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VMware Launches its Digital Telco Badge for vCloud NFV at Mobile World Congress 2019

Gain NFV Knowledge

Network Function Virtualization (NFV) is a critical building block for 5G networks. VMware’s vCloud NFV solution is already a cornerstone of telco virtualization and has been deployed by more than 70 CSPs globally supporting a wide variety of use cases, supporting hundreds of VNFs in production and more than 600+ million mobile subscribers. To support our global customers and accelerate their success as they transform to digital providers of 5G, Edge and IOT services, we are proud to announce the immediate availability of the VMware PRACTIONER in NFV WITH VCLOUD DIRECTOR badge.

The VMware PRACTIONER in NFV WITH VCLOUD DIRECTOR badge proves that customers understand the concept of virtualization, what VMware solutions can do, and what that means to the telco industry. It further demonstrates that customers understand how VMware vCloud NFV with vCloud Director specifically can accelerate time to revenue, automate service lifecycle and simplify operations management – all while reducing network infrastructure costs.

The VMware PRACTIONER in NFV WITH VCLOUD DIRECTOR is delivered in part, through modern learning programs that foster professional development and acknowledge accomplishments. VMware’s digital badges recognize knowledge, skills, and competency through secure, verifiable digital credentials. Holders of the VMware badge can use it on their business card, LinkedIn profile, or any other digital media.

Skills demonstrated by the PRACTIONER in NFV WITH VCLOUD DIRECTOR badge holder include:

Earning Criteria

Communication service providers can receive 15% off the VMware vCloud NFV with vCloud Director course by sending an email to nfv@vmware.com by April 15, 2019.

Visit the VMware booth at Mobile World Congress in Hall 3 Stand 3M11.

Delivering applications and services for a multi-cloud and 5G network with VMware vCloud NFV 3.0

Changing CSP Network Requirements

NFV objectives have evolved quite significantly from the initial need for CSPs to virtualize the infrastructure to being able to scale with technology, products, and services into new and adjacent markets.  There is acute focus on operational transformation with CSPs driving continuous innovation and rapid service deployment for 5G and IoT use cases.  Applications, services, and greater network intelligence is being deployed at the network edge to deliver higher QoE and security.

A key enabler of this transformation is the Telco Cloud – an operating model that leverages programmable networks, with NFV and SDN being key enablers.  With the ability to run a multitude of network functions on off-the-shelf servers, CSPs can provision and scale services faster and substantially reduce costs.

With its vision of delivering any application on any device on any cloud, VMware has extended its technology to cross every infrastructure boundary there is, from the data center into public and telco clouds, and the network edge supporting edge clouds and IoT devices.

VMware vCloud NFV – A platform for Multi-Cloud

At Mobile World Congress 2019, VMware has taken another step in the expansion of its vCloud NFV offerings, with the announcement of VMware vCloud NFV 3.0 vCloud Director Edition.

With support for VMware vCloud Director 9.5, the new release features key enhancements in NFV performance, secure multi-tenancy, networking, and multi-site operations, enabling Communications Service Providers (CSPs) to quickly scale and grow revenues while reducing cost and complexity.

VMware vCloud NFV 3.0 vCloud Director Edition

Enhancements in VMware vCloud NFV 3.0 help CSPs realize the true potential of distributed multi-cloud services through accelerated time to revenue leveraging NFV automation and service onboarding, lower infrastructure costs while delivering greater performance, and optimized operations for increased network efficiency and reduced operational costs.

Key capabilities provided with the VMware vCloud NFV 3.0 vCloud Director Edition include:

  • Secure Multi-tenancy and Enhanced RBAC – VMware vCloud NFV 3.0 includes support for vCloud Director 9.5 that implements a redesigned multi-tenant Role Based Access Controls (RBAC) model. The model allows CSP administrators to create Global Tenant Roles assigned to tenant users enabling self-service management without the need of service provider involvement. CSP administrators can also create rights bundles that correspond to tiers of service, separately monetizable functionality, or any other arbitrary rights grouping and make them available to various organizations.
  • Deterministic NFV Performance – VMware vCloud NFV 3.0 includes support for VMware NSX-T Data Center, which adds Data Plane Development Kit (DPDK) based techniques to deliver accelerated data plane network performance with the new NSX Managed Virtual Distributed Switch (N-VDS) in Enhanced Data Path mode. Efficient separation of data plane functions from control and management plane functions enables CUPS based architectures while automated NUMA alignment, multi-tiered routing, bare-metal edges, and HugePages support enable increased workload performance while preserving the benefits of key vSphere functionalities like HA, vMotion, and DRS.
  • Efficient Multi-site Deployment – VMware vCloud NFV 3.0 enables CSPs to achieve the scale and manageability required to efficiently deploy and operate distributed multi-cloud deployments. It facilitates efficient cloud services management with the flexibility to deploy centralized VIM for a common management plane across sites or a distributed architecture with federated management. Decoupling NSX-T Data Center functionality from vCenter server enables cloud-scale performance using a distributed control plane architecture, while the separation of data plane workloads from control plane and management plane workloads enables CUPS-based scalable architectures.
  • Advanced Networking – VMware vCloud NFV 3.0 supports a range of new carrier-oriented networking capabilities through dual stack support for NSX-V and NSX-T. The vCloud NFV platform delivers increased network resiliency through fast link failure detection, ERSPAN port mirroring, and support for a broad category of workloads including container-based workloads, multi-cloud workloads, and PaaS platforms.
  • Intent-Based Service Assurance – VMware vCloud NFV 3.0 with support through vRealize Operations 7.0, vRealize Log Insight 4.7, and vRealize Network Insight 3.9, delivers a new paradigm in NFV operations with intent-based assurance that allows CSPs to define operational and business intent for the network and continuously verify performance against the defined intent through Day 0, Day 1 and Day 2 operations.

