Sensors

APAC to emerge as a major regional ground for electronic stability control system market

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Electronic stability control system market trends are poised to gain immense momentum over the forecast years, owing to rise in fatal car crashes and serious vehicle accidents causing large-scale damage to the masses. Since the last few decades, the automotive industry has shifted its focus towards implementation of more active safety features like traction control system and antilock braking system which reduce the chances of crashes to a large extent during acceleration and in harsh driving conditions. This increasing demand to improve transport efficiency has undeniably impelled the expansion of the electronic stability control system market size.

India electronic stability control system market size, by vehicle type, 2018 & 2025 (USD Million)

India electronic stability control system market size, by vehicle type, 2018 & 2025 (USD Million)

Commercial vehicles are consistently becoming the leading mode of road transportation in the Asia Pacific region. As compared with other transportation vehicles, commercial vehicles exhibit greater safety risks and several performance limitations because of their features including unstable roll motion at higher speeds and poor maneuverability at low speeds. With the advent of the electronic stability control in cars, next-gen driver assistance concepts have taken root, and have played a significant role in contributing towards increasing safety on the roads.

A 2018 report by the U.S. National Highway Traffic Safety Administration (NHTSA) suggests that with the introduction of electronic stability control (ESC) systems, there has been a considerable reduction in passenger vehicle crashes by 34% and SUV crashes by 59%. ESC systems also substantially reduce rollover accidents. Nowadays, commercial vehicles are already incorporated with ESC systems and these vehicles are specifically designed to mitigate understeer and oversteer conditions as well as reduce untripped crashes.

The Asia Pacific market is likely to emerge as a strong contender due to increasing implementation of road safety gears and the design and development of vehicles equipped with safety features. According to International Organization of Motor Vehicle Manufacturers, in 2018, India had witnessed 8% growth in automobile production. China is also a prominent automotive market, the expansion of which will augment APAC ESC market outlook in the forecast years.

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Of late, India-based multinational automotive manufacturing companies have been working to launch medium and heavy commercial vehicles with electronic stability control with an aim to make Indian roads safer and more secure. The growing adoption of ESC systems and increasing number of safety innovations in several vehicles will further strengthen the regional ESC industry size.

The robust implementation of the intelligent vehicle systems in the automotive sector has enhanced safety protocols while driving and has created an efficient transportation system for vehicle users. From high-tech sensors to vehicle roll rate sensors – everything is being implemented by the manufacturers in the latest vehicles to maintain the stability of the vehicles and reduce any kind of mishap in the future.

In order to fortify their stance in ESC industry, several companies are adopting different growth strategies to move ahead of their rivals. In June 2019, ZF Friedrichshafen, a German car parts manufacturer and partner 2GetThere had launched autonomous shuttles in the Middle East and Europe. The main aim of the company is to improve vehicle handling, reduce motion sickness and deliver safe, clean transportation options that are competitive and comfortable as well. Innovative launches such as the aforementioned will create a positive influence on the product demand and augment the Europe industry share.

The massive deployment of technological advancements across the automotive industry will have a favorable influence on the ESC market. Moreover, the involvement of prominent companies in designing vehicles with advanced safety features are likely to fuel the industry growth in the ensuing years.

The enforcement of favorable government policies are likely to impact the industry outlook. In 2018, the Ministry of Road Transport & Highways of India had announced that by 2023 all Indian vehicles should be compulsorily equipped with safety breaking features like autonomous braking and ESC.  This will further generate lucrative opportunities for automotive players in the ESC industry.

Major companies that have captured a prominent proportion of electronic stability control system market share include ZF Friedrichshafen, General Motors (StabiliTrak), Johnson Electric, Robert Bosch GmbH, Autoliv, IAV Engineering, Denso Corporation and Johnson Electric. Global Market Insights, Inc., estimates electronic stability control system market size to reach US $ 45 billion by 2025.

Author NameDeeksha Pant

Automotive night vision system market to witness double-digit CAGR over 2019-2025

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Leveraging government regulations that focus on reducing road accidents and improving vehicle safety, automotive night vision system market is anticipated to establish itself as a lucrative avenue of investment in forthcoming years. Automotive night vision can be described as a cluster of loosely-related technologies that have the capability to enhance driver’s situational awareness when the vehicle encounters reduced road visibility in low-light conditions.

