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3 vital trends impacting industrial communication market size

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The global industrial communication market has thrived successfully in the recent decade as growing adoption of these components in Industry 4.0 has effectively helped increased productivity in major industries. Labor reduction, waste reduction, repeatability, enhanced quality control, and integration with existing business systems have given companies an added advantage by lowering long-term costs, which could indirectly increase product output and revenue.

U.S. Industrial Communication Market Revenue, By Component, 2018 & 2025, (USD Million)
U.S. Industrial Communication Market Revenue, By Component, 2018 & 2025, (USD Million)

 

An industrial communication network is the backbone for any automation system architecture as it can offer powerful means of data exchange, controllability and flexibility to connect to various devices. The use of digital communication networks in industries can also lead to improved end-to-end digital signal accuracy and integrity.

Communication networks like LAN (Local Area Network) or WAN (Wide Area Network) can communicate large amounts of data via limited number of channels. Whereas industrial networking enable implementing various communication protocols between field devices, digital controllers and several automation related software tools and external systems. Therefore modern industries have demonstrated increased adoption of industrial communication networks over traditional LAN and WAN. This has led to industrial communication market size depicting a substantial increase lately.

For instance, according to renowned automation conglomerate ABB, and one of the notable players in industrial communication market, the firm’s revenue increased by 5% to $7,395 million in 2018. This has been credited to the strong growth in robotics & motion, robust performance achieved from electrification products and a steady result owing to industrial automation.

Some of the trends that industrial communication market is being defined by are mentioned below:

  • Long-term application of industrial communication in the industrial automation sector

Growing demand for increased data processing speed will foster industrial communication market size in the automation sector. As industrial operations are becoming more complex and variable, the market has registered immense growth over recent years. Indeed, a greater number of network-based programmable controllers and mechanisms are required within modern industries to attain faster decisions and increased productivity and efficiency.

With network-based automation, companies can also attain increased saving in work force, energy, raw material, better control on product quality and enhanced plant availability and operational safety. In fact, the technology can help in raising the levels of process control & continuity with improved efficiency, eventually bringing potential production figures to the nominal plant capacity by cutting downtime, corrective maintenance and the lack of raw material supply to minimum.

With efficient real-time communication system like PROFIBUS-DP or PA, Fieldbus and more, distributed peripherals such as Input/output (I/O) modules, transducers, drives, valves and operational panels can also communicate with automation systems more accurately.

Thus, with the advent of the automated systems that are based on advanced industrial communication and technology, the automation sector will attain enhanced benefits in terms of maintenance, and increase plant productivity, further augmenting industrial communication market size.

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  • S. to emerge as a pivotal revenue pocket for industrial communication market in the forthcoming years

Being a major producer of automation equipment, U.S. is anticipated to drive massive growth in industrial communication market. Citing International Trade Association (ITA) reports, the country is the leading producer of hardware components that are used in automated systems as well as a major supplier to manufacturing or production industries across the globe.

In fact, in 2015, U.S. exported nearly $10.5 billion worth of automation equipment to foreign markets, claims ITA. Sources suggest that supportive government policies and the presence of global automation players like General Electric, Honeywell, Rockwell, Emerson Electric and more will pave the way for industrialization in the region. Additionally, the increasing adoption of Industry 4.0 will boost the demand for the industrial communication technologies in the coming years, successfully proliferating U.S. industrial communication industry size.

  • Wireless communication technologies to enhance industrial operations

Advancements in wireless communication along with growing adoption of advanced tech-based devices will drive the industrial communication industry. The key advantage of wireless systems is that they can be installed in remote locations in an efficient and cost-effective manner. As battery-powered transmitters don’t require wired infrastructure or power supply, they can be installed across areas that are far away from power wiring and wired fieldbus.

They can also be installed in sites where setting up power and cabling systems would be dangerous or too expensive. This flexibility allows use of wireless in both Greenfield projects and ongoing Brownfield projects.

Owing to the low-power nature of Wireless HART devices, users can also operate such equipment for several years without replacing the battery. Moreover, engineering, procurement, and construction contractors and plant owners can increasingly shift to wireless communication technology as it is beneficial in terms of reducing physical fixed infrastructure, managing schedule risk and cost escalation, and reducing space requirements and weight.

According to reports, adopting wireless solutions have reduced commissioning time by 50% for some contractors. The technology further helped in streamlining the design and engineering process, maintaining project schedule and improving user’s ability to manage change on their project. The prominence of this technology is rather overt from the estimate that wireless charging market size is slated to cross $14 billion by 2024.

