The increasing demand for commercialization of the next-generation 5G technology will propel Intent-based networking (IBN) market size. Given the extreme data speeds of the 5G technology, the commercialization will enable the service providers to launch several customized virtual private networks (VPNs) targeted toward specific applications and customers.
Additionally, intent-based networking technology allows the enterprises to have software defined control over many aspects of the network including the segmentation, content filtering, Quality of Service (QoS) and malware detection. This AI-based smart technology also allows enterprises to automate the configuration of these network devices according to the changing business objectives.
How will networking hardware segment perform during the forecast period?
Networking hardware segment is expected to grow at a CAGR of over 30% during the forecast timeframe . Networking solution providers foresee expansion of their support for 5G technology owing to the increase in data-centric applications. This will create immense demand for networking components such as routers and switches. Rapidly changing business requirements in accordance with technology change is slated to drive IBN market share from networking hardware segment.
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How will the cloud computing trend influence cloud deployment-based IBN market outlook?
The cloud deployment model is anticipated to achieve a steady growth rate of more than 32% over 2019-2025. The growth is mainly attributed to the growing adoption of cloud computing services across the enterprises. Network solution providers have been looking forward to developing cloud data center supporting IBN solutions that will accelerate the demand for cloud deployment model over the years ahead.
How will digitalization across SMEs impact APAC intent-based networking market forecast?
Enterprises across APAC region have been increasingly deploying NFV technologies to support rapid deployment of services and applications. The APAC intent-based networking market is projected to record a CAGR of more than 31% over 2019-2025, owing to the increasing digitalization across small and medium scale enterprises (SMEs). Growing deployment of virtual network across the region will further augment the product demand over the estimated timeframe.
Author Name : Amol Kothekar
Network as a Service market (NaaS) outlook is slated to demonstrate considerable transformation over the forecast years due to the rising demand for latest cloud-based services and integration of new technologies into business networks. Reportedly, enterprises had estimated in 2018 that they would invest on an average $3.5 million on clouds apps, platforms, and services in the year, suggesting the massive need for network products. NaaS has evolved to a new level with the proliferation of communication technologies and innovative cloud applications, driving the expansion of network as a service industry trends.
Europe Network as a Service (NaaS) Market Share, By Region, 2018
In order to keep pace with the competitive pressure of a rapidly changing network environment, service providers need to innovate promptly. Network services are not only providing business opportunity to IT & telecom segment but also encouraging customers to make the best possible use of the provider’s primary services. With rapid advancements in NaaS network services, businesses can easily eliminate all the hassle of maintaining and managing the network themselves.
To keep growing their market share, tech and telecom giants are extensively adopting network services to simplify their architecture through virtualization and incorporating disparate software solutions onto common hardware. In this modern era, the telecom sector is accelerating global presence by addressing customer needs to better serve an ever increasing population base. Consistent growth and enhancement of telecommunication services over the coming years will propel network as a service market size.
Telus, a Canadian telecommunications company, had unveiled its partnership with Nuage Networks in 2017 to initiate Telus NaaS, a software defined wide area network platform. Apparently, several other telcos like Telia, Telefonica, China Telecom and BT had teamed with Nuage for advancing and automating their WAN connections. The prevalence of such collaborations will impact the future of NaaS globally and will propel NaaS industry size in the years to come.
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In terms of the regional landscape, Asia Pacific NaaS market is expected to register a CAGR of over 40% from 2019 to 2025. Growing preference for cloud services and the need to lower operational costs can be accredited to the massive shift in business priorities. Subsequently, IT & telecom companies are opting for high-quality managed and security services to raise their business proficiency. NaaS industry in the region could reach a commendable presence across the tremendously large small and medium sized business environment in APAC.
Telecom sector throughout APAC has been leveraging new NaaS models and enjoying greater flexibility and agility in a quickly changing environment. In addition, several telecom companies have been encouraged to come up with innovative offerings that could potentially change network as a service market dynamics. In terms of the regional dominance, countries including China, Japan, and South Korea could lead other nations owing to the extensive deployment of NaaS platforms, driven by technologies like NFV and SDN.
