Name: The VNFO - Ripe for Change
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Description

Change is the only constant in life. Virtual Network Function Orchestrators (VNFO), or MANOs, are no exception to this rule. The change confronting this technology is however monumental in nature.

MANO is perceived differently by enterprises and telcos – be it the conventional MANO or the trailblazing Nephio with Kubernetes and a bevy of proprietary and open-source projects! Add to it, the edge-computing and service orchestration – the very definition of VNFO turns mind-boggling.

This report removes the clutter surrounding VNFO and puts hard numbers on its market size, with clear-cut inclusions and exclusions.

As always, we speak to a wide spectrum of stakeholders; which becomes increasingly important when forecasting the market size of something as complex as the VNFO.

Highlights

The VNFO, or the NFVO, or the MANO, or the NFO is the most fluid among the already fluid terminologies in the NFV domain. The term often gets intermixed with service orchestrators, SDN controllers and even OSS/BSS. This market is a heady mix of IT virtualization, including containers, microservices and VMs; cloud computing in all its glory, along with cutting edge programming concepts matching wits with the extremely conventional network function engineering methodologies.

Dissecting this market is that much more difficult, but we did it!

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Scope

The Executive Summary provides an overview of the market size of one of the most exciting element of NFV – the orchestrator.

Chapter 2, The Journey of NFV, highlights the different stages and phases in the journey of the orchestrator from VMs through containers and everything in between and beyond.

Chapter 3, Open Source Initiatives in VNFO and Allied Areas, captures the role played by the vibrant open source community in literally shaping and defining the fate of VNFOs.

Chapter 4, Open Source Initiatives in VNFO and Allied Areas, visits the other pole in the NF developer equation – the OEMs and other proprietary outfits.

Chapter 5, Telco Initiatives, looks at how leading telcos – the principal consumers of NFV have internalized and or struggled with the NFVO.

Chapter 6, Quantitative Forecasts, covers the quantitative forecasts in providing ringside as well as inside views of the NFVO markets by breaking them along end-applications. Each end-application in turn is broken down by user profile, geographical region, virtualization methodology, product profile and deployment location.

