Network services platform

Automate, manage and control IP and optical networks

How to buy

Our Network Services Platform (NSP) helps you automate your IP and optical networks to simplify your operations, respond quickly to fast-changing demand, get the most from your resources and ensure maximum service performance and reliability.

NSP answers your need for more responsive, efficient and reliable IP networks with:

A complete suite of ready-to-use applications that help your network operations teams cover all use cases for network management and control
An SDN resource controller that lets your network engineering teams control the network and optimize traffic in real time
An open programmable platform that enables your engineers and developers to automate network operations and ease integration with orchestrators and operations support systems (OSS)

NSP

Download the application note

Deepfield and NSP: Powering intelligent network services with real-time, insight-driven automated networking

Automation solutions for different network needs

Abstract ever-increasing network complexity and diversity

NSP is a comprehensive platform that makes it simpler to build multivendor networks that combine IP, MPLS, optical and microwave technologies across multiple domains. It is user friendly and turns abstract service definition into device-specific commands to make life easier for your operations team.

Get the most from your people and network resources

NSP reduces your operating cost by enabling you to rely on one management and control platform that supports common tools and practices. By automating repetitive tasks and complex workflows, NSP eases the pressure on your skilled network operations staff and specialized networking tools. It also helps you make better use of your network capacity.

Keep up with fast-changing market demand

NSP aligns your network offering with your service requirements. Its flexible, modular and programmable approach helps you respond to customers’ needs and quickly adapt to changing demand patterns. It provides open interfaces that simplify integration into your existing environment to enable faster deployment and service rollouts.

Ensure a high quality of experience for every user and application

NSP is a carrier-class platform that enables you to deliver performance that meets requirements . It provides the tools you need to troubleshoot the network, fix issues quickly, move traffic and reconfigure the network before an incident actually occurs. NSP uses intent-based networking and closed-loop automation to achieve your intended outcomes and maintain them in real time in unexpected or evolving traffic and network conditions.

Go automate! We’re evolving NSP to meet demand for more automation and easier programmability

Equipment configuration

Quick commissioning of new network equipment

NSP uses a model-driven approach to automate tasks such as MPLS configuration and path setup on any vendor equipment. It ensures that your network is ready for provisioning in minutes.

Related resources:

NSP Network Functions Manager

Network service delivery

Get consistent provisioning that makes the best use of available network assets

NSP elevates service fulfillment by placing network services on optimal resource paths to meet your bandwidth, latency and resiliency targets, It uses real-time network insight to help keep your services on these targets.

Related resources:

ACG Research: Business Case for Network Services Platform

Network and service assurance

Anticipate, isolate and resolve issues before they impact user experience

NSP provides supervision, reporting and prediction tools that help you quickly troubleshoot network problems, pinpoint root causes and optimize your network. It uses machine learning to detect, diagnose and fix issues fast, and proactively prevent issues where possible.

Related resources:

Machine-learning in NSP network and service assurance

Path computation

Make the best use of existing network assets

NSP acts as an external SDN controller Path Computation Element (PCE) by providing algorithms that ensure the best path placement and load balancing for path distribution throughout the network. It enables you to compute optimal multi-layer paths across multiple domains to meet service-level agreements (SLAs) relating to cost, latency, and bandwidth.

Related resources:

Computing a path to more profits - The benefits of a centralized Path Computation Element using Bell Labs Self-Tuned Adaptive Routing

Network function interconnect

Enable cloud-speed provisioning with deterministic quality of service

NSP allows you to rapidly create and efficiently deliver cloud-optimized services over a unified transport underlay. It automatically maps connectivity-specific SLA requirements to underlying traffic engineering policies. And it uses open standards and proven technologies to minimize risk, cost and time to market.

Related resources:

Automated peering engineering

Automate traffic control to boost performance

NSP solves the challenges of engineering traffic exchanges over transit, public and private peering networks. It allows you to automate egress and ingress traffic steering to handle rapidly changing internet traffic patterns and ensure the best QoE for end-users.

Related resources:

Automated peering engineering

IP/optical coordination

Boost operational efficiency and service velocity in IP/optical networks

NSP provides unified network visualization and coordination across IP and optical layers. Its powerful correlation and automation capabilities enable greater resiliency and enhanced operations of multi-layer, multi-domain network.

Related resources:

IP/optical coordination

Network automation and programmability

Looking to transform your operational practices with automated workflows? Quickly get up to speed on programmability? Deploy dynamic networks that can respond to changing demand with minimal human intervention? Read this application note to learn more.

Our insight-driven networking approach lets you automate your IP and optical networks to make them more agile, reliable and secure. Discover our comprehensive solutions.

Our developer portal gets you started by providing documented APIs, code snippets, tutorials, virtual labs and more. Join our community of world-class innovators and programmers.

Join now

Screenshots

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NSP Launchpad – various applications
NSP Service Fulfillment – physical topology with resource overlay
NSP Workflow Manager – flow execution visualization
NSP Cross Domain Coordinator – physical IP/optical topology
NSP IP/MPLS Optimization – network info and statistics
NSP Ingress Peer Optimizer – ingress links
NSP Latency Steering Optimizer – latency map
NSP Incident Advisor – event timeline
NSP Incident Advisor – incident details

Awards and recognition

MEF18

MEF18 – Carrier Ethernet / IP Technology Solution award for Nokia insight-driven IP networking (Nokia NSP+Deepfield+FP-4)

Leading-Lights-winner

2016 Leading Lights – Most Innovative SDN Product Strategy award for Nokia NSP WAN SDN Controller

Global-data

GlobalData – Reports Nokia NSP as “Leader” in Deployment Readiness and Solution Breadth in WAN SDN Controller: Competitive Assessment

ACG

ACG – Reports Nokia NSP as a Global Market Share Leader in SP Multilayer Software Defined Network (SDN)

400%

ROI for flexible bandwidth services

58%

Less time and cost for on-demand service provisioning

24%

More revenue-generating traffic on existing network

"In order for SDN to mean we can really improve our customer experience and impact our network economics, we need approaches that consider the real-time state of the network and relate it to the requirements of the service we provide. Doing so allows us to assure performance, and optimise resource usage across all our network layers. Tightly coupling service requirements and performance with network control, as in NSP, promises to deliver real-world benefits of centralised optimisation whilst exploiting the strength of our existing distributed network."

Rob Shakir / BT End-to-End Network Architect

"We applaud NOKIA's initiatives to bring closed-loop automation to networks, and to help apply these modern methods to the large installed base of technology - achieving business transformation even ahead of underlying technology transformation"