Moreover, with industry-leading process plants installing wireless infrastructure, industrial communication market size from the wireless communication protocol is estimated to grow at a CAGR of over 22% over 2019-2025.

In a nutshell, it would not be incorrect to quote that industrial communication industry is likely to come up as a highly profitable vertical of the overall electronics cosmos. As per estimates, global industrial communication market size is anticipated to exceed USD 160 billion by 2025.

Author Name :Mateen Dalal

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Operator training simulator market to gain substantial proceeds from aerospace & defense sector over 2019-2025, surging product demand for tackling life-threatening situations to fuel the industry growth

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The revenue graph of operator training simulator market is projected to foresee exponential growth owing to the continuous improvement in these products and rising emphasis on recruiting skilled workforce. Skill development helps to enhance productivity, safety, profitability, controllability, and stability of the enterprise operations. The increasing focus to reduce injuries and fatalities to maintain safe operations across various business verticals is expected to aid the market growth.

Brazil operator training simulator market, by application, 2018 & 2025 (USD Million)

Brazil operator training simulator market, by application, 2018 & 2025 (USD Million)

Industry professionals are training their operators to tackle life-threatening situations which has led to increased emphasis on safety of workers, optimization and efficiency of simulators – a factor that is likely to impel the operator training simulator market share in the times to come.

Operator training simulators improve decision making of the operators at critical times while increasing familiarity with the operations. Pilots are required to develop skills like decisiveness, quick thinking, confidence and situational awareness which can be enhanced by simulator trainings. Operator training simulators strengthen confidence to tackle the unfavorable situations. To underscore the significance of simulators, the recent instance of fatal aircraft crash of Ethiopian Airlines can be considered. The crash killed all 157 on board just five months after a similar crash on a Lion Air flight which killed all 189 passengers and crew.

After the accident, the Allied Pilot Association has demanded training on simulators which includes scenarios like those experienced by the pilots of Ethiopian Airlines and Lion Air and additional computer training for 737 MAX to cement the lessons of failure modes in the minds of pilots. Apparently, the deployment of advanced simulators would be crucial in building confidence among pilots, essentially boosting the growth of operator training simulator market.

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Apart from aviation industry, the railway sector has also emerged as a major end-user to deploy operator training simulator for realistic and robust training to avoid fatalities. For instance, in the year 2018, Indian railways had announced to invest INR 350 crore in operator training simulators to train 1.5 lakh loco pilots and assistant loco pilots to bridge the gap between theoretical and practical learning. The investment is meant to make drivers learn how to navigate rail tracks, curves, signals, bridges and any other situation as if they are driving a real train.

Over 12,000 diesel and electric locomotives daily run on a 66,000-km network across the country. There are about 86,000 train drivers and the simulator training with real feel experiences will assist these drivers to run locomotives efficiently. Apparently, the Indian government’s program is a testimony to the increasing prominence of governmental support to high-end simulator training across various geographies – a vital factor that will enhance the growth prospects of the operator training simulator industry.

Notably, defense academies have also been proactive in adopting operator training simulators for public safety and enhancing the overall skill-set of cops. As the police department is responsible for the safety of citizens and maintenance of peace across any country, cops face highly stressful situations on a regular basis which requires high level of patience and panic control. In this regard, simulator training has proved to be of immense help and numerous police academies are deploying these simulators on their premises.

For instance, the New Britain Police Academy has recently adopted simulator trainings to train police to manage stressful responses and make decisions under pressure. The Milo Simulator – chosen by the academy – is an advanced simulator in the state which combines driving an emergency vehicle in highly unfavorable situations such as armed encounters. The human reaction under pressure is unpredictable but this training simulator can help police officers to calmly handle stressful situations.

Operator training simulators have found usage in aviation, railways, police trainings and have applications in several other industries, including healthcare, energy, and chemicals. Operator training simulators play a vital role in training operators in manufacturing and industrial plants. The simulators enhance familiarity with the operations by creating a visual and real-time experience to cement the learnings by experiencing high-risk situations.

Retiring experienced workforce and the increasing demand for quality training of young staff will also contribute in proliferating the operator training simulator industry trends. According to a research report by Global Market Insights, Inc., the operator training simulator market is expected to surpass a remuneration portfolio of USD 20 billion by 2025.

