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Internet of Things

How the Internet of Things Helps in Water Management

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We have been associating the Internet of Things technology specifically with smart homes, smart cities as well as traffic management systems where it would control the way our lights, doors and traffic lights would work. However, a lesser- known fact about the Internet of Things technology is that it is also applicable across many other fields associated with our day- to- day life. One such area which can get highly influenced by the Internet of Things technology is water management. Ever since mankind came into existence, the proper use as well as management of water has been a topic of

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Post Your Adds on IoT- Billboards

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Billboard

Adwise Analytics P Ltd. spawned by one of the largest IoT application companies along with a couple of veterans from outdoor advertising, is now installing a solution on hoardings.  They have now come up with large outdoor displays that makes actual displays on these completely transparent and live.

“In this line of advertising there is always a disagreement between advertisers, specialist agencies and media vendors on the actual date when a contracted campaign starts and ends and whether the display was fully visible during the interim period – that is there were no defects, illumination was on and the display was not substituted by any other in between etc. This IoT solution that we have designed comes in the form of a cloud-based software platform which sources inputs through a hardware unit installed on each site that provides live photo inputs. Any defect that is caught on photo is automatically alerted to the vendor through the platform and also recorded,” says Indrajit Sen, CEO, Adwise Analytics.

How Billboards work?

All the billboards in this project are integrated with a back-end analyser unit manned by well-trained experts. Media vendors will have password protected access to the platform from any location and all they need to do is log in for bookings on their hoardings and specify start and end dates.

The solution platform then automatically tracks actual display on the site against the booked brand and records mismatches, if any. At the end of the period of display, a certificate is produced specifying actual start and end dates and exact condition of the display on each day in the display period. This Third Party Certificate, when produced together with the bill from the media vendor, lays to rest any doubts or questions about the actual display versus contracted display.

“Each display site is first registered on our platform using Unique ID numbers based on a high sensitivity GPS monitor which distinguishes between hoardings located one on top of the other also, with different lat-longs. Afterwards, our input technology provides a stream of live images of that site – day and night. We provide access only to the media owning company and empower them to act on alerts of defects as and when they happen, as well as to share this information on a completely transparent basis with Clients and Agencies to eliminate any disputes on their billing,” adds Indrajit Sen.

Currently this solution is being put into operation in Bengaluru and Kolkata. The potential that these two cities hold are large numbers of outdoor advertising displays. Many professionally managed companies have come forward to take this opportunity and grab market share.

Solution to some critical issues

Without a second thought, this solution offers a radical change in the ways that outdoor advertising has been working in India so far. Double bookings on same site for same or overlapping periods, collusion between lower operational level staff involved and similar highly questionable issues which used to be the order of the day could be avoided.

With this new IoT Solution around, Companies can now cut down on advertisement spends while ensuring transparency and reach. while the solution assures timely delivery, the system also focuses on audience metrics, sophisticated planning and programmatic buying. Undoubtedly, this IoT solution can can resolve many issues while restoring credibility and increasing business to this industry.

According to industry sources, it is predicted that the revenue in the OOH industry will amount to 28.3 billion Indian rupees in 2016 and grow to 45.2billion INR by 2020.

The post Post Your Adds on IoT- Billboards appeared first on Internet Of Things.


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Control Virtual Reality In Real life

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Reality Editor

Virtualisation and automation can provide turn-key solutions in the future. These turnkey solutions can range from common house hold functionalities to complex factory floor operations. It is imperative of us that, we humans will have to involve in scenarios and situations, even in fully automated or virtualised environments. Now technology has something which is more virtual as it is physical for us to control at our fingertips.

Without any second thoughts, introducing Reality Editor, a tool that helps you manipulate real world physical objects with just the camera on any smartphone. Reality Editor virtually links with the functionality of electronic objects and starts creating new relationships with them. The user is required to point the smartphone camera to the object and drag a virtual line and simply control the objects at will.

The Reality editor was born out of  research at MIT. The outline of this technology is giving full capability to humans rather than smart devices on contraire to common notion. Assigning most of the control to humans improves spatial coordination and muscle memory. Using Reality Editor helps evolve the way we interact with the objects around. Merging realities with the physical objects and making then more realistic to interact outlay’s an amazing experience. The system tries to make something that is physical into something virtual while giving full physical control to the user.

