Today at Mobile World Congress Americas, VMware is highlighting the next phase of 5G readiness for communications service providers (CSPs) worldwide. At the event, we will showcase how the VMware Service Assurance Suite will integrate into VMware’s NFV portfolio and illustrate real-world service assurance use cases for CSPs as they prepare for 5G.

2018 has been a year of unprecedented momentum for VMware’s Telco NFV business. Solution innovation, the movement to acquire Dell EMC’s Service Assurance Suite, continued customer momentum and expansion and the ability to address more use cases have defined the first part of the year. 5G deployments will not be possible without virtualization, service assurance and a solid multi-cloud strategy. With VMware, customers have everything they need to become 5G-ready while still meeting the demands on today’s networks and reaping the benefits.

Last month, we announced our intent to acquire the Dell EMC Service Assurance Suite portfolio: software spanning network health, performance monitoring and root cause analysis for communications service providers (CSPs) and their customers. The addition of the Service Assurance Suite to the portfolio of VMware telco solution offerings will enable CSPs to maintain operational reliability in their core network, cloud and IT domains across physical and virtual infrastructure and operationalize competitive new services faster. Service Assurance Suite is now a part of VMware’s robust telco portfolio, engineered to enable CSPs to bridge the gap from 4G to 5G through simplified networks, service enablement and multi-cloud support.

So how does it work? VMware Service Assurance Suite focuses on automating a variety of key operational use cases for CSPs aimed at reducing operational costs and improving customer experience,  such as:

• Network and Service Availability Management: with automated root-cause and service impact analysis
• Performance Management and SLA Monitoring: with deep analysis for historical and real-time views, trending, forecasting and adaptive alerting
• Network Configuration Management: enabling automated network infrastructure change and compliance management
• Application & Service Level Monitoring: with cross correlation of Network Applications and/or Virtual Network Functions (VNF) with service delivery infrastructure
• Hybrid Assurance: Correlation spanning physical, NFVi, VIM and service layers offering unparalleled operations management with deep NFV closed loop integration

VMware Service Assurance Suite covers a rich variety of network segments such as: Backbone/Transport, IP, MPLS, Mobile, SDN/NFV, SD-WAN, IPTV, Unified Communications and Managed Enterprise Networks.

We will be showcasing the VMware Service Assurance Suite and NFV solutions in booth #S1714 at Mobile World Congress Americas, September 12-14 in Los Angeles, Calif. Our executives will also be participating in a panel on network analytics, diagnostics & service assurance on Wednesday, September 12, 2018 from 1:00-2:00 pm PDT. Stop by for more information—we hope to see you there!

Nokia and VMware continue to collaborate to deliver integrated and proven end-to-end NFV solutions which are widely deployed at communication service providers (CSP) globally.  Together we bring joint value with decades of telecom innovation combined with virtualization and cloud expertise. Powered by continued networking and cloud technology portfolio investment, supported by the research and creativity of Bell Labs, Nokia has the industry’s most complete, end-to-end Telecom portfolio of products and services. Likewise, VMware brings more than two decades of innovation and has delivered the most trusted and widely deployed virtualization and cloud solution to the market. The end result is a solid, unified solution that helps our customers address not only today’s rapid technology shifts, but also capitalize on new opportunities as they arise. Ultimately positioning CSPs for rapid growth by accelerating their digital transformation journey to the new era of enhanced mobile broadband,  IOT and 5G

Leveraging VMware vCloud NFV Platform, Nokia and VMware have delivered the following joint Virtual Network Functions (VNFs)

• Cloudband Application Manager (CBAM) and Network Director (CBND)
• Cloud Packet Core – Cloud Management Gateway (CMG)
• Cloud Packet Core – Cloud Mobility Manger (CMM)
• Virtual Session Boarder Controller
• Virtual Service Router
• Nokia Register
• Nokia Smart Plan Suite

Additional details such as solution overview, solution white papers and  ready for NFV certification details can be found on the solution exchange: https://marketplace.vmware.com/vsx/company/nokia

Nokia and VMware have put their heads together to simplify the day to day operational requirement to efficiently run NFV services.   To learn more about our joint capabilities of how we intelligently automate network functions on a virtualized telco cloud, visit us at Mobile World Congress USA in Los Angeles in South Hall Booth 1714 and see a live demonstration.  Here is a sneak peak of what you will see:

In one demo, we will show an instance of a Nokia Cloud Packet Core network function that is exceeding its defined capacity thresholds.  Our joint solution will show the automated scaling of a Cloud Packet Core network function to address dynamic VNF demands.

