Integration & Maintenance
Unveiling the application terrain of SD-WAN market: escalating demand from the manufacturing sector to drive the industry landscape over 2019-2025
The SD-WAN market has lately been growing at a significant pace, characterized by the robust adoption of these solutions across a spate of industry verticals, given their ability to help organizations regarding their legacy infrastructure maintenance. The traditional infrastructure of WAN is known to rely extensively on costly hardware appliances for providing connectivity in remote locations. However, organizations have now been able to reduce those expenses by deploying SD-WAN solutions. Moreover, the solutions also assist enterprises in directly connecting remote users and devices to the cloud and ensuring secure connections.
North America SD-WAN Market Revenue, By Application, 2018 & 2025 (USD Million)
SD-WAN solutions also provide the companies with improved network visibility, and help in reducing network complexities of managing dynamic workloads. By utilizing SD-WAN solutions, organizations can benefit from cost reduction and secure connections, which in turn will propel the commercialization landscape of SD-WAN market in the years to come.
The penetration of smart IoT devices in varied industry verticals, including retail and consumer goods, telecom, manufacturing, and healthcare has substantially increased security risks and network complexities. SD-WAN solutions play a vital role in this context, given that they help improve network visibility for the management of connected devices for reducing security risks, and address the complexities of the IoT infrastructure. The prevailing AI-enabled SD-WAN solutions would also boost the demand for SD-WAN as machine learning algorithms are broadly utilized for WAN optimization. This would further enable network administrators to analyze WAN traffic and re-route the same, automatically, for the selected connection. The capability of SD-WAN has thus proved useful across a spate of verticals, expanding the application scope of the global SD-WAN industry, a gist of which is given below:
In the recent times, some of the biggest banks across the global industrial cosmos have cropped up as leading financial organizations which provide a wide range of services to international markets, and control billions of dollars in assets and cash. Financial service firms have been relentlessly working to capture new market opportunities, implement innovative strategies, develop customized services, and identify new business niches.
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This sector, in the years to come, is anticipated will become even more complex with further diversification, deregulation, consolidation and globalization of the financial industry. Irrefutably, this complexity in the BSFI industry can be effectively addressed only by deploying SD-WAN solutions, which will augment the SD-WAN market share from BFSI applications in the coming years. Of late, the modern banking industry is also remnant of extensive diversification, as is observed by the penetration of some select banks in the domains of core investments, security underwriting, insurance, and portfolio management. With banks and other financial institutions widening their service portfolios, working to evolve as vital entities in the global business landscape, SD-WAN industry size from BFSI applications is expected to surge massively, given the humongous demand for these solutions to reduce complexity and costs.
The manufacturing sector is anticipated to emerge as one of the most profitable application avenues for the global SD-WAN market. Undeniably, this growth can be credited to the surging popularity of IoT platforms deployed in manufacturing industries. With more and more smart devices and sensors being incorporated in manufacturing facilities, companies are, quite overtly, demanding accurate solutions that are able to deliver exceptional network visibility for end-point management.
Driven by the fact that SD-WAN solutions help manufacturers prioritize network traffic and simplify network management, in a bid to make sure that crucial applications obtain access to the required connection, the manufacturing sector is touted to majorly contribute toward the expansion of SD-WAN industry. As the deployment of more and more communication technologies and IoT devices in the manufacturing industry increases, the demand for SD-WAN solutions will naturally depict an upsurge, propelling SD-WAN industry size from manufacturing applications. As a matter of fact, Global market Insights, Inc., claims that software-defined wide area network market share from manufacturing applications will depict the highest CAGR of more than 60% over 2019-2025.
Retail and Consumer Goods
Retail enterprises using SD-WAN are naturally equipped with the capability to supplement and expand their backbone connectivity, with more options available in a particular location, ranging from broadband to LTE. Along with making the process of adding bandwidth in a site easier, SD-WAN manages conditioning and prioritization of traffic, for improving application performance even further – a major parameter of concern in the retail industry that has been undergoing an extensive digital transformation of sorts.