Japan is ranked among the top Asian countries in terms of cloud readiness, network services and broadband quality. In 2016, NEC Corporation, a Japanese multinational provider of information technology services and products, had collaborated with Netrounds and other partners to accelerate agile deployments of assured network services to increase efficiency and reduce operational expenditures. Similar moves by telecom firms, domestically and internationally, would create tremendous demand for NaaS market players around the globe.
Adopting open and standard technologies like network service enables telecom companies to virtualize their networking solutions by recognizing more advanced ways to operate and manage their networks, with minimal or no dependency on underlying hardware. The variable network connectivity and cloud access through NaaS becomes equally vital for power redundancy and to provide security benefits as per Tier 3 data center specifications.
IT & telecom sector is seemingly a prime target for advanced and innovative strategies for improving network services, that would provide them with agility, flexibility, and facilitate efficient expansion with new application workloads. Upsurge in cloud-based services coupled with the augmented growth in data traffic is certain to fuel NaaS industry share. Global Market Insights, Inc. has projected that global network as a service market will surpass a valuation of USD 50 billion by 2025.
Author Name : Deeksha Pant
Rising demand for real-time rendering has created an expansive growth scope for 3D rendering market which has witnessed increasing investment in recent times. As technology advances and companies become increasingly digitalized, the complexity of the business process will also increase. To address these challenges, organizations are looking for more efficient, faster, and real-time rendering solutions, adding impetus to 3D rendering market trends.
Canada 3D Rendering Market Revenue, By Component, 2018 & 2025
3D rendering is the process of fabricating an image based on 3D data stored within a computer. As the construction and real estate industries are witnessing exponential growth, real-time visualization and use of 3D rendering software have become integral part of the designing process, offering huge efficiencies to architects and engineers.
Architects, engineers and designers use architectural rendering software to transform their ideas into real-time design by exploring multiple options. In architecture, three dimensional images offer architects to review interiors and construction decisions before starting the project. This results in dramatically lowering costs, as expensive changes do not have to be made during the construction stage. Customers also get to view what the building may look like, including its interiors, before investing in it.
The healthcare sector is increasingly adopting advanced technologies, such as 3D medical animation and virtual reality, to create patient-specific surgical replication and personalized 3D printed medical devices. 3D medical modeling helps to understand the functions of body parts, the support of veins to muscles, internal organs and their functions, and its consistent adoption is also likely to fuel 3D rendering industry outlook.
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3D biomedical image rendering provides a clear view of the complex process of the human body. By gathering data via 3D imaging from patients and integrating it with virtual rendering technologies, doctors are enabled to pre-plan the best approach for surgical intervention. 3D modeling platforms will allow medical scientists to generate high-quality models from complex data sets and integrate scan data with CAD product designs for research purposes and teaching. Deploying 3D rendering services in healthcare will positively impact the 3D rendering market share. As per Global Market Insights, 3D rendering market size from healthcare will grow at a CAGR of 25% over 2019-2025.
The gaming industry is expanding rapidly due to high internet connectivity and growing popularity of virtual reality games to bring immersive experiences to users. A trend has been witnessed where major gaming companies are investing both time and capital to provide their customers with the most absorbing gaming experience. Mounting developments in interactive graphics software, especially in the gaming industry will augment 3D rendering market share.
3D rendering industry is also gaining significant momentum from the growth of automotive industry and rapid growth of emerging economies of Asia Pacific region. In Asia Pacific automotive industry, 3D product modeling has gained momentum, as it helps to minimize the time associated with end-product development and allows designers to visualize the product and test it thoroughly before it is built. The mounting growth of the automotive industry has resulted in the adoption of 3D visualization and rendering services to save both time and cost associated with the manufacturing of a vehicle parts.
Asia Pacific 3D rendering market is estimated to grow at a CAGR of over 24% over 2019-2025. Rapidly expanding urbanization and industrialization will play crucial roles in the growth of 3D rendering industry.
