Network Services Platform (NSP) Labs

NSP shared lab provides you a quick access to an NSP lab that allows for exploration of NSP functions from NSP Web applications and APIs.

This lab consists of the NFM-P, an NSP Cluster, a network of classic SNMP SRs. It supports IP/MPLS network management functions for classic SNMP SRs such as Fault Management, Baseline Analytics, Network Supervision, Service Fulfillment, Telemetry Monitoring, Analyze-Calculate-Transform (ACT) for user defined actions pertaining to certain actions as well as intent based programmable automation.

This lab consists of the NFM-P, an NSP Cluster, a network of classic SNMP SRs. It supports IP/MPLS network management functions for classic SNMP SRs such as Fault Management, Baseline Analytics, Network Supervision, Service Fulfillment, Telemetry Monitoring, Analyze-Calculate-Transform (ACT) for user defined actions pertaining to certain actions as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

This lab allows access to NSP Web Apps, NFM-P GUI and NSP APIs.

This lab consists of an NSP cluster with MDM, a network of model-driven SRs. It allows network management functions for model-driven SRs such as Fault Management, Baseline Analytics, Network Supervision, Service Fulfillment, Telemetry Monitoring, Analyze-Calculate-Transform (ACT) for user defined actions pertaining to certain actions as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

This lab allows for access to NSP Web Apps, NSP APIs.

This lab consists of an NSP cluster with MDM, a network of model-driven SR OS & SR Linux devices deployed using ContainerLab. It allows NSP model-driven network management functions for SR OS and SR Linux devices including Fault Management, Baseline Analytics, Network Supervision, Service Fulfillment, Telemetry, Analyze-Compute-Transform (ACT) for user defined actions pertaining to certain conditions as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

This lab allows access to NSP Web Apps, NFM-P GUI, NSP APIs.

This lab consists of the NFM-P, an NSP cluster, IP Resource Control (IPRC) server, a network consisting classic/model-driven SRs. It allows for network management functions for both classic and model-driven SRs such as Fault Management, Baseline Analytics, Network Supervision, Service Fulfillment, Telemetry Monitoring, Analyze-Calculate-Transform (ACT) for user defined actions pertaining to certain actions as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

This lab allows access to NSP Web Apps, NFM-P GUI, NSP APIs.

This lab consists of an NSP cluster, the NFM-P, the NFM-T, IP Resource Control (IPRC) server, cross-domain resource control server, a network with classic SNMP SRs and 1830PSS simulators. It allows for IP/MPLS network management functions and transport network management functions, MPLS path computation while also providing service provisioning and activation via Intent Manager.

More details regarding Service Fulfillment application in this lab can be found here.

This lab allows for access to NSP Web Apps, NFM-P GUI, NFM-T GUI, NSP APIs.

This lab consists of the NFM-P, an NSP cluster, IP Resource Control (IPRC) server, a network with classic SNMP. It supports IP/MPLS network management functions for classic SNMP SRs and allows path computation use-cases, including SR-TE path computation, path optimization and standard protocols such as PCEP as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

Use 21.6 or later lab to explore both latency-based optimization and bandwidth-based telemetry optimization. More details on using optimization in this lab can be found here.

Note: Programmable automation is supported in version 21.6 and later.

This lab consists of the NFM-P (with Auxiliary server), the Analytics server, and an APES NE simulator with pre-populated data points for Network Supervision and AA reports.

Data points:

• N&S reports: EndDate: 2020-01-07 19:36:06, Report Range of 8 days
• AA reports: EndDate: 2017-05-25 23:59:00, report range of 5 days

This lab allows for access to NSP Web Apps, NFM-P GUI, NSP APIs.

This lab consists of an NSP cluster, the NFM-P, the NFM-T, IP Resource Control (IPRC) server, cross-domain resource control server, a network with classic SNMP SRs, model-driven SR's and 1830PSS simulators. It supports IP/MPLS network management functions and transport network management functions, including IP/Optical cross domain coordination and transport slice control. It allows path computation use-cases, including SR-TE path computation, path optimization and standard protocols such as PCEP as well as intent based programmable automation.

More details regarding Service Fulfillment application in this lab can be found here.

To explore both latency-based optimization and bandwidth-based telemetry optimization. More details on using optimization in this lab can be found here.