In the 2017 Cloud and Network Benchmark of Nemertes Research, which involved 625 organizations, it was stated that over 50% of more successful retailers have started deploying SD-WAN, in contrast to the 10% among the less successful ones. As retailers intend to eliminate unnecessary capacity and functionality expenditure, they have been demanding WAN solutions that can accurately leverage NFV and SDN to run on generic hardware and deal with flexible deployment of capacity and functionality. This would substantially augment the requirement of SD-WAN solutions in the retail sector, that secures service continuity via myriad techniques – right from traffic replication spanning multiple paths to sub-second traffic cutover from a failing to a healthy link, thereby propelling SD-WAN marker share from the retail and consumer goods sector.
Endorsed by a mammoth application terrain, the global SD-WAN market is expected to traverse alongside a highly lucrative remuneration graph in the ensuing years. As per estimates, the valuation of the overall SD-WAN market would cross a colossal US$17 billion by 2025.
Author Name : Saurav Kumar
GPU market to garner extensive proceeds from gaming applications, global industry remuneration to hit a coveted $80 billion by 2024
The rapidly growing adoption for high-precision, graphics-oriented applications in the automobile and healthcare sectors is certain to fuel GPU market growth in the forthcoming years. GPUs have become an essential part of today’s mainstream computers and mobile devices and have been characterized by remarkable advancements with respect to performance and capabilities. The product successfully offers added support for analyzing complex datasets in a quick manner and is increasingly gaining traction in almost all consumer electronics straight from laptops, PCs and smartphones to car infotainment systems and latest digital systems.
Asia Pacific GPU Market Revenue, By Region, 2017 & 2024 (USD Million)
With the growing adoption of IoT devices that gather huge amounts of data which needs to be monitored and analyzed, the demand for high-end computing systems has effectively increased in the automotive sector. Reports suggest that the GPU market will amass quite some returns from the automotive sector owing to an increase in the use of GPUs to accelerate engineering and design applications. As the automotive industry is focusing on developing new vehicles with enhanced design & functionality, GPUs have found applications in CAD/CAM software. With the rising demand for these software increase, the GPU market is expected to witness an accelerated growth rate in the years to come.
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Another application vertical that will help propel GPU market is healthcare, owing to the demand for precision medicine and value-based healthcare. Real-time data has become more vital for healthcare organizations as clinicians seek more accurate information for diagnosing patients during their initial visit. Reports claim that healthcare providers and life science firms are among the 92% of the cross-industry organizations that plan to invest in near real-time big data analytics applications in the future. For instance, in April 2018, tech giant Google announced plans to reinvent the healthcare industry of U.S. with a focus on big data and AI. The company is reportedly using its know-how in AI to create a new system for the detection, diagnosis, and treatment of diverse diseases, that certainly will require GPUs for processing complex data, further augmenting the growth of the GPU industry.
Irrefutably, the gaming domain will be one of the most proliferating end-use sectors of the global GPU market. Mobile gaming is currently acknowledged as one of the fastest growing segments in the game industry – indeed, mobile users demand more immersive, connected gaming experience which provides high-resolution visual graphics and high-fidelity audio. Growing penetration of smartphones and tablets is also fueling the growth of the gaming industry. For instance, according to the ESAC Report 2018, in Canada around 80% users view video games as mainstream entertainment. Furthermore, reports from the Germany Trade & Invest cite that, in Germany, personal computers (PCs) stand as the most preferred gaming platforms with around 18.4M active users, followed by smartphones (17.2M), consoles (15.6M), and tablets (11.5 million).
The rapidly growing use of gaming devices and the paradigm shift towards online gaming are bound to upsurge the demand for high-end graphic processors to support gaming applications. As per estimates, the gaming sector is anticipated to hold a major share of 34% in the GPU market by 2024.