Germany automotive night vision system market size, by display, 2018 & 2025 (USD Million)

Germany automotive night vision system market size, by display, 2018 & 2025 (USD Million)

Essentially, automotive night vision consoles extend drivers’ perception far beyond the limited reach of the headlights using infrared lights, thermographic cameras, heads up displays (HUDs) and other technologies. As they are capable of alerting drivers of potential road hazards significantly beforehand, they can help in preventing road accidents, promoting integration of the automotive night vision system in more automobile segments. The substantial deployment of such vehicle safety features is slated to augment automotive night vision system industry share.

Currently, looking into future business opportunities, leading automotive giants have been incorporating night vision systems in their vehicle variants. For instance, luxury vehicle brands such as Mercedes-Benz and BMW offer night vision assist features that decrease chances of road accidents in low visibility, ensuring passenger as well as pedestrian safety.

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According to Mercedes-Benz, its Night View Assist Plus feature goes a step further by recognizing obstacles, such as large animals and pedestrians, sooner and highlighting them on the driver’s console. The night vision system is also capable of distinguishing actual obstacles from irrelevant roadside objects such as bushes and road signs.

Ongoing advancement in the integral features night vision technology will strengthen overall automotive night vision system market trends. For example, BMW has incorporated a failsafe mechanism, wherein if the driver ignores initial warnings the system starts blinking red, accompanied by an acoustic alarm while also priming the vehicle’s brakes for optimum responsiveness. Such technology advancements may thus contribute to reduce road fatalities by a notable proportion.

According to the reports of the National Highway Traffic Safety Administration, in 2016, nearly 37,461 fatalities had been observed due to road accidents across U.S. – a momentous rise of 5.6% than the previous year’s numbers. Moreover, the U.S. based insurance and financial service company, State Farm claimed that, between July 2017 and June 2018, animal collisions accounted for 1.33 million road accident cases.

Earlier, astronomical equipment prices prevented widescale penetration of night vision systems and relegated them to the luxury vehicle segment. However, increasing affordability of components such as infrared cameras and the prevalent trend of customers and regulatory authorities demanding more road safety are expected to foster industry growth in coming years.

The anticipated rise of autonomous vehicles is expected to emerge as a major proponent for automotive night vision system industry during the forecast timeframe. Autonomous driving systems rely upon an array of technologies including radar, LiDAR, cameras and image recognition to drive the vehicle with minimal human intervention.

While the aforementioned technologies allow vehicles to be driven without human input, there are serious limitations to the conditions they can operate in. One such limitation came to light in 2018, when Uber’s self-driving vehicle struck and killed a pedestrian. The accident occurred at night and a majority of blame fell on the vehicle’s sensor array that consistently failed to recognize the pedestrian in low light conditions. Taking such incidents into account, regulatory bodies have been working to frame new road safety guidelines.

Stringent safety norms have put immense pressure on autonomous vehicle manufacturers to introduce state-of-the-art night vision features in their vehicles. The deployment of strict road and safety regulations is expected to generate untapped opportunities for the players in automotive night vision system market outlook.

From a regional perspective, Europe and North America are expected to have significant share of automotive night vision system market landscape during the forecast timeframe. Presence of several key automotive industry players, stringent government regulations and a customer base that prioritizes safety above all else are expected to foster market growth over 2019-2025.

Overall, automobile night vision system’s changing reputation from a clever luxury feature to an integral vehicle safety feature would ensure its widespread adoption across a number of vehicle segments in forthcoming years. In fact, according to a Global Market Insights, Inc., research report, automotive night vision system market is expected to surpass a $4.5 billion valuation by 2025.

Author Name : Akshay Kedari

Global smart factory market to register double-digit CAGR over 2019-2025

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Rapid industrialization and technology developments transforming the global manufacturing sector have enabled smart factory market to emerge as a highly lucrative investment avenue over the forthcoming years. Several advancements in the field of automation, communications and computing power have turned intelligent manufacturing facilities into a feasible reality. Today, several manufacturers are looking to bring more efficiencies in production process while gaining the ability to supply a wider range of products to consumers, driving the expansion of smart factory industry.