The application is built on open, stable internet standards while the visual/web interface is based on HTML5. The open source platform that powers this is called Open Hybrid. The application is not only limited to DIY solutions but needs next-gen high- tech users who can find more creative use cases. The app is available in the iOS App Store along with research information on Reality editor.

REALITY EDITOR from Fluid Interfaces on Vimeo.

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Augmented Reality May Become A Thing Of The Past

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Dephemeral

Dephemeral from Fluid Interfaces on Vimeo.

Dephemeral has something to do with bringing our the most primitive senses of smell, taste, touch and feel; in the most experiential way by breaking the barriers of virtual reality and physical reality.  The idea is to trigger and enrich our experiences with various objects that exist in reality. Optimistically there a a whole new world of limitless potential, both commercial and personal. The solution would be enterprising, if they could be stored, shared or recalled digitally the same it was experienced. Answer is “YES”, It could be done with Internet Of things(IoT)!

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Data Is the New Fuel for Smart Cars

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CarIQ

Deepak Thimas is Co-founder, Director Of Product at CarIQ. Based out in Pune, they are working on making cars smarter by using cloud connectivity and real time analytics for accurate decision making. CarIQ is a plug and play device  capable of creating a ecosystem of awareness which is supplied to the car’s owner via a App on any linked smart device.

1. How are things changing in the IoT industry with respect to Data analytics and processing in automotive industry?

A As per industry experts, IoT is the next big thing. It’s not wrong considering the fact that Data is the new oil. IoT devices help to muster a new set of data, which was preciously left untapped or was unavailable. CarIQ is one fine example.
India is fast catching up with the world in terms of technology adaptation. It would be the same case for IoT devices too. Industries would be the first to adopt IoT for maintenance and monitoring, and consumer market would follow very soon.
IoT devices in the consumer space like health bands and connected car solutions are already seeing a lot of interest and traction. This will rise exponentially in the next couple of years. As for the automobile industry, players like Tesla, GM, Ford and Honda have already started rolling out connected cars.

2. What’s new from CarIQ for IoT?

A Cars always had the ability to tell a wealth of info – about itself, its driver (how it is being driven) and even the conditions around it. But this was being left untapped. CarIQ and connected cars in general bring in this new stream of data to the cloud. They get the car onto the Internet. Now, with access to this rich data, the amount of information and analysis that can be derived becomes humongous. Analytics on the gathered ‘big data’ reveals huge potential for reforms to status quo – from improving mileage to receiving suggestions on where your next road trip could be to.

3. What are the kind of challenges and opportunities being created by IoT?

A Gartner predicts that the market for Internet of Things devices is poised to explode, and will reach nearly 21 billion connected devices by 2020. From that, about 250 million would be connected vehicles.
This exponential increase in IoT devices will lead to huge demands in cloud infrastructure for storage and analysis, and a strong telecommunications network. There needs to be a strong supporting infrastructure in place to back this growth.

4. Will Major car manufacturers kill the competition by introducing their own monitoring system; much like European luxury cars manufacturers?

A Manufacturers tend to partner with established players for things outside of their area of expertise. GM’s OnStar is an example of this. Some manufactures might have new models in the coming years that are designed from the ground up with the ‘connected car’ in mind. Others would take advantage of some existing IoT platform to get their models connected as sometimes it’s hard to change already set-up lines and procedures.

5. Could you brief on the application areas or use cases that could  enhance customer experience?

A The data we gain from IoT devices would be very rich and accurate. E.g. your health monitors could alert your family doctor before a symptom turns malicious. You wouldn’t have to wait till the annual checkup to figure out something is wrong. Similarly, there have also been numerous cases of retailers, hotels and pubs making use of IoT to enhance customer delight.
Talking specifically about connected cars, the owner can choose to share critical data with workshops which will enable better, quicker and more accurate solutions to a problem, sometimes even without the car physically being at the workshop. The owner can keep the car in Insurance companies can give discounts to better drivers based on driving patterns. Roadside Assistance would become easier as the agent can now be equipped with helpful data for assistance.
Ultimately, IoT would bring in the best experience to the user, based on a solid data-driven approach.

6. What specific benchmarks/metrics would your systems look at with respect to a faulty car? Could you please quote a real time example?