Some of the most preferred brands that have made a mark in the GPU industry include Nvidia, AMD, Intel, Microsoft, Google, IBM, PTC, Qualcomm, and S3 Graphics. GPU chip makers have been making heavy investments in addition to forging partnerships for developing new and better performing products. For instance, in January 2019, Nvidia announced its partnership with luxury carmaker Mercedes-Benz to develop a new automotive AI platform that could effectively offer control to the automaker’s electronic gears equipped in its new car segments.
Author Name :Mateen Dalal
APAC enterprise networking market to register the fastest CAGR over 2018-2024, escalating switch sales to characterize the industry landscape
The rapidly growing demand for connected devices across the globe is one of the pivotal factors driving enterprise networking market, given that these devices help facilitate real-time communication. In an effort to cope with and overcome the rapidly rising bandwidth bottleneck & network traffic issues, organizations worldwide are embracing network management solutions that keep the traffic flowing while also ensuring network security. The exponential surge in the number of IoT-enabled devices has drastically increased security risks, on the grounds of which organizations are rolling out enterprise network security solutions to obtain visibility of endpoints and unsecured applications & devices.
Europe Enterprise Networking Market Size, By Product, 2017 & 2024 (USD Million)
According to a 2018 Enterprise Networking Trends report by Cisco, the company in 2017 had redefined networking with the launch of the first intent-based networking system in the world. The company anticipates that going further, intent-based networking would be the future of networking and would also be responsible for fundamentally changing the way companies think about networks & empowering IT and help the firms with disruptions caused by IoT & cloud.
Enterprise networking market trends are also expected to witness a transformation on account of changing customer preferences toward converged network architecture as well as the network virtualization technology to strengthen the network functions. Shifting user inclination has further enabled organizations to enhance network efficiency at reduced operational costs, which would provide renewed growth prospects for enterprise networking market.
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Unveiling Asia Pacific enterprise networking market trends:
APAC enterprise networking market is primarily driven by the large-scale adoption of cloud-based infrastructure in the region as the organizations are actively transferring their workloads onto the public cloud. According to a report by the not-for-profit organization, Cloud Security Alliance (CSA), in APAC, Japan, South Korea, Singapore & China are some of the primary nations that have witnessed the highest cloud adoption rate in 2017. The rising prominence of the cloud computing environment has further enabled network architectures that are disparate in nature to contribute to the increasing operational burden. These circumstances have led to a significant rise in demand for virtualization technology which makes the computing environment more agile, effectively addressing the growing network demands.
According to a research report by IT security company, Barracuda Networks, approximately a third of enterprises in the APAC region have already rolled out SD-WAN on a majority of their sites, while more than 55% organizations in the region are in the process of adopting SD-WAN. Propelled by the robust deployment of advanced networking solutions, APAC enterprise networking market is expected to depict the fastest growth rate of 8% over 2018-2024.
Analyzing enterprise networking market trends in terms of switch sales:
In an effort to keep up with the rising need for organizations to facilitate secure & real-time communications while effectively managing network traffic & bandwidth bottleneck issues, enterprises heavily rely upon high-speed ethernet switches. Switching is a crucial networking technology that is used across several organizations’ premises to construct their local area networks (LANs) and also across vast distances to facilitate wide area networks (WANs) making switches one of the most widely used networking equipment across the world. According to a 2017 annual report by Cisco Systems, the company witnessed a 5% increase in revenue (approximately $452 million) from the sales of LAN fixed-configuration switches. The increase in the revenue was primarily due to the boost in sales of the company’s Nexus & Catalyst series of switches.
According to a 2017 report by Forbes, in 2016 Cisco System’s network switches division was responsible for approximately 40% of the product sales, representing more than 30% of the company’s net revenue. Switches, having accounted for more than 25% of the enterprise networking market share in 2017, are expected to continue adding momentum to the industry growth, given the surging demand for high-speed data services that has fueled the adoption of network switching technology.