Product marketing has been revolutionized by the advent of 3D rendering services. Marketers of hardware products have always been placed in a challenging position when it came to communicating functions, value and differentiators of their product. The challenge has been almost insurmountable for startups due to their tight marketing budgets. However, 3D rendering of products has helped in greater engagement of consumers on limited marketing expenditure. 3D rendering industry is expected to record 23% CAGR over 2019-2025 from product design & modeling segment.
As 3D visualization is becoming a crucial part in various industries including architecture, IT, healthcare, gaming, etc., 3D rendering market is projected to witness exponential growth over the forecast timeline.
Author Name : Aakriti Kakkar
Wireless LAN controller market is estimated to exceed USD 3 billion by 2025, owing to the increasing business need to manage widespread and intricate LAN infrastructure along with the surging acceptance of cloud-based WLAN controllers for managing network devices. Increasing Bring Your Own Device trend, which necessitates the presence of robust network security in enterprises, will drive WLAN controller market growth through 2025. The rising need for integrated connectivity and security for mobile clients also impacts WLAN controller market trends.
APAC Wireless LAN Controller Market Size, By Region, 2018 & 2025 (USD Million)
In terms of the application landscape, wireless LAN controller market is bifurcated into government and public sector, IT and telecom, healthcare, BFSI, manufacturing, transportation & logistics, retail, and others. The retail segment is anticipated to exhibit substantial growth between 2019-2025, primarily fueled by surging acceptance of latest technology by the retail sector to offer better customer experience and convenience. The constant increase in the number of retail companies across the globe will further advance WLAN controller market size. For instance, Aldi, supermarket chain with over 10,000 stores in 20 countries, has recently declared plans to open a new store in Chattanooga city, Tennessee, USA this fall.
WLAN controller market size from the BFSI segment is projected to witness modest growth in the foreseeable future, attributed to high adoption of digital platforms, workforce mobility trend, and increasing network complexity. The growing use of network devices and smartphones has burdened network administrators with complex network management tasks, resulting in the adoption of wireless LAN controllers by banking & financial institutions, for optimizing networks and boosting performance.
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The establishment of new financial institutions and technological enhancements in Wi-Fi technology along with the fast-paced expansion of Wi-Fi market will elevate the revenue share of WLAN controller market from BFSI applications. For instance, HSBC, a renowned multinational banking and financial services company, has recently declared plans to open fifty new retail branches in the United States where it previously had no existence. Reportedly, this move is a part of British banking behemoth’s plan to expand services to newer geographies with no prior foothold.
The rapid upsurge in digital data has led to the introduction of AI in BFSI market, which has positively impacted wireless LAN controller market share. Financial enterprises are leveraging artificial intelligence technology to gather, analyze, and report huge chunks of data to retrieve actionable insights regarding customers to serve their requirements better. Expanding artificial intelligence market size, owing to surging adoption across automotive, manufacturing, retail, healthcare, media & advertising, agriculture, and BFSI, would push network management requirements, thereby propelling WLAN controller market size over the future.
Rising urbanization and commercialization, especially across developing nations, will impact the industry growth. According to a report published by Our World in Data website, approximately 4 billion individuals resided in urban areas, whereas 3.4 billion individuals resided in rural regions, in 2016. Over the last 50 years, the share of people living in urban areas more than quadrupled in Nepal and Mali, and more than tripled in Nigeria and Kenya. By 2050, the global population is projected to reach 9.8 billion, and it is anticipated that the number of people living in the urban area (6.7 billion) will be double of that in the rural area (3.1 billion).
Growing urbanization and commercialization directly influence infrastructure development, healthcare, IT and Telecom, retail, manufacturing, transportation, BFSI, and various other sectors. As these sectors are the leading consumers of wireless technology, they are projected to support WLAN controller market share over the future. Expansion of the enterprise wireless local area network market is also bound to fuel WLAN controller market growth.
The increasing number of efforts by major companies present in wireless LAN controller market, to gain a competitive edge, will substantially fuel market share. Many organizations are taking huge steps towards innovation and new product development, to accelerate the shift towards cloud-enabled network services and ensure enhanced management & security of wireless LAN solutions. Global Market Insights, Inc. claims that large enterprises will accrue over 55% of wireless LAN controller market share through 2025.
