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Global Wi-Fi hotspot market revenue to surpass USD 23 billion by 2024, growing adoption in cafes to offer substantial a boost to the industry growth

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The global Wi-Fi hotspot market has expanded at an unparalleled pace lately owing to the rapid adoption of smartphones and other Wi Fi-enabled smart devices. It was reported that the number of smartphone users has crossed the 2 billion mark and with new, more advanced products being offered consistently the smartphone market will observe remarkable growth. The number people using portable devices like laptops and tablets have increased, encouraging commercial and private sectors to install hotspots across various infrastructure, boosting the Wi-Fi hotspot industry revenue. As most of the public services have become available online throughout the world, governments are undertaking initiatives to develop the Wi-Fi hotspot market in their respective regions.

U.S. Wi-Fi Hotspot Market Revenue, By Component, 2017 & 2024, (USD Million)
 U.S. Wi-Fi Hotspot Market Revenue, By Component, 2017 & 2024, (USD Million)

U.S. has been at the forefront of innovations and is one of the key nations attempting to promote and develop smart cities. The country already has a vast network of hotspots at transport facilities, hospitals, restaurants and cafes, as well as at schools and residential buildings, proving to be a significant Wi-Fi hotspot industry hub. Europe, consisting of many developed nations, has also witnessed a tremendous growth in the use of Wi-Fi hotspots and is looking to propagate its services like eGovernance, eTourism and eHealth by giving seamless internet services. Recently, the European Union (EU) secured funds for launching free Wi-Fi hotspots at public places and will allocate EUR 120 million (around USD 136.96 million) to local governments across Europe over the coming three years.

Providing a major propulsion to the Wi-Fi hotspot industry, EU has called for applications from local authorities and will grand vouchers to about 2,800 municipalities for installing public hotspots. Even India, which is one of the fastest growing technology consumers in the world, is embracing the notion of offering easy access to the internet. In October this year the Bharat Wi-Fi project was announced which would involve installing nearly 1 million hotspots in the country by the end of 2019. Other developing nations can also be expected to pursue similar strategies to bolster their technology infrastructure and access to information, proliferating the Wi-Fi hotspot market.

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In terms of the application scope of the Wi-Fi hotspot industry, cafes have contributed substantially to the adoption of Wi-Fi for enabling customers enjoy free or subscribed internet connections with ease. Having a considerably good quality Wi-Fi connection has found to be a strong customer attraction and retention strategy, driving global brands and local cafes towards the Wi-Fi hotspot industry. Starbucks, a prominent coffee shop chain, offers free Wi-Fi to its customers by registering their information and getting authorization details on their smartphone. It also has one click, unlimited Wi-Fi services at all company-owned stores in Canada and with a worldwide presence, the brand represents the enormous prospects existing for the Wi-Fi hotspot market.

The overall potential of the cafes segment can be understood by studying the expansion strategies of key brands, as it indicates the projected need or demand for their services. Starbucks operates around 28,720 outlets spread in 77 markets globally and does seem like halting its growth anytime soon. It is planning to open 100 cafes in Japan, which is quite advanced in technology implementation, bringing the brand’s total outlets to 1,700 in the country. Costa Coffee, a well-known name throughout U.K. and Europe, also offers Wi-Fi services to customers through a collaboration with O2 and is gradually expanding.

Elaborating further on the massive opportunities existing for the Wi-Fi hotspot market, Dunkin Donuts has over 9,100 cafes in the U.S. and has recently expressed its intentions to add nearly 1,000 new locations in the country. Dunkin Donuts customers utilize the internet services for browsing, using social networks, gaming and watching videos, all the while consuming their favorite donuts and coffee. The incredible size of the coffee market is demonstrated by the fact that almost 63% Americans drink coffee every day and a considerable number of this population consumes products from cafes.

It must be noted that most of the cafes belonging to global brands or local players offer other food items as well, such as sandwiches, pizzas and bakery items, invariably creating a wide range of customer base. With increasing population, rising consumer spending and growing affordability of required hardware, the café segment will experience a notable rate of Wi-Fi hotspot implementation. Comprising of key industry participants like Alcatel-Lucent, Aruba Networks, Cisco Systems, Ipass, Motorola Solutions, Nokia Networks and Ericsson, the Wi-Fi hotspot market is anticipated to register more than USD 23 billion in revenue by 2024.