Executive Summary

1.1 The End Applications

1.2 Challenges in NFVO Market Sizing

1.3 Principal Observations

1.4 Report Organization

The Journey of NFV

2.1 VM-based VNFs

2.1.1 History and Progression

2.1.2 NFV architecture

2.1.2.1 VNFi/NFVi

2.1.2.2 VNFs

2.1.2.3 MANO

2.2 Containers – The Challengers

2.2.1 What are Containers?

2.2.2 Microservices

2.2.3 Container Morphology

2.2.3.1 Provisioning and Run-time Management Block

2.2.3.2 Orchestration Block

2.2.3.3 Application Deployment Block

2.2.4 Container Deployment Methodologies

2.2.4.1 Virtual Machine (VM)

2.2.4.2 Bare Metal

2.2.4.3 Cloud or Container as-a-Service (CaaS)

2.2.5 Stateful and Stateless Containers

2.3 Contrasting Containers and VMs

Open-Source Initiatives in VNFO and Allied Areas

3.1 Introduction

3.2 Salient Observations

3.3 Company and Organization Summary

3.4 Open-Source MANO (OSM)

3.4.1 OSM Information Model

3.4.2 Release TWELVE

3.5 ONAP

3.6 Kubernetes

3.7 Nephio

3.7.1 Features of Nephio

3.7.1.1 Uniform Automation Control Plane

3.7.1.2 Declarative Automation Framework

3.7.2 Reference Architecture

3.8 Edge Multi-Cluster Orchestrator (EMCO)

3.8.1 EMCO Architecture

3.8.2 EMCO Functionality

3.8.3 Partners and Customers

Proprietary Initiatives in VNFO and Allied Areas

4.1 Introduction

4.2 Salient Observations

4.3 Company and Organization Summary

4.4 O-RAN SMO and AMCOP from Aarna Networks

4.4.1 SMO in O-RAN Architecture

4.4.2 AMCOP O-RAN SMO Architecture v04.00

4.4.3 O-RAN SMO Interfaces

4.4.4 Partners and Customers

4.4.5 AMCOP

4.4.6 AMCOP Architecture

4.4.7 AMCOP Functionality

4.4.8 AMCOP 3.1

4.4.9 Partners and Customers

4.5 Ensemble Orchestrator from Adva

4.5.1 Features

4.5.2 Partners and Customers

4.6 Kubernetes Services from Calsoft

4.6.1 Telco focus

4.7 Charmed OSM from Canonical

4.7.1 Support for Kubernetes and Other VIMs

4.7.2 Charmed OSM in Development Stack

4.7.3 Charmed OSM in Production Stack

4.7.4 Release Eight

4.8 Altran MANO Platform from Capgemini

4.8.1 Support for containers

4.8.2 Other Developments

4.9 Network Services Orchestrator from Cisco

4.9.1 NFVO Bundle Architecture

4.9.2 Other Developments

4.10 Blue Planet NFVO from Ciena

4.10.1 Major Blue Planet NFVO features

4.10.2 Telco Response

4.11 Open TOSCA-based MANO from Cloudify

4.11.1 Features

4.11.2 Telco Response

4.12 Orchestrator from Ericsson

4.12.1 Conventional NFVO Components

4.12.2 Evolved VNF Management

4.12.3 Telco Deployments

4.12.4 Cloud Container Distribution

4.12.5 Telco Response

4.13 BIG-IP Controller from F5

4.13.1 Features

4.14 NFV Director from HPE

4.14.1 CNF Orchestration

4.15 MANO Solution from Huawei

4.15.1 Telco Response

4.16 Contrail Service Orchestration from Juniper

4.16.1 Workflow

4.16.2 Contrail For Kubernetes

4.17 SDN/NFV MANO from NEC/Netcracker

4.18 CloudBand from Nokia

4.18.1 CloudBand Network Director

4.18.2 CloudBand Application Manager

4.18.3 Interworking with VMware vCloud NFV

4.19 Container Services from Nokia

4.20 SNO from Oracle

4.20.1 NFV Orchestration

4.21 Managed Kubernetes Service from Platform9

4.21.1 Luigi and 5G CNFs

4.22 OpenShift From Red Hat

4.22.1 OpenShift Software-Defined Network (SDN)

4.22.2 Certified Cloud-Native Network Functions for OpenShift Platform

4.23 vSphere for Kubernetes from VMWare

4.23.1 Workload Cluster for Data Plane CNFs

4.23.2 Software-Defined Networking Design for a vSphere with Tanzu Workload Domain

4.23.3 Support for Cloud Native Network Functions (CNF)

4.23.4 Telco Response

4.24 GitOps Enterprise from Weaveworks

4.25 WhiteNFV from White Stack

4.25.1 WhiteNFV Denver Leverages Kubernetes

Telco Initiatives

5.1 Introduction

5.2 Salient Observations

5.3 Company and Organization Summary

5.3.1 AT&T

5.3.2 Bharti Airtel

5.3.3 BT

5.3.4 China Mobile

5.3.5 China Telecom

5.3.6 China Unicom

5.3.7 Cox Communications Inc

5.3.8 Deutsche Telekom AG

5.3.9 Etisalat

5.3.10 Reliance Jio

5.3.11 TIM S.p.A.

5.3.12 KT Corporation

5.3.13 NTT Group

5.3.14 Orange SA

5.3.15 Saudi Telecommunication Company

5.3.16 Singtel

5.3.17 SoftBank Corp

5.3.18 Swisscom AG

5.3.19 Telefonica SA

5.3.20 Telenor ASA

5.3.21 Telstra Corp Ltd