Evolution of Networking in vCloud NFV

Also announced this year at MWC 2019 is the release of VMware NSX Data Center 2.4.  CSPs need for highly scalable networks that are truly reliable is at an all-time high.

NSX-T Data Center is a core component of vCloud NFV providing the networking overlay support across the complete NFVI and supporting multiple telco-oriented use cases. New networking features now available in NSX Data Center are:

  • IPv6 Support: As business around the world ramp up IPv6 deployments, support for IPv6 in NSX-T meets a critical requirement of telco networks.
  • Scalability: NSX-T 2.4 can scale to hundreds of thousands of routes, over a thousand hosts per NSX domain, and enables high-scale multi-tenancy. 
  • High Availability: NSX-T 2.4 supports clustering with NSX managers, enabling a highly available management plane for GUI and API, reducing the likelihood of NSX operational failures.
  • Service Function Chaining: NSX-T 2.4 introduces the ability to perform Service Insertion and Service Function Chaining, through the IETF SFC framework and NSH, enabling CSPs to rapidly onboard, automate, and launch new services to meet dynamic subscriber demands
  • Container Networking and Cloud Native architectures: VMware is enhancing support for containers with enhanced visibility into all container and PaaS clusters that are supported by a NSX deployment, as well as visibility into all containerized applications supported by a NSX deployment.

VMware Ready for NFV

The VMware Ready for NFV program is a certification program that recognizes VNF partners that have made commitments to the vCloud NFV platform.  VMware Ready for NFV certified partners have completed a range of operability and interworking assessments in a dedicated accreditation facility and have access to VMware product roadmaps and solution development strategies in order to ensure their solutions continue to maximize the potential of the underlying vCloud NFV platform.  CSPs can look to the VMware Ready for NFV certification program as proof of close VNF integration with the vCloud NFV platform.

VMware continues to increase the number of partners that have been certified within the VMware Ready for NFV program. At MWC 2019, we have announced certification of more than 105 Virtual Network Functions from 85 vendors worldwide.  VMware’s broad ecosystem of certified partners creates a true marketplace that helps CSPs remove barriers to successful NFV implementations.

Additional Resources

To learn more about VMware’s vCloud NFV Platform

Introducing VMware Service Assurance: Real-time network intelligence for your network

Planning for 5G

Communications Service Providers (CSPs) are in the midst of a network transformation as they plan their evolution from 4G to 5G networks.  As CSPs plan their network rollout and the delivery of new 5G services, ensuring reliability, availability, and quality of service (QoS) in their networks is paramount to their success. Service Assurance plays a key role in delivering the foundations of a highly available network with the ability to provide greater insights and analytics along with real-time automation and optimization.

At Mobile World Congress 2019, VMware announced the continuing momentum of delivering key strategic network initiatives with the latest release of VMware Smart Assurance v10.0 and VMware Smart Experience.

VMware extends it operations management portfolio with VMware Smart Assurance and VMware Smart Experience solutions. Six key characteristics are seen necessary for an effective design strategy:

  1. Advanced analytics and automation, fueled by machine learning for proactive avoidance
  2. Distribution, graph based topologies with hierarchical analytics
  3. Real-Time intelligence, for dynamic optimizations and avoidance
  4. Intent-Driven, moving away from static rules to dynamic policies and operational intent
  5. Extensible solution, to cater to declarative constructs
  6. Open solution, that is model driven and offers ease of integration

Key Use Cases Addressed by Smart Assurance and Smart Experience

VMware Smart Assurance and VMware Smart Experience deliver real-time intelligence in a hybrid physical cloud environment spanning transport, network, infrastructure, and services. Operational intelligence ranges in granularity from fault and performance monitoring to individual subscriber experience management.