A CarIQ looks at car condition (battery health, engine health), driving patterns (like idling, speeding, harsh acceleration/ braking), servicing info, advanced car info, location-based information, car’s activity (trips and trip summaries) and a basic comparative analysis of cars. Apart from the fun aspects generated by analyzing a car’s data, CarIQ also provides features for security, economy and convenience.
We once had a user call us up and complain that the battery condition was coming up incorrectly as “Needs Attention” in the app, when he was sure that it was a new battery and in good condition. Nevertheless, he went to the mechanic, got it checked and there was indeed a problem with the battery. It saved him a lot of future hassle.
In another instance, one of our customers met with an unfortunate mishap on the road, and generated the car’s snapshot using CarIQ’s logs to show that he was not over speeding when the incident occurred, and proved his case.

7. What would be the other unexplored areas where CarIQ can create”Buzz”?

A Predictive analysis and proactive tips would be an interesting area CarIQ would be covering soon. By comparing a car’s performance pattern across similar cars on the platform, we can predict when a component might fail in advance.
Proactive tips, based on custom driving habits is something users are keen on knowing. Till now, they mostly had to rely on someone else like a car enthusiast or take the word of their mechanic. This would change when they have customized tips and recommendations at their fingertips.

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Connected mobility – a melting pot of industries destined for success

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Connected mobility requires new technologies and a wealth of information, both of which are provided by various players. The results are cross-industry cooperation and promising opportunities for the future.

At the #BCW16 in Berlin, industry leaders provided fascinating insights into the connected mobility market. Presenters from the BMW Group, Divergent 3D, Renault, iconmobile group, SBB Cargo, and Bosch Engineering proved that connected mobility is not a topic for car manufacturers alone. Instead, it involves a wide range of other players – from freight forwarders to electricity providers – who are setting up a dynamic and complex environment.

For automated driving, we need information from outside the car

One aspect of connected mobility involves automated driving. According to Dr. Klaus Kompass, VP Vehicle Safety at the BMW Group, there are six stages:

  • no automation
  • driver assistance
  • partial automation
  • conditional automation
  • high automation
  • and full automation.

At the moment, the automotive industry is very much in the middle of the process, somewhere in between partial automation and conditional automation. Drivers can sit back and let the system do the things they don’t want to, but they are still necessary for some tasks. However, to proceed further towards secure full automation, more information is needed in order to increase security. In pursuit of this goal, BMW takes a 3-step approach: the first is to provide data from the BMW backend to the driver and the car. The second step is to extend this information with external information, for instance from the Bosch IoT Cloud. And the third step will be for vehicles to communicate with each other.

3D printing as an environmentally friendly car production method of the future

A very different perspective on connected mobility was presented by car manufacturer Divergent 3D. Its CEO, Kevin Czinger, is championing an innovative, environmentally friendly production method: 3D printing. In his talk, he bridged the gap between connected mobility and Industry 4.0. If Industry 4.0 is to be successful in the mobility arena, Czinger said, it has to take care of the environment. Observing the complete product lifecycle of a car, i.e. its environmental impact – caused not only by tailpipe emissions, but also by production and manufacturing methods – is key to a successful and environment friendly industry. 3D printing may be the revolutionary approach we need to make cars lighter and reduce manufacturing’s impact on the environment.

Operating with electric cars means dealing with the whole EV ecosystem

As one of the leaders in the electric vehicle (EV) sector, Renault is also deeply involved in connected mobility. According to the company’s Z.E. Quality & Services Director, Dr. Sébastien Albertus, an EV manufacturer that wants to provide solid service has to give its customers access to the public charging infrastructure. For this reason, Renault wants to push the players of the EV market to create a common platform with one interface for the customer. Having such a unified information point would serve to acquire important data on customer behavior. This knowledge is essential for creating additional services in the future, optimizing the charging infrastructure, and improving grid stability.

Why own a car when there are so many vehicles available?

Customers’ expectations of the transportation industry are changing. Many people are no longer interested in owning a vehicle. Instead, they want to travel distances in the most comfortable and flexible way while having the best user experience possible. This paradigm shift is a topic of great importance for Thomas Fellger, CEO of the iconmobile group. Meeting these new needs requires a single mobility platform that combines all mobility providers and connects all modes of transportation. But to establish such a platform, leaders of the connected mobility industry have to find a way to fit into the market instead of how to lead it. We have to figure out how to cooperate together instead of how to compete.