Author NameAnchal Solanki

Modular data center market to register commendable proceeds from IT & Telecom applications, increasing adoption of IoT and edge computing to drive product demand over 2019-2025

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The global modular data center market is poised to gain massive impetus in the ensuing years, primarily driven by the increasing adoption of prefabricated IT technologies, the emergence of small & medium enterprises and the rising demand for edge computing.

The demand for edge computing is rising owing to the massive shifts in the way internet is consumed via organizations and individuals. Edge computing is an architecture that enables data processing and computing as close to the end user as possible. The key drivers of the edge computing model include the growing number of consumer mobile devices and the increasing consumption of video and virtual reality content. Eminent players active in the modular data center industry are seeking innovative ways of deploying edge capacity to support end-users including businesses and consumers. Therefore, as the popularity of edge computing grows across several applications, the global modular data center market size is certain to escalate as far as the number of installations is concerned.

U.S. modular data center market, by application, 2018 & 2024 (USD Million)

U.S. modular data center market, by application, 2018 & 2024 (USD Million)

The modular data center market from IT & Telecom application segment is primarily driven by the rising need for the rapid deployment of data centers. IT & telecom business vertical is witnessing a massive adoption of the facility to augment the flexibility and scalability of the business operations. Another factor that is driving the modular data center market is the rapid evolution of IoT technology. With the adoption of IoT sensors, the technology is being used in a wide spectrum of applications, for procuring data from the surrounding environment.

The increasing need for data storage would require more robust load distribution strategies. The burgeoning IoT trend will spur the need for edge computing, which will positively impact the demand for IT infrastructure that is easily deployable in remote locations and cost-effective. Hence, the increasing the need for data storage and processing from IT & Telecom application segment will require more data centers to handle diverse and huge data flows, thereby driving the global modular data center market expansion in the future.

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SMEs are significant to economies, particularly the developing ones, but they seldom have access to sufficient credit. According to the World Bank Group, around 70% of all micro, small, and medium scale businesses in emerging markets lack access to credit. As modular data centers can do everything, right from computing, storing, processing, cooling, securing, and detecting fire, hence they can help organizations in saving significant infrastructure and setup costs. Which makes small and medium-sized enterprises a major customer base for this technology, thus allowing SMEs to deploy and maintain their IT operations with low capital expenditure but without compromising on quality. Having said that, the burgeoning number of SMEs in emerging economies will thus be a major factor responsible for propelling the global modular data center industry.

The competitive landscape of the global modular data center industry hosts numerous well-known players such as Cisco Systems, Inc., Huawei Technologies, Cannon Technologies, and Dell, Inc. among others. In order to enhance and expand business operations, major players often engage in partnerships and develop innovative technologies, thereby increasing the revenue inflow of the global market. An ideal example involves Huawei’s recent partnership with Etisalat to plan and distribute pre-fabricated and next-gen modular data centers in UAE in an effort to suffice the requirements of the cloud and digital services of the future. Such partnerships will fulfill the product demand across diverse geographies and hence contribute to the expansion of the global modular data center market.

Additionally, growing applications fueled by innovations in the fields of retail, telecom, and finance along with the emergence of 5G technology will further advance the modular data center market growth. All in all, consumer reliance on the digital world is growing every minute and with increasing adoption of digitized platforms and technologies, data traffic will continue to grow, boosting the requirement for modular data centers globally. A research report by Global Market Insights, Inc. projects the overall modular data center market to be worth more than $50 billion by 2025. 

Author NameKrithika Krishnan

Edge data center market to accrue substantial gains from the IT & telecom applications, global industry revenue to surpass USD 13 billion by 2024

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Increased deployment of edge computing and the need for having a greater control on data has enhanced the edge data center market penetration across numerous industry verticals worldwide. Establishing a data center close to the source of information allows for a faster access and real-time analysis of data, complemented with reduced network traffic and lower cost for operating and maintaining the infrastructure. The edge data center industry has enabled organizations and cloud-based service providers to reach smaller cities, locations where large data centers do not have a presence but represent considerable data generation.

U.S. edge data center market, by application, 2017 & 2024 (USD Million)
U.S. edge data center market, by application, 2017 & 2024 (USD Million)

Continuous growth of the IT and telecommunications, healthcare, banking and energy segments have gradually propelled the edge data center market revenue over the last few years. These sectors generate enormous amounts of information which are used by enterprise customers and businesses to enhance consumer experience. Growing popularity of online streaming services has also benefited the edge data center industry, as caching web application or content on servers nearer to the market allows for high-quality and high-bandwidth services. Companies like 365 Data Centers and EdgeConneX have tapped into these opportunities and expanded their edge data centers around the globe.