Attributing to the increasing network capacity needs across several global enterprises, the growth graph of enterprise networking market is projected to witness an exponential incline in the years ahead. According to Global Market Insights Inc., enterprise networking market size is expected to be pegged at a mammoth $90 billion by 2024.
Author Name : Akshay Kedari
Private LTE market to procure extensive proceeds from the energy sector, surging product adoption by telecom service providers to stimulate the industry growth
The increasing importance imparted to network stability & wireless communication to speed up network capability has been stimulating private LTE market share. Nowadays, private LTE is used extensively for numerous beneficial purposes such as real-time monitoring, geo positioning activities, in the mobile devices, energy utilities, telecommunication applications, and automotive equipment. The rapid acceptance of long-term evolution (LTE) for high-speed wireless communication across numerous industrial sectors has been encouraging companies in private LTE market to adopt LTE network connectivity.
Europe Private LTE Market Revenue, By Infrastructure, 2017 & 2024 (USD Million)
Over the last few years, most of the mobile network providers have shifted to LTE services from 2G and 3G coverage to improve existing communications. The surging digitalization and modernized mobile services have also substantially enhanced data services. Recently in India, the nation’s largest telecom company, Airtel has decided to switch to LTE network services to boost data speed. This move will turn out to be rather beneficial for Airtel as it already has a widespread, far-reaching network coverage. The shifting focus of telecom service providers to LTE to phase out older networks is slated to fuel private LTE industry share.
Taking into account the network benefits of high-speed data services, most of the energy companies have been signing deals with wireless network providers that will have a positive influence on the product demand. For instance, a month before, the Brazilian power distributor, Elektro collaborated with Nokia for deploying a private LTE network in its City of Atibaia based electric grid. The deployment of LTE services is slated to help improve the efficiency and reliability of the electric grid that has been serving approximately more than 75,000 business and homes. Through this network, it is also possible to operate smart meters, grid equipment, substation and distributed energy generation sources.
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Such strategic deals will help players in the private LTE market strengthen their customer base and diversify the traditional telecommunication practices. The surging adoption of digital technologies such as IoT and machine learning will thus further propel the use of private LTE service in the energy sector. For the record, as per estimates of Global Market Insights, Inc., private LTE market from energy applications is slated to depict a commendable CAGR over 2018-2024.
In order to achieve a dominant stance in the market, telecom firm Nokia has also lately been adopting myriad business tactics. Recently, it has collaborated with China Unicom to deploy a private LTE network at BMW Brilliance Automotive Ltd plant based in the Liaoning province. With the use of private LTE connectivity, BMW can carry out smart manufacturing activities and ensure communication for critical applications including video surveillance, object tracking, and analytics at the plant.
The integration of private LTE network in the enterprises to secure data and voice communication, wireless video communication, ensure indoor investigation, and inspect the production line maintenance is slated to fuel the product demand over the years ahead. Heavy investments to develop digitalized, modern factories with a secured and transparent work culture will further propel private LTE market share considerably.
The emergence of LTE connectivity has also turned out to be rather useful for maintaining peace across the globe. That is to say, the UN (United Nations) has been working continuously to resolve the several global issues for which it has been using LTE network for providing critical communication capabilities. Peacekeeping troops are able to effectively use this LTE network for secure, stable, and future-proof broadband services while operating through the tough geographic terrain. Currently, UN is working on fourteen peacekeeping operations across the globe and it is planning to establish high-speed LTE networks by 2019 to accelerate the communication throughout the missions.
Substantive use of LTE connectivity for ensuring digital and standardized work output in the industrial as well as the defense sectors is likely to propel the product demand over the years ahead. On-going changes in the telecommunication technologies to enhance the network connectivity will further stimulate the industry trends. As per estimates, with the surging acceptance for network connectivity across various application sectors, private LTE market is poised to surpass a revenue collection of USD 11 billion by the end of 2024.