Key capabilities in VMware Smart Assurance to look for include:

  • Dynamic Topology Discovery: automated VNF and network discovery using VMware Integrated Openstack multi-tenancy and standardized blueprints including TOSCA and HEAT correlating and isolating faults and performance issues across physical (transport, IP core, MPLS) and virtualized layers
  • NFV Assurance: VMware Smart Assurance v10 includes integration with VMware vCloud NFV with support for virtual compute (vSphere), virtual networking (NSX-T), both Virtual Infrastructure Managers – VMware Integrated OpenStack (VIO) and vCloud Director (vCD). Smart Assurance 10 enables VMware vRealize Operations to perform multi-tenant cross-domain performance monitoring and isolate faults and degradation across physical, virtualized, and service layers
  • Assurance for Virtual IMS Deployments: VMware Smart Assurance v10 extends a new common information model for vIMS, correlated across several layers such as VNF components, VIM Tenancy, Cloud Infrastructure, and Physical Network, providing effective Performance Monitoring, Root Cause Analysis and Issue Isolation
  • SD-WAN Assurance: VMware Smart Assurance v10 supports SD-WAN enterprise services and is fully integrated with VMware SD-WAN by VeloCloud for fault management. It provides discovery of branches, gateways and networks along with providing issue isolation and impact assessment of sites, gateways, and networking. VMware Smart Assurance’s multi-vendor SD-WAN monitoring strategy already in place for Viptela and Versa Networks.
  • Performance Management & Analytics through integration with vRealize Operations: the integration extends vRealize Operations virtual operations management with a single pane of glass visibility across service, virtual and physical domains and includes powerful features such as capacity planning, performance monitoring, cost analysis, and compliance monitoring. The integration with Smart Assurance auto discovers and collects performance statistics from telco services (SD-WAN, vIMS) and physical networks (router, switch, interface, port), enabling vRealize Operations to provide correlated health visibility across VNFs, virtual machines, hosts, logical networks, and physical networks, including Machine Learning with dynamic thresholding and behavioral alerting.

VMware Smart Experience is a streaming analytics solution that delivers real-time actionable insights, at a subscriber level, for mobile access and core network management and optimization. Valuable capabilities and use cases include:

  • Network Planning and Real Time Operations: understand the demand and capacities of cell/sectors, gateways, regions, and data centers.
  • Customer Experience Management: understand the quality of services and effective customer experience over the 2G/3G/4G mobile networks and proactively optimize VIP customers.
  • Fraud Detection: identify various SIM swap and device swap use case scenarios and avoid revenue leakage for voice and data.
  • Location-aware marketing: enable up-sell and cross-sell opportunities to customers with location based subscriber profiling and service consumption.
  • QoS analytics: measure and analyze data and voice QoS with precise granularity – per subscriber, per application, per cell site – in real-time
  • Application and Device profiling: understand the consumption of various applications such as multimedia, browsing, social, etc. dimensioned by devices for targeted cellular network planning, QoS management, and network tuning.

 

The VMware Smart Assurance platform also delivers a new modular architecture featuring:

  • New Data Collector Framework (DCF): enabling a variety of new data sources integration, additional scalability and distribution using Kafka publish/subscribe
  • New Platform Architecture: based on Kafka messaging bus allowing more scalability, application decoupling and sharing of data
  • KPI Engine: declarative component for KPI definition and calculations using multiple streams and expressions
  • Enhanced persistency of events: active and historical events can now be easily analyzed using ElasticSearch simple and sophisticated querying mechanism
  • Enhanced UI/UX: new notification screens based on VMware Clarity framework

VMware solutions are poised to address the key characteristics of an effective service assurance solution which can be enabled in 5G distributed cloud environment composed of hybrid physical and virtual transformations. A real-time dynamic discovery engine embodies the complex multi-directed correlations providing the foundational constructs to enable effective fault and performance management decision trees. Intelligence engines with signature and machine learnt algorithmic approaches, achieve the real-time proactive optimization cadence necessary for autonomous assurance in transport, physical, virtual, and service domains.

Open Works Here! Migrating Telco Providers and Partners to a Tried and True Multi-Cloud Ready Open Stack

Greetings from OpenStack Summit! We’re here this week to talk about the opportunities for OpenStack. Telcos and CSPs in particular have looked to OpenStack as the centerpiece of their virtualization and software-defined infrastructure strategy, which is needed as we move towards 5G, multi-access edge computing (MEC)/edge and IoT scenarios. Unfortunately, OpenStack has not quite realized its potential in this regard. Telcos trying to stand up OpenStack for their NFV deployments today face significant operational complexity, cost overruns and scaling challenges—inviting questions about the efficacy of their deployments and causing them to look for new ways to problem solve for OpenStack. Further complicating matters is the drive to a distributed architecture with cloud, core and edge computing, and the move toward modern application architectures in the mobile-cloud era.

