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Market Research Report

Network Automation and Orchestration: Worldwide Forecast 2019-2023

Published by Analysys Mason Product code 759133
Published Content info 33 Slides
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Network Automation and Orchestration: Worldwide Forecast 2019-2023
Published: November 20, 2019 Content info: 33 Slides
Description

"Robust growth in NFV/SDN network control and orchestration software and services spending will continue (at a CAGR of 42% during 2018-2023), despite challenges for cross-domain network orchestration."

This report provides forecasts for communications service provider (CSP) spending on telecoms-specific network automation and orchestration (NAO) software systems and related services for 2019-2023.

Network automation and orchestration software and professional services spending will increase at a CAGR of nearly 18% between 2018 and 2023 to nearly USD20 billion. This growth will be due to the mixed effects of the large, though slow-growing, network management systems (NMS) market in combination with the smaller and higher-growth market for network orchestrators, WAN SDN solutions and virtual infrastructure managers (VIM). Software and services spend in these markets will collectively grow by 42% during the forecast period. This report analyses the drivers of, and impediments to, growth by market segment, geography, delivery type (such as products, services and SaaS) and service type.

This forecast report provides:

  • a detailed, 5-year worldwide forecast for spending in the network automation and orchestration software market, split into:
    • two main application sub-segments: network management/element management systems (NMS/EMS) and network control and orchestration (NCO), including netw0rk orchestration NO), virtual infrastructure management (VIM) and WAN SDN
    • two delivery types: product-related and professional services (PS)
    • four telecoms services: mobile, IoT, business fixed and consumer fixed
    • eight geographical regions: Central and Eastern Europe (CEE), developed Asia-Pacific (DVAP), emerging Asia-Pacific (EMAP), Latin America (LATAM), the Middle East and North Africa (MENA), North America (NA), Sub-Saharan Africa (SSA) and Western Europe (WE)
  • an examination of key market drivers and inhibitors, and how they will change during the forecast period
  • analysis of the business environment and regional dynamics that will influence the network automation and orchestration market
  • a detailed market definition
  • recommendations for communications service providers and vendors.

Author

Dana Cooperson Research Director

Dana is the research director for Analysys Mason's six software and networks technology research programmes. Her team's mission is to help customers to progress toward and benefit from a more automated, autonomous, cloudified future, rather than be threatened by this market shift. Her areas of expertise are intelligent fixed and mobile network infrastructure, automation and operations. Dana's research and consulting focuses on the communications software/network market and technology best practices required for digital business transformation and enabled by the integration of NFV, SDN and other IT technologies for virtualisation, cloudification and automation.

Prior to joining Analysys Mason, Dana worked for 16 years as an analyst, consultant and research manager at RHK and Ovum on topics such as optical networking, IP/Ethernet services, fixed and mobile access, and data centre infrastructure; optical components; communications service provider revenue and capex/opex; green networking; software-controlled and virtual networks; cloud enablement; video optimisation; big data analytics; and professional services. Prior to becoming an industry analyst, Dana worked for 16 years in the communications industry. Her vendor experience includes product marketing management at Tektronix and Telco Systems, and software quality assurance at Information Builders. She began her career at what is now Verizon Communications as a network engineer. Dana holds an MS in Management from MIT and a BS in Engineering from Cornell University.

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