U.S. smart factory market, by application, 2018 & 2025 (USD Million)
U.S. smart factory market, by application, 2018 & 2025 (USD Million)

Manufacturers require their production lines and operational processes to be integrated as well as flexible to adapt and enable quick configuration changes to lessen lead times. This helps them to retain a competitive edge in a constantly evolving segment. Smart factories have the ability to address these needs without compromising on quality and safety, positioning the industry in a favorable spot to experience business growth. Not only is building smarter facilities by investing in Internet of Things (IoT) is a massive undertaking, it is also a key component in promoting efficient scalability in the era of Industry 4.0.

Factories that leverage smart manufacturing technology offer a number of benefits to manufacturers including increased productivity, enhanced efficiency and long-term cost savings. Growing awareness of modern manufacturing technologies owing to these advantages will reinforce global smart factory market share. Although high initial investment in smart factories are keeping small to medium sized enterprises at bay, expected rise in affordability of the technologies in the next few years would open up the landscape for these businesses, fueling the adoption of solutions offered by smart factory industry players.

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The automotive industry is expected to emerge as a prominent growth avenue for the smart factory market over the forecast timeframe. In 2016, multinational automobile company Audi unveiled its Smart Factory 2035 vision in which it envisioned a facility without any assembly lines, instead deploying intelligent, flexible and modern production stations.

Last year, the company had already implemented the proposed vision to manufacture electric motors, wherein vehicle assembly takes place at a production station with automobile components being transported between stations by driverless systems that are controlled by smart IT control systems.

Through this production method, Audi estimates that the factory can produce approximately 400 electric drives with just 100 employees. Audi’s initiative offers a proof of the benefits in establishing a smart factory. Several key industry players are expected to follow suit and make investments in their own visions regarding advanced manufacturing plants, significantly boosting smart factory market outlook.

The global food & beverage segment will certainly emerge as a major revenue contributor for smart factory industry due to consistent demand for packaged and frozen food products. A large global population base, that is estimated to hit 9 billion by 2050, tightening regulatory demands around food safety & quality and environmental concerns, as the food & beverage sector consumes 5% of the world’s energy, are putting immense pressure on profit margins of producers.

Food and beverage product manufacturers are increasingly looking towards new ways to build flexibility into the inventory management and production process. Adoption of data integration, automation, analytics, energy sourcing and simulation could help companies in transforming their existing factories into intelligent manufacturing facilities to better handle these challenges without severely impacting company margins.

In terms of the regional spectrum, Europe is expected to retain its position as a lucrative market player over the projected period. In fact, Europe accounted for over $25 billion of the global smart factory market share in 2018. The region is home to a number of global automotive firms and according to the European Automobile Manufacturers Association, Europe automobile sector brings in over €90.3 billion in the form of trade surplus. Moreover, the industry is the biggest private investor for R&D in Europe, investing approximately €54 billion annually.

With growing adoption of automation technologies in the food & beverage and automotive sectors, smart factories will undoubtedly become a common trend among large and medium enterprises in the imminent future. Global Market Insights, Inc., has estimated that global smart factory market share will exceed $155 billion in annual remunerations by 2025.

Author NameAkshay Kedari

IoT in healthcare market to register a double-digit growth rate over 2017-2024, shifting trends toward smart tech deployment to boost the regional landscape

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IoT in healthcare market has been forecast to witness remarkable growth prospect in the years ahead, subject to the robust enhancements in healthcare infrastructure. Digitization, having paved its way toward healthcare, has prompted numerous hospitals and regional governments to undertake initiatives to deploy IoT in the healthcare sector, owing to the rise in the requirement for mobility and communication in medical care. With the implementation of IoT facilities, healthcare service providers may be able to deal with the challenges related to consumer data sharing, since this technology is highly capable of dealing with patient data operations very efficiently. The emergence of the internet of things has significantly impacted the overall IoT in healthcare industry trends since the last few years. Statistically, in 2016, IoT in healthcare market held a revenue of more than USD 2 billion.

US IoT healthcare market, by application, 2016 & 2024 (USD Billion)

 US IoT healthcare market, by application, 2016 & 2024 (USD Billion)

Nowadays, medical research institutes and healthcare product manufacturers have been joining hands to accelerate digitalization across the healthcare sector by deploying technologically advanced digital health products. For instance, Oxford University and National Institute for Health Research (NIH) have signed a five-year agreement with the London based giant in IoT in healthcare market, Drayson Technologies to build and commercialize digital healthcare tools. Through this research agreement, the Oxford Biomedical Research Center aims to deliver excellent benefits to patients from hospital to the comfort of their homes. For this research and development program, NIH has provided funding to Drayson Technologies, which also raised USD 53 million from several other funding agencies.