Author Name : Sunil Hebbalkar
Unveiling mobile mapping market trends in terms of the strategies undertaken by competent industry players: escalating development of software-assisted solutions to stimulate product demand
The increasing importance for geospatial technologies for visualizing and analyzing geospatial data has stimulated mobile mapping industry trends. The advent of new technologies such as Lidar, AI, and IoT has also significantly transformed mobile mapping technology over the last few years. With more innovations across this technology, it has become easier and effective to carry various tedious projects like urban development, rail-road creation, and power plant construction across inaccessible areas. Thus, the increasing use of this technology to survey numerous mobile platforms is poised to propel mobile mapping industry share.
U.S. Mobile Mapping Market Revenue, By Component
The involvement of companies in novel product development activities for high efficiency and productivity will have a notable impact on the business over the years ahead. In the last few years, companies have come up with a diverse set of products that can deliver remarkable benefits to users and asset owners. Validating the aforementioned fact, in February 2018, the California based software development company, Trimble developed a next-generation mobile mapping system, which has been designed with multi-camera imaging, mobile lidar system, and field software. This newly launched Trimble MX-9 mobile mapping technology has the capability to capture 360-degree immersive geo-referenced imagery with the help of already installed laser scanning sensors, GNSS technology, and spherical camera. The improved accessibility of such newly developed mobile mapping devices via smartphones and tablets will augment the growth of mobile mapping market.
Speaking more about the recent advancements, it is prudent to mention that 3D mobile mapping is also one of the latest developments in geospatial technologies that helps users to record, measure, visualize, and understand environments. The advent of 3D mobile mapping has overcome the limitations of conventional mobile mapping systems and helps to carry out a detailed visualization of climatic conditions. In 2018, a German company which develops software and hardware to navigate, map, and digitize the indoors, NavVis made it to the headlines for generating a fully integrated product for indoor mapping aided with six cameras. NavVis has developed this product in accordance with customers’ request to have sophisticated and more versatile systems. This product is likely to prove beneficial for the end-users like construction product manufacturers, construction companies, and AEC (architecture-engineering-construction) professionals to generate high-quality data owing to its capability to capture immersive imagery.
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The increasing importance for geospatial technologies has also been encouraging the players in the mobile mapping market to carry out vigorous research and development activities for capturing more business space. For instance, the Italy based SITECO Infomatia SRL has been proactive in developing varieties of products from road-scanners to pave-scanners. In 2018, it has launched software assisted mobile mapping devices. The integration of software and LiDAR system has helped the company to enhance the performance of mobile mapping platform. The widespread availability of multi-scanners and high-performance mobile mapping platforms is slated to propel the industry growth over the years ahead.
In addition to higher performance, cost-effectiveness is also one of the major factors promoting mobile mapping market size. As of now, Google is one of the leading contributors of navigation applications, but due to rise in subscription amounts for accessing its Google Maps, other contributors in mobile mapping market have been able to race ahead with the launch of low-cost navigation features. For instance, a few days before, a digital mapping company, TomTom has started offering free software development kits to Android and iOS users to access maps and traffic information for free. Such initiatives will help IoT companies and autonomous vehicle manufacturers to load the traffic and routing data free of cost.
The advancement in consumer electronics and shifting trends toward the deployment of autonomous vehicles for the betterment of the environment will have a positive influence on the mobile mapping industry share. As of now, most of the automotive companies have been involved in the development of highly modernized infotainment systems for improving the driving experience that is likely to enhance the product demand. In accordance with the expanding end-use sectors, the strategies adopted by the key player will help them to strengthen their business position over the years ahead. Reportedly, driven by new product launches, mobile mapping market will generate a revenue more than USD 40 billion by the end of 2024.