Elaborating further, EdgeConneX had earlier in the year announced its plans to add up to 50 MW capacity in North America, cover tier-2 cities like Atlanta, Phoenix, Denver, among others, and had already opened its second center in Atlanta by August. It later unveiled an edge data center in Toronto as well, bringing its total number to 40 such centers spread over North America, South America and Europe, becoming a key player in the edge data center market. More recently, it had confirmed the acquisition of an edge data center in Warsaw, Poland, encouraged by the nation’s rising adoption of cloud, favorable data regulations and ease of access for nearby countries.

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Widespread expansion activities undertaken by the company is representative of the overall edge data center industry trends, driven by the unparalleled rate of development in the telecommunications sector. The growth of IoT and the increasing number of connected devices globally has created a need for communicating captured valuable data quicker. It is projected that by 2022, the number of connected devices in the world will reach 29 billion, indicating the massive amount of data that will be gathered, inadvertently strengthening the edge data center market.

The propagation of 4G LTE networks has allowed consumers to access and use various online services, with LTE downloads averaging around 19.4 Mbps in the U.S. over the last quarter of 2017. Fast developing economies have also witnessed an accelerated growth rate in terms of IoT and data usage, with average 4G consumption in India reported to be around 11 GB per month in December 2017. Telecom firms are leaning more towards edge computing to gain the ability to store immense data accumulated from devices and direct it straight to a central center or cloud platform, minimizing the backhaul traffic.

Additional reports have indicated that by 2021, global mobile data traffic will reach nearly 49 exabytes per month, which would be a seven-fold increase from 2016 figures. 5G, the latest generation of communication networks, is expected to grow steadily over the period and can become the key network utilized for most applications over the following years. Experts insist that without edge computing, 5G will not be able to meet its intended goals of very low latency and colossal broadband services. Subsequently, as the implementation of 5G proceeds steadily throughout the world, fulfilling the network’s huge potential will necessitate the advancement of the edge data center market.

All in all, the rising network consumption in the telecommunications industry consumers and the augmented utilization of edge computing in other sectors will fuel the global edge data center market, with its valuation estimated to cross USD 13 billion by 2024. Fast-growing companies like Anixter, Cisco Systems, Dell, EdgeConneX, 365 Data Centers, Panduit Corp, Schneider Electric, and many others offer the required edge data center infrastructure, equipment and third party services.

Author NamePankaj Singh

Network automation market to record a staggering CAGR of 22% over 2018-2024, global industry expansion to be characterized by technological advancements and startup acquisitions

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Disrupting the conventional ways of building digital infrastructure, the network automation market has emerged as one of the most enterprising niche verticals of the sustainable and smart industry. Prominent tech giants and multinational corporations around the globe have increasingly focused on implementing new methodologies to reduce manual configuration errors which are believed to cause the majority of network outages.

China Network Automation Market Share, By Application, 2017
China Network Automation Market Share, By Application, 2017

In this context, network automation has evolved into one of the crucial technologies that have enabled businesses to decrease manual configuration errors and risk through effective compliance reporting, improved network service availability, enhanced performance and staff efficiency, and augmented data security infrastructure. As per reliable estimates, the overall network automation market size had been pegged at an appreciable USD 1.7 billion in the year 2017.

Besides providing a wide range of connectivity applications, the SD-WAN technology has assisted numerous business verticals to reduce complexities in physical network infrastructure. The advent of advanced computing technologies such as machine learning and artificial intelligence has disrupted the digital business models – a factor that can be attributed for large scale adoption of SD-WAN technology in the last few years. In fact, as per a research study compiled by Global Market Insights, Inc., the SD-WAN technology apportioned more than 67% of the total revenue share of network automation market in 2017 and is anticipated to hold a prominent spot in the overall software segment in the upcoming years.