VMware has embarked on a two-pronged approach to address the dire need to make OpenStack work:

  1. Deliver a robust OpenStack offering VMware Integrated OpenStack, that provides the best of OpenStack, yet fixes some of its key flaws, and
  2. Enable providers and partners to convert & migrate their VNFs to be able to take advantage of VMware Integrated OpenStack and vCloud NFV, leveraging VMware HCX.

VMware Integrated OpenStack: OpenStack That Works:

VMware is addressing the need for more effective OpenStack deployments head-on with a leading virtualization platform, allowing our system integrator partners to provide a unified framework across IT, network and edge for telcos worldwide. VIO is VMware’s answer to the challenges of operationalizing OpenStack—and customers using the VMware OpenStack migration service will automatically have access to VMware Integrated OpenStack. We released VMware Integrated OpenStack 5.1 today.

Key features include:

  • Queens-based OpenStack Distribution—take advantage of the latest upstream functionality using the most recent OpenStack release
  • Streamlined OpenStack Deployment—quickly deploy a standard OpenStack on top of VMware SDDC. Perform upgrades with minimal disruption. This results in accelerated time to revenue.
  • Best-of-Breed Infrastructure—take advantage of advanced enterprise and cloud features and capabilities delivered by VMware vSphere, VMware NSX and VMware vSAN, including better security, high availability, simplified maintenance and disaster recovery.
  • Integrated Operations and Management—Out-of-the-box vRealize Operations, vRealize Log Insight and vRealize Automation integrations for streamlined operations such as health checks, troubleshooting and capacity management, as well as governance and control with user management, role-based access control (RBAC), quotas and more.
  • VMware Integrated OpenStack “in a box”—build small-footprint, highly-resilient micro data centers based on VMware Integrated OpenStack and have full control over these micro data centers and apps via automated, API driven orchestration and lifecycle management.

HCX – OpenStack Migration Services:

We talked about how VMware Integrated OpenStack significantly solves some of the critical issues above. But how do we get to the desired state? To help with this change, we’re introducing new migration services to enable customers to move from alternative OpenStack deployments to VMware Integrated OpenStack. We welcome providers and partners to contact us regarding early engagements with VMware to leverage such migration services.

 

The migration service leverages VMware HCX technology, which provides a seamless way to migrate workloads across private, hybrid and public clouds. HCX now additionally can convert OpenStack VMs running on KVM to migrate and run on VMware Integrated OpenStack. For telcos and CSPs, this capability now creates a common foundation across their IT, B2B, and NFV environments (the telco cloud). Additionally, it also connects these telco clouds to private, public, hybrid and edge environments. Thus, for the first time, we can have a unified architecture across IT, cloud tech (CT), network tech (NT) and edge tech (ET), accelerating the journey to 5G, edge/MEC, and IoT use cases.

 

“VMware has made a breakthrough in OpenStack production readiness—no question,” said John Antonio, CSO of IDX, a VMware partner. “Telcos and CSPs have struggled with making OpenStack work effectively in their environments, and instead of abandoning their investment, they can now work with VMware to benefit from their “PRODUCTION READY” legacy and entirely managed migration of their OpenStack deployments. VMware has the virtualization chops and the right mix of traditional and new technology to effectively serve these customers and enable them to make the most of OpenStack.”

By providing a dependable OpenStack solution that includes a robust stack, and a migration service to get there, VMware is taking the complexity out of OpenStack to enable customers to capture value from their existing deployments. Finally, there will be an OpenStack that can work for carriers and CSPs at scale.

For more information on VMware’s OpenStack migration managed service, please visit booth B14 at OpenStack Summit in Berlin.

 

 

VMware SD-WAN by VeloCloud Named Best SD-WAN & Enterprise Service and VMware vCloud NFV wins for Best NFV Ecosystem – Layer123 SDN NFV World Congress Network Transformation Awards 2018

VMware SD-WAN by VeloCloud was recognized again for a prestigious industry award when it was named the Best SD-WAN & Enterprise Service at the Network Transformation Awards 2018 gala in the Hague, Netherlands. This award is another feather in VMware’s cap for its SD-WAN by VeloCloud solution which is widely recognized as the #1 SD-WAN solution in the market.

 

Additionally, VMware’s vCloud NFV group was awarded the SDN/NFV World Congress Network Transformation Award for Best NFV Ecosystem. The simultaneous awards by both leading VMware business units demonstrate the best-in-breed solutions that are available to customers.  