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Recently, the integration of the internet of things with artificial intelligence (AI) has changed the outlook of healthcare institutions, having fortified medical care data maintenance with improved storage capability, robust connectivity, and high security. The well-known participants in IoT in healthcare market are also focusing on AI-based IoT healthcare facilities. For instance, IBM has recently developed an AI system for hospitals that will help to carry out tedious tasks much more efficiently and flawlessly than humans. In fact, IoT has helped bring about a paradigm shift in healthcare, subject to the introduction of smart devices that help provide and secure patient data. IoT also enables doctors to get in touch with patients staying in remote areas very easily through video conferencing, on account of which patients can eliminate the need for routine checkups. With numerous benefits under consideration, healthcare professionals are increasingly adopting IoT systems, which is certain to have a positive impact on IoT in healthcare industry.

The stand taken by regulatory bodies and regional governments have also influenced IoT in healthcare market outlook considerably. In fact, it has been observed that governments have been pressurizing healthcare centers to implement IoT, on the grounds of which numerous hospitals and clinics have deployed IoT technology to maximize patient comfort. In addition, many countries have commenced smart city programs incorporating healthcare IoT projects, which would also push IoT in healthcare market share. For instance, the Singapore government has collaborated with Intel and Dell to deploy the Internet of things for eldercare patient pilot project at the Saensuk Smart City. The large-scale deployment of smart city projects across several other countries will further stimulate IoT in healthcare industry size over the years ahead.

In the future, the integration of IoT in healthcare facilities is likely to increase the possibility of operating analytical tools and maintaining electronic health records. The growing renovation of established healthcare facility centers is another major factor that will push IoT in healthcare industry size, slated to cross USD 10 billion by 2024.

Author Name : Sunil Hebbalkar

Fog computing market to garner massive popularity in the tech cosmos over 2017-2024, driven by the extensive scope of IoT across numerous industry domains

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The explosive amplitude of IoT, spanning virtually every sphere, has a pivotal role to play in the expansion of fog computing market. Still considered a plausible tech sub-space by mere mortals, this business domain, an inherent extension of the cloud computing industry, is likely to actually emerge as a viable niche vertical, starting 2018, as per the predictions of The US office of National Institute of Standards and Technology (NIST). Subject to its extraordinary ability to support latency-sensitive and vertically-isolated applications by means of providing a scalable, ubiquitous, distributed, and layered network connectivity, storage, and computing, fog aims to simplify processing and IoT infrastructure. In consequence, there has been an increasing surge in exploiting the unused IT infrastructure for fog computing applications that need to compute resources in a global network. Subsequently, this has led to fog computing market gaining heavy momentum, reinforcing the buzzword of ‘fog technology’ across myriad domains.

U.S. Fog Computing Market Size, By Component, 2016 & 2024 ($Mn)
U.S. Fog Computing Market Size, By Component, 2016 & 2024 ($Mn)

The far-reaching application spectrum of fog computing industry is quite evident from the numerous instances of companies tapping the fog space making headlines. A recent precedence is that of Storj Labs and SONM teaming up to enable fog computing through blockchain technology. Elaborating further, Storj Labs, a software provider has joined hands with Supercomputer Organized by Network Mining (SONM) in order to bring about distributed instances of persistent storage implemented by Storj Labs available to organizations incorporating SONM’s blockchain. Accordingly, SONM plans to build a peer-to-peer blockchain network – effectively a fog computing instance that would deal with the computing and storage of resources on the edge of a global network. The partnership marks substantial importance in fog computing marketing, having established the fact that blockchain technology and fog computing are two strongly intertwined mechanisms.