Strong partners for technological progress

Connected mobility is not just about cars; it’s also an excellent opportunity to improve processes, technologies, and services in related industries. Take a look at the rail industry and the collaborations in this sector: Nicolas Perrin, CEO of the Swiss company SBB Cargo, and Bernhard Bihr, President of Bosch Engineering, are a great example of successful cross-industry cooperation. The tremendous rail logistics competence of SBB Cargo combined with Bosch Engineering’s connectivity know-how from the automotive industry resulted in intelligent freight trains.

All in all, connected mobility is a fast-changing industry with a wide range of different players. Every one of them has their individual focus and their own expectations, so close cooperation is key to success in such a volatile environment.

When you think about connected mobility, which aspect is most important to you?

The post Connected mobility – a melting pot of industries destined for success appeared first on Bosch ConnectedWorld Blog.


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Food Security Through Smart Agriculture

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smart agriculture

Devavrat Kulkarni is a Senior Business Analyst at Maven Systems Pvt. Ltd. This article is a part of the smart cities initiative and innovations than could be the next-level advancements of internet Of Things based Smart-Agriculture

Why agriculture needs to improve?

Agriculture is one of the major industries in India. It employs around 50% of the workforce and along with fisheries and forestry contributes to 13% of the total GDP. India also is the 7th largest exporter of agricultural products in the world with exports being to the tune of USD 39 billion. However a nation with such a presence in the domain, lags behind when it comes to automation for the sector. With only 35% of farm land reliably irrigated and small sized farms being dominant, India’s efficiency of growing crops lags substantially when compared to nations like Brazil and China.

Problems faced include water logging, under and over use of fertilizers, and lack of understanding of soil health. There is also a dearth of accurate baseline data regarding different fields, and different soil types. This makes it impossible to understand how the yield of the land has either increased or decreased over the years.

What features to expect?

An IoT based agriculture centric solution should have a wide variety of features that will be relevant to the farmer. These features include:

Automated watering

Water retention in a given field depends on nature of soil and the temperature. The solution should consider these two parameters (and possibly more), and automatically operate the water pump to inundate the field.

Soil health

New sensors are being developed that report various parameters of the soil including moisture, salinity, pH, and even residual nitrate level. Soil health will help to decide a wide variety of actions including how much fertilizer to use, which fertilizer to use, and what sort of crop to grow for maximum yield.

Proactive alerts

The solution will empower the farmer to understand the current condition of the field. Alerts will be sent to the mobile phone in case of watering, or when the need for more fertilizer arises.

The solution should update the data collected in the field to the internet. This baseline data will help to understand how parameters like fertilizer / pesticide brand, quality of the soil and the crops being grown have affected the production over the years. This will help the farmer to make informed decisions regarding what to grow in the coming seasons, to ensure not only highest yield per hectare, but to also maintain the health of the soil.

How the solution would work

The solution will employ multiple soil health sensors, a water pump, and a Data Concentrator Unit (DCU). The soil sensors will be used to collect various parameters of the soil and wirelessly transmit it to the DCU. Depending upon the inputs received, the DCU will take a decision to water the field. The DCU will then send a signal to the water pump to start the operation. Once the field is sufficiently watered, the DCU will send a signal to switch off the water pump.

The solution can also use a water level sensor to communicate with the DCU in case the water pump is going to raise water from a well. The water level sensor will also communicate with the DCU, and the DCU will have another parameter to take a decision of whether to water the field or not. Depending upon the inputs from the soil sensors the DCU can also send an alert to the farmer regarding which fertilizer to add and how much of it to add.

Architecture of the solution

Advantages of an IoT based solution

Avoiding water logged fields

Water logged fields should usually be avoided because it causes crop damage, and increase in alkalinity of the soil. The solution will help avoid waterlogging by controlling the amount of water let into the field.

Understanding the effects of fertilizers and pesticides

Different pesticides and fertilizers have different effects on both the soil health and the yield. The solution will help understand the effects of various fertilizers, and help the farmer to choose one that gives maximum benefit from the point of view of both yield per hectare, and soil health.

Preventing emptying of water tank / well

As mentioned earlier, 35% of agricultural land in India is reliably irrigated. However it is important to make sure that the available water is used judiciously and effectively. Water tanks or wells shouldn’t be drained completely either on purpose or by accident. The solution will help avoid this issue by switching off the water pump when the water level drops below a certain threshold.