Author NamePankaj Singh

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Smart lighting market to register a double-digit CAGR over 2018-2024, escalating number of smart city projects to augment the industry growth

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As the lighting industry progresses from incandescent bulbs to CFLs and LEDs, smart lighting market has made its way as the next trending vertical. The vast expanse of this sphere can be aptly demonstrated by an incidence that occurred in Toronto a couple of years ago. A newly constructed building that nearly became a feather in the crown for the Toronto financial district, the EY Tower, made it to the headlines for offering IP addressable LED lights that tenants can control with internet-based building automation. The instance of EY Tower is of particular interest to the smart lighting industry as it demonstrates the steady presence of one of the most important forces, the real estate sector, into the smart cosmos.

Smart Lighting Market Size, By Light Controls, 2017 & 2024 (USD Million)
Smart Lighting Market Size, By Light Controls, 2017 & 2024 (USD Million)

In order to lure tenants with modern technology and convince them to pay premium rents, other prominent real estate developers around the world have also followed the strategy adopted by the Canadian builders of EY Tower. One such instance is the retrofitting of the Torre Europa with Power over Ethernet (PoE) lighting. In the project that has been undertaken by Philips and Cisco, 14 floors will be equipped with 5,400 PoE luminaires.

Advocates of such retrofitting of buildings with smart lighting technologies have pointed out the twofold advantage of the undertaking. It drastically reduces the cost of new wiring by virtually eliminating the need for certified electricians. This is because the low voltages that are capable of driving LEDs can travel safely over Ethernet and do not require the more-costly processes associated with installing conventional 120 Volt and 240 Volt electrical wires. The chief attraction of using smart lighting in buildings however, lies in the fact that connecting luminaires directly into information networks makes it possible to control the ‘switch on and off’, color temperature, brightness and hues via gadgets and sensors. It also turns lights into nodes that can trigger other operations such as adjusting the heating, and that can collect data about building use and assets. PoE is one of several technologies emerging to make lighting a crucial part of the Internet of Things (IoT). The novelty of the technology and the ease with which it can be controlled even remotely has majorly propelled smart lighting industry trends.

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The energy efficiency that smart lighting systems can afford is a major factor driving smart lighting industry size. In 2016, in the UN Climate Change Conference, Philips Lighting demonstrated how smart energy solutions work and can make a real difference to climate change. The event showcased the profoundly transforming capabilities of the smart lighting market, including demonstrations that depicted the energy and greenhouse gas saving potential of this one single technology. Indeed, the technology is equipped with the potential to reduce energy demand from lighting by half.

Philips also exhibited that increasing the rate of energy efficiency to 3% can unlock significant economic benefits – close to 6 million new jobs can be created by 2020, fuel costs can be reduced by €2300 billion by 2030 and household energy bills be reduced by one-third. These estimates are evidence enough to testify the robust latitude of smart lighting industry.

With the rapid proliferation of smart cities, smart lighting market is bound to become one of the most remunerative verticals for investors to pour their money in. Netherlands in this case, can be quoted as a bright example of the onslaught of smart cities, as even the smallest of towns in this country have deployed smart lights which can detect motion and switch themselves on and off. Larger cities like Rotterdam and Amsterdam have already installed smart lights on the streets that are not only energy efficient, but also add a swanky edge to the town or city that can make it more lucrative for growth and investments. As the number of smart city projects across the globe increase, providers of smart lighting for city streets are diversifying their services by turning smart street lighting poles into a potential hub for free Wi-Fi, or to sense the quality of air and even to notify police about public aggression or accidents. This shifting focus is more than likely to expedite smart lighting industry outlook in the ensuing years.

One of the simplest drivers that can be credited for the superb projection of smart lighting market is the eagerness of consumers to upgrade to the latest technology. Currently, smart lights are being designed to be controlled with a smartphone or with AI personal assistants such as Siri or Alexa. In consequence, they have become infinitely more attractive to a generation of consumers who not only have the available disposable income to afford smart lighting but also want to own smart homes where the lighting can be controlled with a voice command. With the popularity of smart lighting on the rise in both the industrial and residential sectors, smart lighting industry size is projected to register a remarkable 20% CAGR over 2018-2024.

Author Name : Paroma Bhattacharya

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