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The end-use landscape of fog computing market is rather humongous and versatile, though this does not exactly come as a surprise, given how minutely IoT has brought every object under the umbrella of the Internet. As per reliable estimates, the data analyzed on devices functioning on IoT will soon approach a mammoth 40%. It has also been speculated that by the year 2020, 10% of global data will be generated by edge devices. This would fuel the demand for highly efficient fog computing solutions that simultaneously deliver holistic intelligence and low latency, subsequently driving fog computing industry size, slated to cross USD 700 million by 2024. Numerous real-time instances of the benefits of this technology have already made inroads in fog computing market – recently, the IoT company Plat One made headlines for having tapped into fog computing for improving data processing management in its 1 million sensors.

It is pivotal to mention that mainstream hardware component developers, such as Intel, Cisco, and Dell have been making a headway in fog computing industry, as is evidenced from their interest in joining forces with vendors dealing in machine learning and IoT analytics. Through the proposed dealerships, these companies would be able to deliver IoT gateways that support fog computing. Recently in fact, Cisco took a dive in fog computing market with the acquisitions of Jasper, an IoT platform provider and ParStream, a reputed company specializing in IoT analytics. Unrefutably, these buyouts would help the electronics giant to incorporate its networking component infrastructure with highly efficient computing capabilities, which would subsequently reinforce its position in the fog computing market. Following Cisco’s lead, numerous analytics software companies have also been attempting to develop new tools for fog computing – Apache’s Spark for instance is apt for real-time processing of fog-generated data. In effect, it would be diplomatic to state that fog computing market indeed would emerge as one of most remunerative business spaces of the next decade, traversing a highly profitable growth path over 2017-2024.

Author Name : Saipriya Iyer

Unveiling IoT infrastructure market with reference to the application landscape: global industry to register a CAGR of 25% over 2017-2024

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Since its conception, IoT has been impacting numerous businesses in unprecedented ways than expected. IoT infrastructure market, one of contemporary niche verticals of the building construction and infrastructure development sphere, now holds the reputation of being encompassed among the many IoT influenced business spheres. The proliferation of the Internet of things in infrastructure development has led to the procreation of smart homes and cities, touted as a revolutionary phenomenon of the 21st century. With the rising demand for connectivity to enable smart security, social surveillance, smart transportation, energy safety, smart metering, and efficient governance for enhancing consumer lifestyle, IoT infrastructure industry is likely to garner much acclaim in the ensuing years. Estimates compiled in a recent IoT infrastructure market research report forecast this business space to have accumulated a valuation of close to USD 15 billion in 2016.

U.S. IoT infrastructure market, by application, 2016 & 2024 (USD Billion)

U.S. IoT infrastructure market, by application, 2016 & 2024 (USD Billion)

A succinct overview of IoT infrastructure market in terms of the application spectrum

IoT infrastructure industry outlook from smart homes

The proliferation of IoT in the home sector has brought about a barrage of changes in consumer standard of living. IoT-enabled homes offer some of the best advantages that can transform a person’s lifestyle across the urban space. Smart devices such as the Nest thermostat, Amazon Echo, smart fridges, Google Home, Wink Relay and Controller, etc., have been popularized across IoT infrastructure market and liberally deployed in smart homes, subject to their incredible benefits such as controlled energy consumption, automated notifications, weather alerts, etc. Fiercely vying with one another to consolidate their positions in IoT infrastructure industry, tech companies have been going the whole hog to introduce highly advanced connected devices for smart homes.

IoT infrastructure market outlook from smart buildings

The deployment of big data and IoT in smart buildings helps deliver actionable insights to improve consumer living comfort, optimize building operations, and reduce energy expenditure. The robust rise in the number of connected devices being installed in smart buildings bears evidence to the fact that IoT infrastructure industry share from smart buildings is likely to plummet in the years ahead. Companies have been planning strategies to brainstorm numerous connected devices for exploiting the potential of IoT in buildings. Recently for instance, Kone signed on a multi-year deal with IBM, with an aim to maneuver the IBM IoT Cloud Platform for connecting, monitoring, and optimizing building components such as doors, elevators, turnstiles, and escalators.

IoT infrastructure market outlook from smart cities

A recently compiled report depicts that close to 60% U.S. citizens prefer living in smart cities, given their incredible advantages. The rising proliferation of smart cities is evident from the incredible proportion of smart city projects that are being undertaken across myriad geographies – which may have a mammoth impact on the revenue graph of IoT infrastructure industry. The numerous advantages provided by smart cities with regards to planning, finance, energy safety, transportation, and other urban aspects have accelerated their demand and popularity across IoT infrastructure market. In consequence, tech behemoths have been signing public-private partnerships, that would lead to the generation of layered framework to address the many challenges of smart city projects by building effective, connected solutions.