Making informed decisions for improved yield

The solution will log data about soil health, crop yield, fertilizer and pesticide, and water used over a number of years. All of this data will be analyzed to find patterns by the cloud application. As a result, the farmer will get an insight about how the various parameters need to be set in order to get the best possible yield from the land. This will include, which fertilizer to use, how much water to use, and which crops to prefer, and which to avoid.

Maintaining optimal soil health

As mentioned earlier, soil health is a huge factor when it comes to the yield obtained from the land. Soil health depends on a variety of factors like pH level, residual nitrate level, water retaining ability etc. using soil sensors, and storing the soil data on the Internet will help to have access to historic health and the current health of the soil. This will help to identify what steps to take to increase and maintain soil health at an optimum level.

Steps towards solving a complex problem

With the smart city initiatives being launched, there will be a definitive research & development in various sectors in the coming years. Agriculture is as yet an untapped market, but the size is such that it cannot be ignored anymore from a business perspective. It only serves to say that now with smart metering and smart lighting, smart agriculture is the next bastion to conquer.

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Nokia advances to Connected Gadgets and An Indian CEO?

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Nokia

Nokia, is rising back to spotlight. Regarded as one of the most trusted cellphone brand for decades, Nokia is making a comeback with connected devices after it sold its business to the Microsoft few years back. Nokia is acquiring Withings, a digital health firm based in UK for $191 million headed by Nokia CEO Rajeev Suri.

“What an exciting day for us! Today we have been able to tell the world that we plan to join forces with Nokia to build the future of digital health together,” says Cedric Hutchings, CEO on their Facebook page. Withings fleet of smart products include Pulse meters, smart body analyser, Smartwatch, Thermometer and couple of devices such as heart pressure monitors which all fall under fitness genre.

Withings Product range

The thrilling and interesting part about this acquisition Nokia may start integrating the devices from Internet of things (IoT) ecosystem to itself. Unlike other competitors Nokia has a large number of loyalists globally and its comeback into the electronics platform would be an overwhelming delight for them. For now, healthcare sector would be the best bet for Nokia to gain back the lost ground.

The challenging part for Nokia again would be re-designing itself to suite the needs of customers with the same elegance it carried before. While being a part of this new journey , it would be hard for Nokia to call back the engineers and support who moved out or relocated themselves. It would be Nokia’s synergy with Withings that will serve in redesigning the Product and functionality in the days to come.

Nokia is now looking to start fresh with a huge young tech hungry market for Smart Internet of things Devices. Nokia’s come-back to electronics market this time will leave a huge milestone of success in its history, if they can  build prominence and trust like it has always been. Capitalising on the Emotional bond that the customers have with Nokia, it would be an event worth waiting for.

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Huawei Breaks Ice with Vodafone for Their NB-IoT launch

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NB-IoT

At M2M World Congress in London, Huawei shared its Narrow-Band Internet of Things (NB-IoT) strategy and innovations to advance IoT applications and smart cities. This would deliver social and economical benefits. Huawei also demonstrated how it is building an ecosystem that works together to realize the full potential of NB-IoT, including its collaboration with Vodafone to launch the Vodafone NB-IoT Open Lab in Newbury, U.K.

On the ecosystem development front, on April 25, 2016 , Huawei and Vodafone announced the launch of the Vodafone NB-IoT Open Lab. This Initiative aims to help third parties conduct services including network solution verification, new application innovation, device integration, business model research and product compliance certification. All of this would accelerate the application advancement within the vertical industries and promote the development of the industry chain.

NB-IoT technology has emerged as the Low Power Wide Area (LPWA) standardized by 3GPP. This provides a wide array of significant advantages including supporting more than 100,000 connections per cell, a long battery life of 10 years, deep coverage with a 20db gain over GSM networks. Another advantage is enhanced security supported by two-way authentication and strong interface encryption, providing carrier stability to enable IoT applications and smart cities.

Currently, Huawei offers a comprehensive portfolio of IoT solutions. In addition to traditional network equipment, Huawei also offers a unified business management platform and communication chipsets to provide carriers with effective support for their commercial deployment of NB-IoT solutions.