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Concurrently, traditional networks are increasingly being replaced by virtual and cloud-based applications which has fundamentally transformed the growth strategies of major firms partaking in network automation market in the recent times. Numerous startups have been developing automation solutions that can configure manually-managed network devices, improve security capabilities, and supervise service offerings more efficiently. In this context, it would be prudent to mention that prominent tech giants have focused on acquiring these startups as it would assist them in augmenting their resources to deliver next-generation solutions that would serve all size and scale of customer needs. Enlisted below are a few instances that underscore how these acquisitions are shaping the network automation industry trends:

  • To strengthen its service management portfolio and optimize its digital assets, IBM acquired the California-based network automation software provider Intelliden in 2017. Reportedly, Intelliden assists telecom firms to manage, configure, and scale their networks and automate an array of other services. Apparently, the technology of Intelliden would be integrated into IBM’s Tivoli Software which is known to enable various businesses to combine service delivery and significantly accelerate the automation of networks.
  • With an aim to offer its customers an SD-WAN solution that is easy to deploy across enterprise branch offices and other WAN installations, Cisco has recently acquired an emerging WAN solutions provider Viptela for USD 610 million. Even though Cisco has a robust WAN product portfolio consisting of Intelligent WAN and Meraki SD-WAN, the addition of Viptela’s unique technology would reportedly expand and improve the overall functionality of the company’s WAN solutions in the times to come.

Implementing network automation solutions through cloud-based services has lowered capital expenditure and operational costs, enabling enterprises to scale their technological capabilities at a faster pace. Primarily driven by growing opportunities to offer enterprises with additional services like monitoring, security, and application optimization beyond basic automation tasks, the network automation industry share is anticipated to expand vigorously over the estimated timeframe. With rising investments by major tech firms coupled with innovative products being launched by startups, the network automation market size is forecast to register an excellent y-o-y growth rate of 22% over 2018-2024.

Author NameSaif Ali Bepari

Robot sensor market to be characterized by the increasing deployment of automation across the manufacturing sector, automotive industry to be a prominent growth avenue

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In an era defined by the increasing adoption of robotics, robot sensor market has quite overtly consolidated its stance in the overall electronics space. Robotic automation is now being deployed across a slew of applications, from industrial and domestic to commercial and logistic applications, for achieving several operational and workplace benefits. Apart from being used for obtaining long-term performance benefits at the workplace combined with efficiency, robots are also being deployed on account of their lesser susceptibility to fatigue. The increasing implementation of robots to minimize workplace risks and reduce fatigue is certain to boost robot sensor industry.

China robot sensor market size, by application, 2017 & 2024 (USD Million)
 China robot sensor market size, by application, 2017 & 2024 (USD Million)

Powered by the current trends of digitalization and innovation, robot sensor market giants have been working toward developing advanced robotic sensing systems. The initiatives taken by the researchers and product developers to increase the effectiveness of conventional sensing systems implemented in the robots will revolutionize the overall robot sensor industry. For instance, recently, a few researchers from the Chongqing university based in China developed a self-powered triboelectric auditory sensor which can be used to manufacture electronic auditory system-assisted external hearing aids that can be installed in intelligent robotics applications. The advent of next-generation auditory systems will thus prove to be ideal for enhancing communication between human beings and robots that would be useful for improving industrial outcomes.

Elaborating on the human-machine interaction, it would be prudent to mention that the shifting focus of the automakers toward the development of autonomous vehicles would prove to a breakthrough that would help augment the commercialization graph of robot sensor industry. Though the current ADAS system does not support high-level automation, the continuous involvement of automakers toward launching fully automated vehicles is likely to generate lucrative opportunities for robot sensor market contenders. In addition to this, for improving workplace productivity, many automakers and industrial product manufacturers have been giving preference for robotic automation. The increasing acceptance rate of robotic automation across the automotive sector will thus massively propel robot sensor industry share over the years ahead.

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Recently, one of the sensor manufacturing start-ups, Baraja launched a spectrum-scan Lidar which can be used to increase the reliability and flexibility of robot cars. The newly developed scanner provides full control to the car’s computer to make the changes in driving, depending upon different road conditions. Another advantage of installing effective sensors in vehicles is the protection they provide against several potential damages.

The extensive requirement of sensors for regulating various industrial and automotive applications including robotics, camera recorders, telematics, ADAS, cluster, IoT, ECUs, HUD, and infotainment systems has created revenue generating opportunities for the players in robot sensors market. Focusing on the increasing demand for robotic automation, renowned robot developers have been joining hands with leading product distributors for extending their regional reach. The surging demand for robots across myriad verticals will also have a positive influence on the development of sensors.