The Internet of Things, conceived back in the 1980s at the Carnegie Mellon University, has now metamorphosed into a prodigy that defines efficiency, sustainability, and convenience. The deployment of this concept in infrastructure is likely to open up a plethora of opportunities for construction companies, real estate developers, technology behemoths, and infrastructure development firms, that would strive to brainstorm numerous solutions for connected infrastructure, augmenting IoT infrastructure industry trends. An IoT related report by a research firm claims close to 1.40 billion IoT units to be shipped ahead for smart city projects by 2020, for smart homes, smart buildings, smart transportation, sustainability and climate change. This provides ample evidence to the fact that IoT infrastructure market is here to stay, boasting of a widespread array of technologies, platforms, and applications. A report compiled by Global Market Insights, Inc., claims IoT infrastructure market size to surpass a valuation of more than USD 130 billion by 2024 – which is apparently close to 8.5 times its value in 2016.

Author Name : Saipriya Iyer

IoT utilities market to witness a double-digit growth rate over 2017-2024, driven by the rising number of smart meter deployments

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The last half a decade has remarkably witnessed the Internet of Things penetrating the utilities domain, effectively commercializing IoT utilities market, a realm which is of late, being characterized by intense competition among tech behemoths. Having earned the tag of being one of most dynamically transformative technologies brainstormed in recent times, IoT has successfully been exploited to a massive extent in the utilities sector. The deployment of this technology has helped utility companies monitor real time power consumption by effectively promoting connectivity, operational efficacy, & communication between smart meters, edge equipment, and sensors. Furthermore, IoT has necessitated the conception of contemporary business models in the utility sector, the mass acceptance of which has been forecast to have a profound impact on the overall IoT utilities industry size, pegged at a valuation of USD 4 billion in 2016.

UK IoT utilities market, by application, 2016 & 2024 (USD Million)
UK IoT utilities market, by application, 2016 & 2024 (USD Million)

IoT applications assist utilities in interpreting the power consumption patterns and problem recognition, facilitating the effective allocation of resources. The evolution of IoT has made it viable for smart meters to connect with consumer electrical equipment through wireless connections and provide them with real time information about power consumption. On these grounds, over the last few years, the deployment of smart meters has gained intense popularity across the utility sector. The concept of smart cities has further helped promote the application of IoT devices across the construction sector, for the reason that IoT helps upgrade building and smart energy grid connectivity, which would eventually augment the profitability landscape of IoT utilities market. Leading technocrats predict that utility firms would exploit IoT extensively in the ensuing years to reduce power consumption across the oil & gas, water, transportation, and electric sectors. For instance, the ability of the smart sensors to check the quality, pressure, temperature, and consumption of water has led to smart water management gaining renewed traction lately. A leading industry report predicts that utility firms are forecast to reduce their expenditure by nearly USD 157 billion by 2035 through smart meter applications, thereby stimulating IoT utilities market trends in the years ahead.

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One of the most profitable avenues for the expansion of IoT utilities industry is the United States. Mass awareness regarding the benefits of IoT technology in sync with the presence of oil & gas production units across the country demanding the deployment of connected solutions are expected to drive U.S. IoT utilities market share. Across the APAC zone however, the escalating need for smart meters coupled with the development of smart cities & construction activities in China and India will help transform the regional IoT utilities market outlook. Furthermore, the huge presence of numerous power generating units and high government funding for the power sector will also provide a boost to the Asia Pacific IoT utilities industry trends.

The competitive spectrum of IoT utilities market comprises the big shots such as Cisco Systems, Huawei Technologies Company Limited, Intel Corporation, and Honeywell International Incorporation, striving to bring about up-to-the-minute technological advancements that would have a commendable impact on the revenue of this business space. In the years to come, IoT utilities market is likely to have firmly established itself amidst the realm of IoT influenced business spheres. Aided by extensive R&D investments, IoT utilities industry will, in all probability, carve out a profitable growth path over the forthcoming seven years, with a target valuation of USD 15 billion by 2024.

Author Name : Dhananjay Punekar