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Webscale networking for the cloud era

The cloud requires a multi-technology approach to networking

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Nokia webscale networking solutions let you use a multi-technology approach to build secure, scalable and automated cloud infrastructures that support the next wave of cloud services.

What is webscale networking?

As a webscale company, you rely on data centers and network cloud network infrastructures to host and deliver the cloud services that your customers demand. With webscale networking, you can build cloud infrastructures and data center interconnect (DCI) platforms that dynamically connect your customers to the cloud services they want anytime and anywhere. These services can run in your own and third-party data centers, on- and off-premises, in the edge and in the core, and in public, private and hybrid clouds.

Webscale networking applies to all types of webscale companies or cloud service providers that need to massively scale their infrastructure to support the next generation of cloud services. Cloud service providers include companies such as carrier-neutral network operators, internet exchange providers, data center operators, colocation providers and hosting providers.

Why is a multi-technology approach to networking important?

Recent advances in mobile technology, artificial intelligence (AI), machine learning (ML), smart NICs and storage, and new network architectures that are much more hierarchical and distributed are unleashing a new set of cloud services.

At Nokia, we understand that these market factors call for a reciprocal reaction from the network across several interconnected technologies, including IP routing, optical networking, data center fabrics, network automation and network security.

We are experts across all these technologies, which is why we believe we are best suited to help webscale companies address these new challenges. We offer a broad and unmatched multi- technology approach to building networks and we have deployed these solutions for customers around the globe as part of our commitment to shaping the next generation of webscale networking.

Why choose Nokia webscale networking?

Multi-technology

Stay on top of the latest advances in technology across IP networking, optical transport, data center fabrics, network security and network automation.

Model-driven architecture

Ensure that your network is open and simple to operate, and can be integrated into any operational environment with ease.

Proven experience building networks

Transform your network with help from a partner that has been building massive mission-critical networks for decades.

Latest in network innovation

Future-proof your network knowing that the technology you deploy represents the latest in network innovation.

Secure

Secure your network across each network layer to prevent breaches before they cause outages.

Automated

Automate your network with out-of-the-box automation platforms or flexibly integrate it into existing automation systems.

How does IP routing enhance webscale services?

IP routing capabilities such as IP interconnection and IP peering connect your customers to networks, data centers, cloud services and applications across your cloud infrastructure regardless of their location. They enable the regional and global networks that connect and interconnect cloud data centers to exchange traffic in a scalable, secure and reliable way.

Our IP routing solutions enable IP network architectures that provide secure and reliable interconnection, peering and data center gateway functions and highly scalable, high-performance and efficient IP backbone routing. They let you deliver latency-sensitive applications at the edge, close to customers, while delivering latency-tolerant applications from the core. 

Some of our recent innovations in routing include the Nokia FP5 6.0 Tb/s network processor, which sets a new standard in IP routing silicon design and powers the industry’s largest, highest-density and most advanced IP routers. With FP5 silicon comes 800GE routing, which offers a two- to eightfold increase in link capacity over current 400GE and 100GE networks, and effectively doubles interface capacity and connectivity in the same rack space.

Our routing solutions run on the Nokia Service Router Operating System (SR OS), which is built to power the most demanding, dynamic and reliable IP networks. This robust and scalable OS provides the foundation for the comprehensive Nokia IP routing portfolio and has been proven in more than 1,600 webscale, service provider and enterprise networks worldwide.

“Nokia has taken a leading role in developing the EVPN standards, delivering high performance capabilities on their hardware routers. In fact, in many areas, Nokia went beyond the standard and delivered enhanced capabilities which support operators like DE-CIX in running internet exchanges.”
Dr Thomas King
CTO, DE-CIX

Why is optical data center interconnect (DCI) essential for webscale?

Data centers provide the essential infrastructure for delivering the services and applications that digital economies and societies depend on. You data center networks must interconnect with each other and with internet exchanges and peering points to provide seamless and reliable global connectivity. These networks use optical DCI to connect with each other at a transport level. Optical data center interconnect solutions use coherent optics to capitalize on the enormous data-carrying potential of optical fiber to connect disparate data centers across metro, regional and intercontinental distances.

Nokia coherent transport solutions maximize the capacity and performance of optical DCI links and extend optical data center interconnect connectivity across long-haul and intercontinental distances. The sixth generation of the Nokia super-coherent Photonic Service Engine (PSE-6s) opens a new frontier in scalable, high-performance and power-efficient optical networking. PSE-6s technology delivers the industry’s first 2.4 Tb/s coherent transport solution. This solution enables you to scale transport capacity to unprecedented levels across metro, long-haul and subsea networks.