These Network Transformation Awards recognize achievement in advancing the industry to the next generation of networks and celebrate innovation and excellence in delivering the next generation of products and services founded on SDN and NFV.  

Layer123 is one of the very important SDN/NFV industry events, and the Network Transformation Awards are known for the highest credibility and integrity.  

The Awards were judged by an independent panel comprising leading industry analysts from firms including Analysts Mason, ACG Research, 451 Research, Appledore Research, IHS Markit and Strategy Analytics. 

Click here to see all the awards bestowed on VMware SD-WAN by VeloCloud. 

A Transformation Towards a 5G-Ready NFV Infrastructure

Mobile wireless technologies have gone through systematic generational refreshes over the last three decades. The next such refresh, called 5G, isn’t just an incremental upgrade from 4G, but represents a significant leap forward.  5G promises to improve efficiency, enhance security, reduce latency times, increase network capacity, and accelerate current data connections by 10, or even 100 times.  And for the first time, 5G brings wireline technologies into greater prominence and convergence with wireless infrastructure, enabling telecom carriers to extract efficiency from their full network.

However, before the benefits of 5G can be widely exploited, Communications Service Providers need to invest in virtualized and cloud-based infrastructure. 5G requires both a software-driven architecture and Network Functions Virtualization, or NFV, to be successful.

At VMware, we see 5G as a big opportunity and challenge for Communications Service Providers to leverage the benefits of 5G with new business models and to reassert their influence in the cloud economy.  While NFV is the foundation to deliver 5G, CSPs are going to require a telecom transformation that represents a new approach to delivering agile services and enables the ability to have these services move between clouds, include private, edge, and public clouds.

A key aspect of 5G networks is network slicing.  For CSPs, network slicing provides the ability to divide and scale the network on an as-a-service and ‘on-demand’ basis.  This requires an advanced, software-defined infrastructure that allows multiple virtual networks to be created atop a shared physical infrastructure. Virtual networks can then be customized to meet the needs of applications, services, devices, customers or other global CSPs.

For CSPs, network slicing enables new business opportunities. Services such as remote health and surgery, smart metering, smart drones, and connected cars all require connectivity, but with vastly different network characteristics.  New technologies, such as virtualization, network programmability, and network slicing will enable networks to be customized and meet the needs for each application.  As a result, new products and services can be introduced to market quickly and can be easily customized, deployed, and adapted to fast-changing demands.

VMware and Telia have jointly collaborated on a 5G Technical Whitepaper: 5G-Ready NFV Infrastructure- A Transformation Journey Towards Full Automation.  In this paper, we have outlined the characterization of the network driven by 5G and the requirements that CSPs should take into consideration to support new services and SLAs.  In addition, the paper highlights the requirement to provide an efficient network infrastructure that can deliver services at the best price point, along with creating an on-demand network to support new business consumption models and a frequent service rollout cadence.

We believe 5G to deliver massive changes as it will create a larger, more efficient network that offers new possibilities for developers and CSPs.  The collaborative nature of 5G may also prompt more partnering across the ecosystem and alter the competitive landscape of the industry.  Hybrid environments that leverage the best of both worlds, coupling hyper scale public cloud infrastructures like those from Amazon Web Services, or IBM, and the NFV enhanced clouds from CSPs, could become the basis for new marketplaces for consumer and enterprise applications and tools.

 

 

 

 

Production Ready OpenStack Cloud, obviously.

My team just announced a new OpenStack distribution for our NFV platform – VMware Integrated OpenStack-Carrier Edition.  It is a great solution for our customers looking to benefit from a carrier-grade Network Functions Virtualisation (NFV) platform while leveraging OpenStack to run their Virtual Network Functions (VNFs) workloads.  The new distribution is our response to customers asking for a robust and proven NFV environment on which they can monetize NFV services, while also supporting their developers with OpenStack APIs.  We’ve packaged the distribution with our current NFV platform to deliver to market VMware vCloud NFV OpenStack Edition. With vCloud NFV-OpenStack, developers can “benefit” from the same Service Level Agreements (SLAs) that the operations team commits to in order to actually generate revenue.  It is THAT solid.  How is VMware able to offer such a robust solution? By the time you are finished reading this blog post the answer will be clear.