Validating the aforementioned fact, a few days before, Techman Robot signed a deal with OMRON to form a business alliance for distributing its collaborative robots across the globe. In addition, the duo will also collaborate to develop next-generation collaborative robots that could enhance the working harmony between human and machines. In China, one of product manufacturing firms located in Dongguan city replaced 90% of its human workforce with automated machines which helped them to increase the plant productivity by 250% and reduce the chances of defective part production by 80%. Such productive statistics have been possible solely because of effective robotic sensors systems.

The staggering demand from the industrial, manufacturing, and other commercial sectors to ensure efficient outcomes will have a favorable impact on robot sensors industry trends. The increasing availability of next-generation and AI-assisted robotic systems will also propel the product demand over the years ahead. Driven by the ever-rising acceptance of robotic automation across the globe, robot sensor market will surpass a revenue collection of USD 4.5 billion by the end of 2024.

Author NameSunil Hebbalkar

Network function virtualization market to register a staggering CAGR of 42% over 2018-2024, large scale deployment of NFV technology across IT and telecom sector to drive global industry progression

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Bringing about a disruptive change in the way present-day digital networks are being built, operated, and managed, the network function virtualization (NFV) market has established itself as one of the most profitable niche verticals of the sustainable and smart industry. Owing to a substantial increase in the demand for robust data management systems across various business sectors, the deployment rate of NFV technology has witnessed a massive jump over the past few years. Especially, the rising number of collaborations between IT giants and renowned cloud service providers has consequentially boosted the growth prospects of NFV industry. For instance, the recently formed partnership between Indian IT major Tech Mahindra and cloud computing behemoth VMware is a testament to the growing prominence of NFV technology in connecting virtual machines and physical interfaces.

Europe Network Function Virtualization (NFV) Market Share, By Application, 2017
Europe Network Function Virtualization (NFV) Market Share, By Application, 2017

Elaborating further, both the firms are likely to integrate VMware’s OpenStack ready NFV platform with digital transformation expertise of Tech Mahindra to assist global communication service providers in accessing new market opportunities, accelerating new service delivery, and enhancing the overall business economics. Moreover, the solutions provided by both the companies would be based on distributed micro data center architecture that will certainly lower the expenses related to network infrastructure. Apparently, the formation of such robust partnerships would optimistically impact the NFV market share in the years ahead.

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At a time when the global IT and telecommunication sector has been recording unprecedented growth owing to a major shift toward automation, next-generation technology solutions such as NFV have garnered immense significance. With the help of a robust virtualized network architecture in conjunction with NFV technology, the telecommunications companies can now launch new services in a couple of months. Moreover, the deployment of NFV enables telecom network operators to significantly reduce power consumption through consolidating equipment, lower the maturation cycle, improve the flexibility of network service provisioning, and enhance operational efficiency. As a consequence of all these advantages, the IT and telecommunication sector has emerged as the major contributor toward NFV industry share expansion in the recent times. In fact, as per a research report compiled by Global Market Insights, Inc., the IT and telecommunication segment held over 32 percent of the revenue share of the overall NFV market in the year 2017.

In this regard, developing economies along the likes of India and China have emerged as the fastest growing terrains for the telecom industry in the last decade. This has, in turn, benefited the NFV market players operating in these nations as the deployment of NFV technology in the telecommunication sector has been on the rise. Testimony to the aforementioned statements is the recently organized SDN & NFV India Congress 2017 which aimed at deliberating on the opportunities and the evolving role of NFV technology on 5G networks in the context of India’s telecom industry. Held for the first time in India, the Congress has been supported by tech giants such as IBM, Juniper Networks, Ericsson, Huawei, UT Starcom, ADVA Optical Networking, and Nokia. Needless to mention, the outcomes of such proactive initiatives would aid the IT and telecom sector to retain the top spot across the application spectrum of NFV industry in the upcoming years.

Meanwhile, it would be prudent to mention that the seamless deployment of NFV technology has been facing certain challenges which includes ensuring compatibility with legacy platforms, interoperability, performance trade-off, and simplicity which might prove to be roadblocks in rapid product penetration. However, the applications of NFV technology would undoubtedly drive various business verticals toward the next phase of network evolution and would prepare an ecosystem where the advantages of 5G connectivity would be leveraged in a highly efficient and agile manner. Driven by an escalating demand for server consolidation and data center virtualization, the remuneration portfolio of the global NFV market is projected to surpass USD 70 billion by 2024.

Author NameSaif Ali Bepari