another of the two or more isolated service overlays.

System and method for implementing extension of customer LAN at provider network service point

Systems, methods, and computer-readable media for providing container specific information as part of in-situ OAM, SRH or NSH of a data packet in order to provide a more holistic overview of a path traversed by a data packet in a network. In one aspect of the present disclosure, a method of providing container specific information includes receiving a data packet at a corresponding container; determining identification information of the corresponding container; modifying the data packet to include the container specific information to yield a modified data packet; and forwarding the modified data packet to a next destination based on destination information included in the data packet.

Systems and methods for providing container attributes as part of OAM techniques

Aspects of the disclosure provide systems and methods for establishing one or more Distributed Gateways located close to a location of a UE to facilitate faster packet delivery to said UE during transitions. Such transitions can include the UE transitioning its state, for example from being idle to connected to the network, but also includes operations in which the serving AP(s) for the UE changes. The method includes establishing at least two virtual network function (VNF) components (VFNCs) of a distributed gateway (D-GW), each VNFC associated with an access point (AP). Each VNFC buffers packets directed to the wireless device. The method further includes selecting at least one AP for serving the wireless device, and forwarding the buffered packets from the VNFC associated with the selected APs to the selected APs for forwarding to the wireless device. Packets buffered at the VNFCs of non-selected APs are discarded.

Distributed virtual gateways

Novel tools and techniques might provide for implementing applications management, based at least in part on operations, administration, and management (“OAM”) information. A host computing system might comprise a dedicated OAM management agent. While normal application frame flow might be sent or received by VMs running on the host computing system, OAM frame flow might be sent or received by the OAM management agent, which might also serve as an OAM frame generator. Alternatively, or additionally, based on a determination that at least one OAM frame has changed (in response to a change in address of far-end and/or near-end OAM server functions), the OAM management agent might update a list associating the at least one OAM frame that has changed with corresponding at least one VM of the one or more VMs, without restarting any of the at least one VM, the OAM management agent, and/or the host computing system.

Multi-line/multi-state virtualized OAM transponder

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Multi-line/multi-state virtualized OAM transponder