VMware is strongly committed to providing our customers with the flexibility to choose the best Virtualized Infrastructure Manager (VIM) within the vCloud NFV platform to meet their business priorities. One of our VIMs is VMware vCloud Director which is loved by many of our customers already in production. The other VIM is VMware Integrated OpenStack (VIO)-Carrier Edition. VMware has had a DefCore-compliant OpenStack distribution since 2015, and our latest release is an OpenStack 2017.01 Octata-based distribution. If a customer decides to use VIO-CE as the VIM, it provides the customer the best of both worlds: they can select their VIM based on the APIs they want to use to deploy NFV services, and be assured that it has been fully integrated, tested, and certified with our NFV infrastructure. We also incorporated new VIO-CE-focused test cases into our VNF interoperability program, VMware Ready for NFV, and are actively testing interoperability between leading VNFs and both VIMs.  To this day, 21 of our 43 Ready for NFV certified VNFs ) already support earlier versions VMware Integrated OpenStack, and will be re-certified on VIO-CE as soon as the code goes GA.  Our VNF partners are always given the option to choose which VIM in vCloud NFV they want to test their VNFs with, so having 21 partners supporting VMware Integrated OpenStack is a testament to their own customers interest in OpenStack.

With the introduction of our vCloud NFV-OpenStack, we are updating the Ready for NFV program scope to provide our VNF partners with a way to make sure that they are benefiting from the new carrier-specific capabilities we have introduced in VIO-CE.  The new tests also help communication service providers in using the new capabilities as soon as they install the new distribution.  In essence, a production-ready OpenStack environment to run revenue-generating network services is a reality.  Obviously.

A few of the new VIO-CE features that we added to the VMware Ready for NFV program scope are highlighted below.

  • Multi-tenancy and VNF resource reservation – customers that are used to the abstraction layers available in vCloud Director love splitting their physical data centre into purpose built-constructs. They tend to carve out virtual data centres to various VNFs using the Organization Virtual Data Center (OvDC) available in vCloud Director. OpenStack does not have an equivalent construct since data centers are broken down into projects and resources are not limited to specific virtual data centers.  Typically, resources are allocated based on first-come, first-served approach. Well, with VIO-CE, we introduce a new concept called Tenant Virtual Data Center. In the updated Ready for NFV program we are looking to test that a Tenant Virtual Data Center (Tenant vDC) can host a VNF and ensure strong resource isolation so that one workload does not infringe on the other. The benefit of this function is that the network provider can deliver Service Level Agreements (SLAs)-based services on shared infrastructure without worrying if the resources assigned to the VNF will be available at all times.
  • Dynamic Resource Scaling – one of the benefits of transitioning workloads from dedicated hardware to software is the ability to quickly provide the virtualized function with more hardware resources if the function needs them. There are two ways to scale resources: scale-out and scale-up.  In our work with VNF partners we see that scaling-out in response to workload demand is well supported. This method is somewhat limited as it creates another instance of the VNF component that requires the same amount of resources that are already being consumed. The ability to provide a finer grain control of resources in a running VNF is realized when resizing a live network function. This live resizing of a VNF component, by adding the appropriate required resources to the running VNF without the need to reboot the component, is supported by VIO-CE and is obviously tested in the Ready for NFV program scope
  • Advanced Networking – There are several advanced networking capabilities that are introduced in VIO-CE that are important for the NFV use case and that are covered by our program.  For example, the ability to attach various types of networking interfaces to a VNF component using neutron is crucial.  We see this type of functionality as especially of interest to data plane intensive workloads.  In some cases, the VNF component is looking for a direct pass-through interface directly to the physical Network Interface Card (NIC) while also using some virtualized interfaces.  Data plane traffic typically uses the direct pass-through path while management and control plane interfaces are happy to use our VMXNET3 para-virtualized network interface.  This is an obvious operational use case that we translated to our Ready for NFV test plan.  We also have seen use cases where the VNF component is using VLAN tags to scale the number of virtual interfaces.  This is especially useful for NFV use cases such as virtual routers or Packet Gateway.  The ability of the VNF component to tag traffic with a VLAN is also tested in our Ready for NFV program.

One of the nice things in a modular architecture, is the ability to change modules.  VMware customers with a vCloud NFV environment can experiment with OpenStack alongside their production setup.  In fact, they do not need to put all their eggs in one basket and can experiment with VIO-CE in the lab while continuing to run their production workloads using vCloud Director. With an ever-increasing number of VNF partners supporting VIO-CE, our customers also have a production ready OpenStack cloud.

Jambi

VMWare & Intel – Partnering for 5G Success

By Gabriele Di Piazza, Vice President Solution Telco NFV at VMware

I joined the Telco Network Functions Virtualization (NFV) group at VMware just over a year ago. During that time, I have seen significant, industry advancements around software driven architectures, commercial solutions and more robust customer deployments.

NFV is not just a transformative technology; it is a foundational technology in the sense that it will provide the foundation on which communication service providers (CSPs) move from monolithic, inflexible networks towards software-driven, agile networks with built-in technological and operational intelligence. And, this digital transformation cannot come soon enough.