Author Name : Nikita Chaurasia
Owing to the rising deployment of LPWA technologies, including LTE-M, NB-IoT, and LoRa, low power wide area network (LPWAN) market share is witnessing an increased traction in the recent years. Interestingly, LPWAN networks have emerged as popular choice among enterprises to support various IoT use cases and solutions for business sectors such as agriculture, manufacturing, logistics, and healthcare, among others. Enumerated below are three major factors that are shaping the growth prospects of LPWAN market.
Europe Low Power Wide Area Network (LPWAN) Market Share, By Platform, 2018
Increasing investment by telecom operators in laying NB-IoT and LoRaWAN networks across various cities is benefiting the overall LPWAN industry size
- In 2018, the British telecom operator Vodafone announced NB-IoT network expansions in Spain and Germany, with ambitious plans to double the size of its NB-IoT footprint in Europe by the end of this year.
The NB-IoT network of Vodafone was deployed across Madrid and Valencia in 2017 in a number of verticals such as retail, electricity, agriculture, waste management, and smart city services. This technology has now been expanded to all localities in the cities of Seville, Malaga, Bilbao, and Barcelona, covering a population of about 25,000.
- In 2016, South Korea’s national telecommunications operator SK Telecom joined hands with semiconductors manufacturer Semtech Corporation to roll out LPWAN network across the nation. Additionally, the operator had also declared that it plans to provide 100,000 LoRa devices free of cost to its customers as part of its ‘Partner Hub Program’.
This program has apparently played a vital role in scaling the development and deployment of LoRa devices (based on IoT solutions) and has been of immense significance for expanding the South Korea LPWAN industry size.
- Digital Catapult, the UK’s foremost agency for adoption of digital technologies, announced in 2016 that it is working closely with British telecom firm BT and a few educational institutes to boost the IoT network in London. To that effect, the company launched Digital Catapult Things Connected which will provide about 50 LoRaWAN base stations situated across London – an effort to establish the UK’s largest IoT LoRaWAN network.
Needless to mention, this network and support program will provide an opportunity to digital start-ups and small and medium-scale enterprises to use IoT and drive innovation across London.
Apart from massive expansion programs and large-scale investment, the use of licensed spectrum enables the telecom operators to provide customers with the same levels of security as its LTE network. This makes it immune to disruptive and alternative technologies, essentially opening up numerous business opportunities for LPWAN market players.
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The rise in industrial IoT connections is favoring the growth prospects of LPWAN industry
Besides the rising volume of investment by telecom operators, the increasing prominence of industrial IoT market in various business verticals – especially the manufacturing sector – has invariably led to an escalation in the demand for LPWA technologies. This momentum is expected to remain consistent in the upcoming years as the industrial IoT connections are slated to increase by about five times by 2025.
In fact, the German wing of PwC released its findings last year of what the firm expects of the impact to be created by industrial IoT in the German manufacturing sector. Apparently, these findings note that about 90 percent of the respondents are investing in digital factories and a lot of these companies expect a 12 percent efficiency gains over the next five years owing to industrial IoT. Unsurprisingly, these statistics present an optimistic picture of the adoption of industrial IoT solutions, which will consequentially assist the regional LPWAN industry in reaching out to a new base of customers in the times to come.
The advent of 5G technology and its impact on LPWAN market share
One of the major factors fueling the commercialization prospects of LPWAN industry is the steady increase in the volume of investment pertaining to 5G technology. In this context, it is important to take note of the fact that the mobile IoT technologies, such as LTE-M and NB-IoT, offer a cost-effective wide area coverage while ensuring the success of 5G network deployment.
The 5G technology would enable major telecom firms across the globe to provide high connectivity to support numerous IoT use cases. Taking this factor into account, various telecom firms including Orange, Vodafone, and Airtel are deploying licensed cellular LPWAN as a prominent component of their 5G development strategies.
In a nutshell, the increasing volume of investment by telecom firms in expanding the NB-IoT and LoRaWAN networks, the advent of 5G technology and its development, and the rise in industrial IoT connections has been fueling LPWAN market share. As per a research report by Global Market Insights, Inc., LPWAN industry size is slated to exceed USD 65 billion by 2025.