5.3.22 Turk Telekom

5.3.23 Verizon

5.3.24 Vodafone Group Plc

5.3.25 T-Mobile

Quantitative Analysis and Forecasts

6.1 Research Methodology

6.2 Forecast Taxonomy

6.3 Global Market

6.3.1 User Profile

6.3.2 Geographical Regions

6.3.3 Virtualization Methodology

6.3.4 Product Profile

6.3.5 Deployment Location

6.4 Switching and Routing Network Functions

6.4.1 User Profile

6.4.2 Geographical Regions

6.4.3 Virtualization Methodology

6.4.4 Product Profile

6.4.5 Deployment Location

6.5 Core WAN Network Functions

6.5.1 User Profile

6.5.2 Geographical Regions

6.5.3 Virtualization Methodology

6.5.4 Product Profile

6.5.5 Deployment Location

6.6 Interfaces and Gateways Network Functions

6.6.1 User Profile

6.6.2 Geographical Regions

6.6.3 Virtualization Methodology

6.6.4 Product Profile

6.6.5 Deployment Location

6.7 IP Application Network Functions

6.7.1 User Profile

6.7.2 Geographical Regions

6.7.3 Virtualization Methodology

6.7.4 Product Profile

6.7.5 Deployment Location

6.8 Security and Testing Network Functions

6.8.1 User Profile

6.8.2 Geographical Regions

6.8.3 Virtualization Methodology

6.8.4 Product Profile

6.8.5 Deployment Location

Figures & Tables

Figure 1-1: Global Market Share for VNFO, by User Profile 2022-2027

Figure 2-1: VNF versus CNF Stacks

Figure 3-1: OSM Information Model

Figure 3-2: OSM Interfaces

Figure 3-3: ONAP – Honolulu Release

Figure 3-4: ONAP Projects in 5G Blueprint

Figure 3-5: Nephio Configuration layers

Figure 3-6: Nephio Functional Building Blocks

Figure 3-7: Nephio Reference Implementation and Google Open Source

Figure 3-8: EMCO Architecture Schematic

Figure 4-1: O-RAN Architecture Schematic

Figure 4-2: AMCOP O-RAN SMO Architecture v04.00 Schematic

Figure 4-3: AMCOP Architecture Schematic

Figure 4-4: AMCOP Task Sequence Schematic

Figure 4-5: Adva Ensemble Features

Figure 4-6: Charmed OSM Framework

Figure 4-7: Altran MANO Platform in the context of NFV MANO Architecture

Figure 4-8: Altran’s MANO platform service architecture

Figure 4-9: Schematic representation of Cisco NSO

Figure 4-10: Abstraction schematic of Cisco NSO

Figure 4-11: Ciena Blue Planet Orchestrator

Figure 4-12: Cloudify MANO Architecture

Figure 4-13: Cloudify-VMware Hybrid Cloud Orchestration

Figure 4-14: Ericsson Orchestrator-Functional Components

Figure 4-15: F5 BIG-IP Container Ingress Services

Figure 4-16: HPE Director-NFV MANO Orchestrator

Figure 4-17: HPE NFV Director Container Orchestration

Figure 4-18: Huawei NFV Architecture

Figure 4-19: MANO embedded in Juniper CSO

Figure 4-20: Contrail Kubernetes Architecture

Figure 4-21: Netcracker SDN/NFV MANO

Figure 4-22: CloudBand Open MANO

Figure 4-23: Nokia CBND

Figure 4-24: Nokia CBAM

Figure 4-25: Nokia Container Services Architecture

Figure 4-26: Oracle SNO

Figure 4-28: VMware With Kubernetes

Figure 4-29: vSphere Kubernetes cluster

Figure 4-30: CNFs on Telco Cloud Platform

Figure 4-31: WhiteNFV MANO

Figure 6-1: VNFO Market Forecast Taxonomy

Figure 6-2: Global Market Share for VNFO, by User Profile 2022-2027

Figure 6-3: Global Market Share for VNFO, by Geographical Region 2022-2027

Figure 6-4: Global Market Share for VNFO, by Virtualization Methodology 2022-2027

Figure 6-5: Global Market Share for VNFO, by Product Profile 2022-2027

Figure 6-6: Global Market Share for VNFO, by Deployment Location 2022-2027

Figure 6-7: Market Share for Switching and Routing VNFO, by User Profile 2022-2027

Figure 6-8: Market Share for Switching and Routing VNFO, by Geographical Region 2022-2027

Figure 6-9: Market Share for Switching and Routing VNFO, by Virtualization Methodology 2022-2027

Figure 6-10: Market Share for Switching and Routing VNFO, by Product Profile 2022-2027

Figure 6-11: Market Share for Switching and Routing VNFO, by Deployment Location 2022-2027

Figure 6-12: Market Share for Core WAN Functions VNFO, by User Profile 2022-2027

Figure 6-13: Market Share for Core WAN Functions VNFO, by Geographical Region 2022-2027

Figure 6-14: Market Share for Core WAN Functions VNFO, by Virtualization Methodology 2022-2027

Figure 6-15: Market Share for Core WAN Functions VNFO, by Product Profile 2022-2027