As access to the Internet becomes ubiquitous around the globe and the proliferation of digital services, sensors and networks continues to skyrocket exponentially, CSPs are constantly challenged to maintain and build network infrastructure to support the scale and bandwidth requirements. These network demands will only become more acute with the imminent arrival of 5G and the Internet of Things (IoT).

Beyond bandwidth, CSPs and their profit margins face increased competition from over the top (OTT) providers. OTT providers are generating revenue from high margin services on top of telco networks. Meanwhile, traditional CoSPs are still monetizing only basic voice and data services and increasingly struggle to differentiate their own services.

As an industry, continuing to maintain and support traditional network infrastructure can collectively cost CSPs trillions of dollars. NFV provides an opportunity for CSPs to rethink network infrastructure and to leverage a software-driven architecture to support a cloud-based digital world. By transforming to NFV, CSPs can benefit from major OPEX and CAPEX cost savings. The new, software-driven architecture gives CSPs the ability to accelerate the market introduction of new and personalized services, which can contribute to new revenue and improved customer experiences, while making more efficient use of network resources, which provides CAPEX savings.

VMware continues to grow its NFV business, bringing its expertise and success in the IT industry to the network side. With more than 90 NFV deployments by more than 50 CSPs serving 350 million subscribers worldwide, VMware vCloud NFV simplifies network operations, accelerates service innovation and delivery and reduces costs. Organizations can use the vCloud NFV platform to deploy a multi-vendor, multi-function NFV platform that delivers service automation, secure multi-tenancy, operations management and carrier grade reliability. VMware has created a true marketplace for customers to build new services based on best-in-class virtual network functions. Today, the VMware ecosystem includes 30 virtual network functions (VNF) from 23 vendors that are certified as VMware Ready for NFV. By deploying the vCloud NFV platform, CSP customers can build, provision and sell new services in days instead of months, positively influencing customer quality of experience, and significantly improve OPEX and CAPEX.

A key part of our ability to provide our customers NFV solutions with carrier-grade performance is our partnership with Intel. Leveraging Intel® Xeon® Scalable processors, the next-generation platforms for cloud-optimized, 5G-ready networks, VMware is able to provide better performance to CSPs. With an open architecture that efficiently scales and adapts to handle the demands of emerging applications, the platform provides a future-ready foundation for agile networks.

The Intel Xeon Scalable processors operate with cloud economics, and support the rapid and secure delivery of enhanced services enabled by 5G, including autonomous driving and augmented reality. With the convergence of key workloads such as applications and services, control plane processing, high-performance packet processing and signal processing onto industry-standard Intel Xeon Scalable processor platforms, CSPs can accelerate their transition to a virtualized, software-defined infrastructure.

Tests performed by Intel have shown up to 4.2x greater VM density. With the integrated, Intel Xeon Scalable processors, vCloud NFV supports native drivers that deliver improved throughput and performance. This increase is due to the removal of the previously required translation layer. This advancement creates a framework for greater agility and lower total cost of ownership and provides a stable foundation for software defined initiatives that utilize vCloud NFV.

Intel and VMware are jointly innovating to advance NFV solutions. One of the key challenges of NFV is the ease of onboarding virtual network functions (VNFs). Earlier this year at Mobile World Congress 2017, our companies announced a critical new initiative to accelerate the adoption of telecom services over virtualized infrastructure. Together, Intel and VMware developed a set of web based tools that make generating basic TOSCA (Topology and Orchestration Specification for Cloud Applications) blueprints as simple as filling out a web form.

By building portable TOSCA templates and using management and orchestration (MANO) solutions that support TOSCA, VNF onboarding becomes agnostic to both MANO and the virtualized infrastructure manager (VIM) vendor. This advancement reduces the time, cost and risk for onboarding new VNFs, and accelerates speed-to-market for new services.

Moving forward, Intel and VMware will continue to partner to advance NFV solutions and enable CSPs to drive rapid service deployment. Together, the companies provide CSPs in the 5G-enabled world with the NFV solutions to support extreme levels of scalability, agility, programmability and security across an ever-growing volume and variety of networking workloads—from the network core to the edge.

It is both necessary and urgent that CSPs transform purpose-built, fixed function networks in order to implement new business models, drive faster innovation and meet enterprise and consumer service level expectations in the 5G era. The transition to a new generation of open networks, based on flexible and optimized industry-standard servers and virtualized and orchestrated network services, is the essential first step. For more information visit: www.vmware.com/go/nfv

This blog was first posted on Intel® Network Builders Social Hub

MNOs come out fighting: the great industry come-back

Doing nothing is not an option

There’s a groundswell of chatter and opinion-sharing about the pressures swirling around the network; perfect storm formations of connected things, smarter devices, and 5th generation mobile networks. For a long time, we’ve been able to feel 5G in the air.