Author Name : Saif Ali Bepari
As organizations embark on their digital transformation journey, the global digital twin market size is showing a consistent increase in consort with advancements in the Internet of Things, cloud, machine learning, artificial intelligence, and Industry 4.0 technologies. Digital twin market trends are primarily driven by the technology’s ability to dramatically enhance product performance while mitigating the risk and cost of new product introduction. Additionally, this newfangled technology can boost product realization time by eliminating some of the most time-consuming aspects of real-world product development.
Germany Digital Twin Market Revenue, By Application, 2018 & 2025 (USD Million)
With the rapid proliferation of the Internet of things, a slew of opportunities are knocking the doors of leading players operating in the digital twin market space. Moreover, with digital twins, it is possible that the data which is transferred between blocks can be highly protected and made universally transparent through the blockchain paradigm, thus inspiring global digital transformation. Speaking of the future outlook of this industry, digital twin market statistics by Global Market Insights, Inc.. indicate that the industry valuation is projected to exceed USD 20 billion by 2025.
The fields of application for digital twins are diverse and not confined to a specific domain or industry. Having said that, digital twin market analysis reports claim that automotive, manufacturing, energy & utility, healthcare, aerospace and defense, infrastructure, retail, and consumer goods are the leading end-users of this unconventional technology.
A brief overview of the latest digital twin market trends:
- In a bid to create solutions for a better future, the healthcare market has lately become a leading contributor to the digital twin industry revenue. The increasing use of machine learning in medicine and augmented and virtual reality in healthcare market for streamlining hospital processes & operations, augmenting customer experience, and generating real-time analytics, has fueled the demand for digital twins in the healthcare domain. For instance, efficient data entry and location of assets can speed up the patient admittance procedure and save significant waiting time.
- With the advent of Internet of things, there has been a rapid increase in smart construction and connected spaces. Digital twins are these days deployed in connected buildings to stimulate building settings based on historical data to detect changes in the design of the building, as well as locate rooms that are wasting power or are rarely used. As smart construction becomes more popular across global economies with growing disposable incomes, the digital twin industry size is slated to rise significantly.
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3 Biggest business challenges digital twin can overcome:
- Accurate inventory to avoid overstocking:
The global inventory management software market space has lately been brainstorming the possibilities of digital twin to reduce cost and revenue leakages, for gargantuan warehouses and supermarkets, where managing optimum inventory level is the biggest challenge. Digital twin market analysis suggests that the availability of real-time consumption data can lead to a quicker replenishment of supplies and avert over-inventorying, which can cause product spoilage. Hence, the fast-paced adoption of digital twin in the inventory market offers lucrative growth opportunities for the digital twin industry.
- Addressing the shortcomings of aerospace fleet management:
Some of the biggest challenges in fleet management in the aerospace industry are poor data integrity, slow turnaround time, aging systems, high maintenance costs, and antiquated manual processes. The utilization of digital twin is poised to bring about a paradigm shift in the traditional approaches, by filling the gap amid the physical and the digital worlds. This innovative technology can offer predictive and prescriptive analytics which can reduce unplanned downtime for engines and cut maintenance, repair & overhaul costs, thereby enhancing fleet performance.
- Amplifying testing & product development capabilities:
Digital twins can potentially help industries in reducing product development and testing expenses. Companies depending heavily on destructive testing for developing products can use the virtual replica of the real-world scenario for significant portion of the product testing. Say for example, automotive industry can employ digital twin for crash testing prototype vehicles. Likewise, enterprises creating giant models and prototypes for feasibility analysis can save money with digital twins during product development. Digital twin market is slated to advance at a rapid pace in the coming years, given the above backdrop.
Currently, the term digital twin looks like a future concept surrounded by a lot of marketing hype from some top-notch technology companies like Amazon, Microsoft, IBM, and the like. But, considering the unparalleled growth of the digital twin market share in recent years, it can be alleged that this disruptive technology will ensue a broad and deep impact on a plethora of industries in 2019 and beyond.
Author Name : Nikita Chaurasia