Figure 6-16: Market Share for Core WAN Functions VNFO, by Deployment Location 2022-2027

Figure 6-17: Market Share for Interfaces and Gateways VNFO, by User Profile 2022-2027

Figure 6-18: Market Share for Interfaces and Gateways VNFO, by Geographical Region 2022-2027

Figure 6-19: Market Share for Interfaces and Gateways VNFO, by Virtualization Methodology 2022-2027

Figure 6-20: Market Share for Interfaces and Gateways VNFO, by Product Profile 2022-2027

Figure 6-21: Market Share for Interfaces and Gateways VNFO, by Deployment Location 2022-2027

Figure 6-22: Market Share for IP Applications VNFO, by User Profile 2022-2027

Figure 6-23: Market Share for IP Applications VNFO, by Geographical Region 2022-2027

Figure 6-24: Market Share for IP Applications VNFO, by Virtualization Methodology 2022-2027

Figure 6-25: Market Share for IP Applications VNFO, by Product Profile 2022-2027

Figure 6-26: Market Share for IP Applications VNFO, by Deployment Location 2022-2027

Figure 6-27: Market Share for Security and Testing VNFO, by User Profile 2022-2027

Figure 6-28: Market Share for Security and Testing VNFO, by Geographical Region 2022-2027

Figure 6-29: Market Share for Security and Testing VNFO, by Virtualization Methodology 2022-2027

Figure 6-30: Market Share for Security and Testing VNFO, by Product Profile 2022-2027

Figure 6-31: Market Share for Security and Testing VNFO, by Deployment Location 2022-2027

Table 1-1: Global Market for VNFO, by End-application 2022-2027 ($ million)

Table 3-1: Open Source NFVO Organization Summary

Table 4-1: Proprietary Open Source NFVO Company and Organization Summary

Table 5-1: Proprietary Open Source NFVO Telco Summary

Table 6-1: Global Market for VNFO, by User Profile 2022-2027 ($ million)

Table 6-2: Global Market for VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-3: Global Market for VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-4: Global Market for VNFO, by Product Profile 2022-2027 ($ million)

Table 6-5: Global Market for VNFO, by Deployment Location 2022-2027 ($ million)

Table 6-6: Market for Switching and Routing VNFO, by User Profile 2022-2027 ($ million)

Table 6-7: Market for Switching and Routing VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-8: Market for Switching and Routing VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-9: Market for Switching and Routing VNFO, by Product Profile 2022-2027 ($ million)

Table 6-10: Market for Switching and Routing VNFO, by Deployment Location 2022-2027 ($ million)

Table 6-11: Market for Core WAN Functions VNFO, by User Profile 2022-2027 ($ million)

Table 6-12: Market for Core WAN Functions VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-13: Market for Core WAN Functions VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-14: Market for Core WAN Functions VNFO, by Product Profile 2022-2027 ($ million)

Table 6-15: Market for Core WAN Functions VNFO, by Deployment Location 2022-2027 ($ million)

Table 6-16: Market for Interfaces and Gateways VNFO, by User Profile 2022-2027 ($ million)

Table 6-17: Market for Interfaces and Gateways VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-18: Market for Interfaces and Gateways VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-19: Market for Interfaces and Gateways VNFO, by Product Profile 2022-2027 ($ million)

Table 6-20: Market for Interfaces and Gateways VNFO, by Deployment Location 2022-2027 ($ million)

Table 6-21: Market for IP Applications VNFO, by User Profile 2022-2027 ($ million)

Table 6-22: Market for IP Applications VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-23: Market for IP Applications VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-24: Market for IP Applications VNFO, by Product Profile 2022-2027 ($ million)

Table 6-25: Market for IP Applications VNFO, by Deployment Location 2022-2027 ($ million)

Table 6-26: Market for Security and Testing VNFO, by User Profile 2022-2027 ($ million)

Table 6-27: Market for Security and Testing VNFO, by Geographical Region 2022-2027 ($ million)

Table 6-28: Market for Security and Testing VNFO, by Virtualization Methodology 2022-2027 ($ million)

Table 6-29: Market for Security and Testing VNFO, by Product Profile 2022-2027 ($ million)

Table 6-30: Market for Security and Testing VNFO, by Deployment Location 2022-2027 ($ million)

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