“Together Nokia and Eurofiber strive for net zero emissions in a 100 percent circular world. Through our collaboration, we want to achieve high service standards. With Nokia we have the scalability and flexibility to grow our network throughout Europe.”
Norion Wasch, Group Director
Procurement, Eurofiber

Why are open, extensible and resilient data center fabrics required for webscale?

Emerging AI-based services, next generation video, augmented and virtual reality, and other highly compute-intensive applications are pushing webscale data center fabrics to their limits in terms of capacity, performance and operational efficiency. You need automation to overcome these challenges and thrive in this new environment. Webscale companies like yours are rapidly building intent-based automation tools and platforms to address this. Modern data center networking fabrics must be open to these new environments to maximize the value of automation and integration across a broad technology ecosystem.

The Nokia Data Center Fabric solution was built from the ground up to address the challenges that webscale operators face today. The solution is anchored by the SR Linux network operating system (NOS), which provides a model-driven, microservices-based architecture that runs on a native Linux kernel.

The Nokia Fabric Services System provides an intent-based NetOps toolkit that automates all phases of the data center fabric lifecycle. It also offers an easy-to-use user interface that allows you to program automation across the entire lifecycle of your operations, from Day 0 design to Day 1 deployment and Day 2+ operations.

The Data Center Fabric solution includes high-performance hardware platforms that enable you to implement massively scalable and reliable modern data center switching architectures. These platforms include the fixed configuration Nokia 7220 Interconnect Router (IXR) for data center leaf/spine applications, and the modular Nokia 7250 IXR-6e/10e for data center spine and super-spine applications.

“SR Linux was built with a complete model-driven architecture across all its services allowing for rich telemetry, which is distributed through modern management protocols like gNMI. This makes things easier for our operational team to customize tools to meet our specific needs.”
Scott Brookshire
CTO, OpenColo

How is automation a game changer for webscale companies?

Cloud service providers need to manage ever-increasing network and operational complexity. As webscale companies try to automate their networks, they must often deploy multiple management solutions. This adds complexity, increases CAPEX and OPEX, and requires additional training and staff.

The Nokia Network Services Platform (NSP) makes it easy for you to abstract network complexity and diversity across multivendor, multi-domain networks that combine IP, MPLS and optical technologies.

You can also use NSP to keep up with fast-changing market demand by aligning your network offerings and service requirements. NSP offers a flexible, modular and programmable approach that responds to changing needs and demand patterns.

NSP enables you to get the most from your staff and network resources by providing a comprehensive management and automation 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.

“We do have automation tooling at LINX already and so Nokia came in and sat with our engineers and worked with us and adapted and built systems that worked with our systems.”
Richard Petrie
CTO, LINX

What is DDoS and why is it a threat for webscale companies?

Cloud service providers often offer internet interconnection points or interexchange points for regional and local traffic. Securing these midway points from DDoS attacks and other security breaches is essential. DDoS is outstripping gaming and video to become the fastest growing category of IP network traffic. New devices, including billions of Internet of Things (IoT) devices and high-bandwidth servers, are hijacked and used in conjunction with reflection, amplification and carpet-bombing techniques to launch increasingly sophisticated attacks.

We deliver the most robust and comprehensive protection scheme against all types of DDoS traffic with our FP5 silicon, which combines detection capabilities with advanced packet processing capabilities. With FP5, security is a high-performance, highly scalable function of the IP network. It is processed like packets are today, embedded as a function in the silicon.

Nokia Deepfield Defender complements this embedded IP network security by combining big data analytics tools with real-time network insights to provide an effective response to larger, more sophisticated and more frequent DDoS attacks. Webscale companies can use knowledge from Deepfield to create policies to identify and mitigate volumetric DDoS attacks.

Nokia 7750 Defender Mitigation System (DMS) is a new, dedicated next-generation DDoS mitigation platform that can be deployed with Deepfield Defender when third-party routers (with limited security filtering scale) are deployed or there is a preference by security teams toward a separate and dedicated security enforcement platform. In addition, DMS is ideally suited to replace legacy scrubbing solutions with a next-generation approach with higher throughput with better cost-efficiency.

Nokia selected to upgrade Stealth Communications’ core network for increased capacity and DDoS security

Read the press release
“For nearly a decade, Stealth has provided New York City’s businesses with the fastest and most reliable internet service available, all over our own fiber infrastructure. We are eager to grow our network capacity and add flexibility to meet the future needs of our current and prospective customers. Nokia is the right partner to help us do that by providing solutions that offer scale, reliability and DDoS security where it is most needed.”
Shrihari Pandit
President and CEO, Stealth Communications
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