As more and more CSP networks transition from bare metal to NFV, the upgrade of the NFV infrastructure has quickly become a significant operational challenge. Over the past 20 years, VMware has evolved to become the industry standard for seamless and effortless upgrades. This fundamental capability is also readily available in VMware’s vCloud NFV platform. Nokia and VMware have partnered to demonstrate how to upgrade NFV infrastructure without service disruption of traffic through Nokia’s Cloud Packet Core functions.  Join us to see how effortless NFVI upgrade can be with Nokia and VMware.

You can do what with your phone?

As we continue to predict how the world will look according to 5G, Telcos are also considering how to deliver on the promise that the new standard holds. Fundamentally it will improve user experiences by delivering new, faster (one millisecond end-to-end round trip delay) and more seamless (1000x bandwidth per unit area) services. This entails providers improving their ability to deliver and support a heavy line-up of data-intense services.

It’s a big shift; both in customer expectations and in technology. It requires new approaches to network operations; new skills and effective ways of providing a bridge from what is, to what will be. Consumers will be looking for exquisite personalized services delivered instantaneously to their smartphones. The world will be real-time. Meanwhile, the enterprise and society will expect far more.

The GSMA suggests that 5G will cover a third of the world’s population by 2025, approximately 1.4 billion connections. Providing a thought-provoking context for the impact of 5G on network operations, the GSMA says:

“5G will see a major shift in how cellular networks are designed and what they are used for. Mobile operators will use new network architectures…Advanced software will enable the mobile network to adapt to the needs of the service, rather than the other way around.”

The 1.4 billion connections won’t, of course, all be enthusiastic gamers on their morning commutes thrilled with faster speeds. They’ll be connections changing the way society functions, becoming the base enabler of autonomous driving, remote robotic surgery, smarter manufacturing, and, yes, great fun gaming. A bigger focus than ever before will bring data analytics to the top of the agenda; the ability to assimilate huge volumes of data and extract the meaning from it in real-time to drive ever-more responsive services and deliver the fundamental requirement of IoT; the ability of machines and systems to talk to each other and react accordingly.

Enormous commercial opportunity

Autonomous cars will be communicating in real-time with traffic systems and other vehicles. Smart homes and office buildings will be sensing environmental influences to activate internal building systems. Transportation systems in smart cities will be more in evidence. Virtual Reality will become a widespread, well, reality. Healthcare will embrace remote intervention and prevention capabilities. IoT, in short, will lean heavily on 5G.

It’s time to make sure not just that your network can take the weight, but also that your entire approach to network architecture – the creation of 5G-capable infrastructures – and servicing customer needs is geared around an enormous commercial opportunity and potential new revenue streams.

Planning for transition and beyond

I’d like to explore how to put this ‘bridge’ in place; allowing the crossing-over from a 3G/4G world into 5G while taking a view that also goes beyond that. Any CSP needs to be concerned with the long-term value of investments and/or the sustainability of changes to network management, technology and company culture; it’s not just about the opportunity to come but the many opportunities that may then come after that.

Network changes undertaken in response to the requirements of 5G will stand the network in very good stead for many years to come. These changes may well dictate bringing new skills into the business, restructuring teams, and basically becoming the sort of organisation that can thrive in a substantially redefined competitive environment. Solutions should be robustly future-proofed; capable of evolving as demands on the network evolve, which they certainly will.

The NFV path to innovation

NFV is a prime enabler in the essential network transformation. My colleague, Gabriele Di Piazza, discusses the essential agility that NFV brings to network infrastructure automation and orchestration in his blog: The network is at the epicentre of all that happens next; Multi-access Edge Computing is right there alongside it. Network operators can react faster when they decouple core network functions from hardware appliances.

An Ericsson spokesperson puts it in perspective:

“NFV is now a prerequisite for having the kind of network that you need to be able to address the IoT workload for 5G. Furthermore, the time is now for operators to formulate their strategies to transition their core network in preparation for 5G in 2020.”

Changes made to the network now need not be regarded as fixed in stone or, in other words, embedded in the machine. At VMware we’re delivering solutions that enable CSPs to build the bridge now, work with containerised applications, but also lay the foundations for the road ahead after the transition, wherever that may lead. Without NFV there is no easily operable solution to grasp the enhancements that 5G will bring.

Telcos should consider that NFV is a mandatory first step towards 5G, but effective deployment depends on a partner, architecture and technology strategy to pin down the journey path and streamline network operations.

What do you think? Have you made the shift to NFV ahead of the arrival of 5G? If not, do you think you need to be exploring why not? Is it something you’d like to explore further? Contact me if you want to continue the discussion.