It would be a mistake to do nothing in the light of these trends. MNOs cannot take refuge in established mainstream subscriber services, and simply offer more competitive rates. Analysis Mason’s predictions for the telecoms, media and technology sectors 2017 features digital experience as the third big thing in its top ten predictions: “Network operators will increasingly use digital experience initiatives to appeal to digital natives.”

Fourth on the same list is a suggestion that “an increase in the volume of mobile video traffic will lead network operators to invest in virtualized video delivery and traffic management solutions.”

In a recent blog – Monetizing the network: operators’ new models – my colleague addressed the ‘dumb pipe’ syndrome. He suggested that only by meeting new subscriber demand for more sophisticated services could operators expect to retain and build business. Meeting this demand requires an honest reassessment of how fit the business is, in its current format, to accommodate new demands subscribers are making on their service providers.

It can be done. All is far from doom and gloom. Focus is important; leaving the past behind and turning the business on its axis. Everything is getting smart. Once upon a time it was just the mobile phone. Now connected cars are well on their way and wearables are gaining pace of adoption and consumer popularity. Deloitte’s 2017 Telecommunications Industry Outlook observes:

…”wearables such as smart watches and fitness bands have seen tremendous percentage growth. Smartwatch penetration doubled from 2014 to 2015 and tripled in 2016; smartwatches have now penetrated roughly 12 percent of the mobile consumer market in the US.”

Market dynamics

One is tempted to wonder which type of organization stands most to benefit from network-dependent new technologies, such as the Digital Assistant. Will disruptors continue to cannibalize the market? History suggests that they will, unless market dynamics change.

Past incursions such as Skype, WhatsApp, and Facebook have established an evolutionary pattern – the fittest are surviving and thriving. These OTT service providers are delivering exciting and relevant services that customers are finding to be more useful and engaging than traditional services. What’s more, they are delivering these services through the pipes built by the MNOs.

Look no further than this year’s CES, where Amazon’s Alexa stole the show and is already being incorporated in products from LG, Lenovo, GE and even Ford, the latter putting it into cars.

If these significant recent trends are anything to go by it is easy to imagine that these organizations, and others like them, are already planning their service propositions to meet IoT and its potentially limitless manifestations.

Claim your share

Here’s some advice that has stood the test of time ever since Fleetwood Mac released Rumours, back in 1977:

Don’t stop, thinking about tomorrow, Don’t stop, it’ll soon be here,

It’ll be, better than before, Yesterday’s gone, yesterday’s gone.

Tomorrow will only be better than before for MNOs if they take such advice and start obsessing about tomorrow. Any five-years out view, based on offering network services as they are today, is simply not realistic. ‘Better than before’ is not a right. It has to be claimed.

Here’s what KPMG had to say last year about tomorrow for the ‘traditional telco’:“(it) will struggle to survive beyond the next decade …unless it embraces the opportunity presented by digital.” [1]

A need to adapt is clearly emerging as a theme in just about every blog and pronouncement you read nowadays. Everybody agrees that the fittest will survive and I was delighted to note another observation from KPMG that largely concurred with my own long-held views:

“Their (Telcos’) first challenge must be to shift the prevailing business mind-set from one focused on engineering to one focused on the customer. There remains a legacy culture in some Telcos in which the customer is a secondary consideration to engineering.” [2]

The new battleground

My colleague talked about the need for agility in provisioning new services in a blog ‘MNOs might never be the same again’. Legacy network infrastructures, or – more to the point – the legacy style of thinking that goes with them, are highly suspect as foundations for competitive agility in the future. Customer focus will be the new battleground – requiring new thinking and a new, agile approach to network technologies that permit speed of response and dynamic services provision.

Video, picked out in Analysis Mason’s predictions, is but one area to prepare for. IoT will be soon upon us. MNOs need to be ready to meet the demands of the modern customer. Providing digital services and great customer experiences is necessary to win. The most important thing is to recognize the need for change now. It will all soon be here. A transition to software-driven architecture, providing the agility and flexibility that a changing world craves, can be made in such a way as to retain many of the robust and still valuable capabilities derived from existing investments.

How realistic is it to move swiftly to a customer-centric business mind-set? I’d welcome your views on the great MNO come-back, particularly with regards to the people skills you think are most likely to make it possible and how those skills can be deployed.

Industry’s first Open VNF Onboarding Hackathon a great success!

MWC 2017 was the venue chosen by VMware, Intel and Cloudify to kick off a co-innovation project to address one of the biggest challenges to the rapid deployment of NFV-based services: VNF onboarding. Continue reading