“IoT applications represent powerful opportunities to transform the way businesses and cities connect to create vast social and economic benefits. However capturing the full potential of NB-IoT applications such as smart metering and smart parking requires innovation and collaboration around NB-IoT to ensure secure, stable and robust connectivity,” said Paul Scanlan, President of Business & Network Consulting, Huawei. “Together with our partners, Huawei is applying groundbreaking NB-IoT innovation to solve core challenges around IoT applications and smart cities. As a platinum sponsor of M2M Congress, we believe this is an important forum bringing together industry experts to discuss innovation and best practices for sustainable development of NB-IoT technology to enable IoT applications and smart cities and ultimately to build a better connected world.”

Vodafone, Huawei and u-blox have successfully conducted commercial trial of pre-standard NB-IoT technology. According to the plan, by successfully integrating the technology into the operator’s existing mobile network in Spain , the carrier would be able to offer long-distance remote metering services to its users in the future.

Huawei’s chipset and software supported the successful trial of the pre-NB IoT technology which realized narrow band communications in carrier frequency. The deployment of NB-IoT in licensed cellular spectrum signifies that it is secure and less susceptible to interference. The system promises to provide a better guarantee of service too. Further trials and large-scale commercial deployments are planned by the both partners.

Moving forward, Huawei will continue to invest in innovation and is committed to building a robust, open ecosystem to drive NB-IoT technology innovation and commercialization. Together with its strategic partnership, Vodafone and Huawei will lead the development of NB-IoT connectivity across a number of different verticals including utilities, agriculture, manufacturing, wearables and transport to create a better connected world.

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Huawei Breaks Ice with Vodafone for Their NB-IoT launch

By | Internet of Things, iot | No Comments

NB-IoT

At M2M World Congress in London, Huawei shared its Narrow-Band Internet of Things (NB-IoT) strategy and innovations to advance IoT applications and smart cities. This would deliver social and economical benefits. Huawei also demonstrated how it is building an ecosystem that works together to realize the full potential of NB-IoT, including its collaboration with Vodafone to launch the Vodafone NB-IoT Open Lab in Newbury, U.K.

On the ecosystem development front, on April 25, 2016 , Huawei and Vodafone announced the launch of the Vodafone NB-IoT Open Lab. This Initiative aims to help third parties conduct services including network solution verification, new application innovation, device integration, business model research and product compliance certification. All of this would accelerate the application advancement within the vertical industries and promote the development of the industry chain.

NB-IoT technology has emerged as the Low Power Wide Area (LPWA) standardized by 3GPP. This provides a wide array of significant advantages including supporting more than 100,000 connections per cell, a long battery life of 10 years, deep coverage with a 20db gain over GSM networks. Another advantage is enhanced security supported by two-way authentication and strong interface encryption, providing carrier stability to enable IoT applications and smart cities.

Currently, Huawei offers a comprehensive portfolio of IoT solutions. In addition to traditional network equipment, Huawei also offers a unified business management platform and communication chipsets to provide carriers with effective support for their commercial deployment of NB-IoT solutions.

“IoT applications represent powerful opportunities to transform the way businesses and cities connect to create vast social and economic benefits. However capturing the full potential of NB-IoT applications such as smart metering and smart parking requires innovation and collaboration around NB-IoT to ensure secure, stable and robust connectivity,” said Paul Scanlan, President of Business & Network Consulting, Huawei. “Together with our partners, Huawei is applying groundbreaking NB-IoT innovation to solve core challenges around IoT applications and smart cities. As a platinum sponsor of M2M Congress, we believe this is an important forum bringing together industry experts to discuss innovation and best practices for sustainable development of NB-IoT technology to enable IoT applications and smart cities and ultimately to build a better connected world.”

Vodafone, Huawei and u-blox have successfully conducted commercial trial of pre-standard NB-IoT technology. According to the plan, by successfully integrating the technology into the operator’s existing mobile network in Spain , the carrier would be able to offer long-distance remote metering services to its users in the future.

Huawei’s chipset and software supported the successful trial of the pre-NB IoT technology which realized narrow band communications in carrier frequency. The deployment of NB-IoT in licensed cellular spectrum signifies that it is secure and less susceptible to interference. The system promises to provide a better guarantee of service too. Further trials and large-scale commercial deployments are planned by the both partners.

Moving forward, Huawei will continue to invest in innovation and is committed to building a robust, open ecosystem to drive NB-IoT technology innovation and commercialization. Together with its strategic partnership, Vodafone and Huawei will lead the development of NB-IoT connectivity across a number of different verticals including utilities, agriculture, manufacturing, wearables and transport to create a better connected world.

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