Author Name : Sunil Hebbalkar
On-board diagnostics (OBD) aftermarket to be driven by a stringent regulatory landscape, global industry to chronicle itself in the billion-dollar business sphere by 2024
Powered by a strict regulatory frame of reference formulated to control vehicular emissions, on-board diagnostics (OBD) aftermarket has emerged as a highly lucrative business sphere over the last few years. Lately, many regulatory bodies have established emission control facility centers to resolve the issues related to the effective working of OBD. In the U.S. specifically, the National Center for Automotive Science & Technology has established the National OBD Clearinghouse for facilitating the understanding of the on-board diagnostics technology, for which U.S. Environmental Protection Agency (EPA) has even provided a grant. In order to comply with the Clean Air Act, EPA has been encouraging people to conduct vehicle maintenance and inspection that will ultimately control the vehicle emission. As of now, a majority of vehicles are incorporated with the OBD technology for meeting the national air quality standards.
Europe On-board Diagnostics (OBD) Aftermarket Share, By Application, 2017
The OBD system is one of the integral parts of the electronic control unit (ECU) and is used for diagnosing and repairing vehicle subsystems and rectifying the malfunctions associated with the systems. The integrity of the emission control unit is maintained with the help of external tools that re-flash and re-configure the vehicle emission parameters. The increasing use of external vehicle diagnostic tools to maintain the shelf life of the vehicle is slated to propel on-board diagnostics (OBD) aftermarket considerably.
Taking into account the strict regulatory norms formulated to curb and monitor vehicle emissions, many diagnostic equipment providers are currently developing new OBD tool facility centers to check problems associated with the engine. For instance, in 2017, the leading suppliers of test equipment and diagnostic reporting for the automotive aftermarket, Innova Electronics Corp launched a modern on-board diagnostic tool line which is totally featured with its newly invented products that will be helpful for excellent diagnostic reporting.
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The advent of a new range of technologies including cloud computing, Internet of Things (IoT), and smartphones have also had a remarkable influence on the on-board diagnostics aftermarket. In line with the recent product launches, many on-board diagnostics (OBD) aftermarket contenders have been developing new product portfolios comprising the modern technology aids. It has become very easy now for the vehicle owners to calibrate their vehicles’ emission control unit. Recently, one of the leading players in on-board diagnostics aftermarket, Verizon has launched a next-generation aftermarket vehicle diagnostic service device that works just by plugging into vehicle’s OBD computer port. As soon as it does, it connects to the OBD system of the vehicle and notifies the driver about any maintenance issue. In addition, Verizon has incorporated a smartphone software application as well as GPS technology that will help to resolve the mechanical issues in case of an emergency.
Though the government has mandated the deployment of vehicle health monitoring facilities, many vehicle owners are disabling and tampering on-board diagnostics and pollution control systems. They have also been tampering with laboratory test results and are bypassing emissions around monitoring devices. In U.S., the criminal office of the Environmental Protection Agency (EPA) and the Department of Justice (DOJ) in fact, had sued the employees of Rockwater Northeast LLC which provides operational services across oil and gas sector. The employees of this hydraulic fracturing firm had modified the OBD system and emission control unit of the company’s heavy-duty diesel trucks. This strict stand taken by the regulatory bodies for the infringement of Clean Air act has depicted the significance regulations have on the North America on-board diagnostics aftermarket industry growth.
The significant benefits associated with the deployment of on-board diagnostics system to improve air quality through vehicle maintenance and inspection is slated to fuel the product demand across the globe. The installation of vehicle health inspection systems ultimately helps the owners to maintain the vehicle before it violates the air quality standard set by the government. In this regard, many vehicle owners have been implementing OBD systems to monitor and maintain their vehicles which will favorably stimulate on-board diagnostics aftermarket industry size over the years ahead. For the record, driven by a strict regulatory frame of reference, the overall on-board diagnostics (OBD) aftermarket will surpass revenue collection of USD 1.5 billion by the end of 2024.
Author Name : Sunil 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
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
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 Name : Saif Ali Bepari