Category Archives: IoT

Battle of the IoT networks: Cellular versus Wi-Fi – IoT Agenda

When it comes to the internet of things, perhaps the key enabling technology is wireless networking technologies. Without the two primary wireless data networking technologies — cellular and Wi-Fi — almost every IoT device would require a wired connection to the internet, dramatically limiting the ability of developers to create IoT applications that deliver value to businesses and consumers.

However, thanks to these two wireless networking technologies, IoT is big and getting bigger — research firm Gartner forecasted that in 2017, 8.4 billion connected things will be in use worldwide, with this number reaching 20.4 billion by 2020. With as many as 10 billion additional connected devices forecast to be deployed over the next three years, IoT application developers face an important question as the market continues to mature — given each technology’s bandwidth, cost, coverage and security characteristics, should they design their IoT applications to use cellular, Wi-Fi or both?

Coverage

While the differences between Wi-Fi and cellular in terms of bandwidth and cost have been narrowing or disappearing, cellular is expanding on its coverage advantages. By definition, Wi-Fi is a local area network (LAN) which provides great coverage in a very limited area. Yet, the moment a connected device leaves that area, coverage is lost, which results in significant design limitations for IoT application developers. On the other hand, cellular data coverage today is extensive and growing, as wireless network operators compete with each other to offer better coverage to their customers. In addition, standard low-power wide-area (LPWA) cellular IoT technologies (LTE-M and NB-IoT) provide deeper coverage than traditional cellular technologies, expanding cellular connectivity to underground spaces, buildings and rural environments. While LPWA is new, it is rapidly being embraced by network operators, as upgrading 4G LTE infrastructure to support LPWA only requires a simple software update. For developers who want to deploy IoT applications around the world or to remote, underground or similar hard-to-reach locations, cellular provides clear advantages — advantages that will only grow over the coming years.

Security

When evaluating the security differences between Wi-Fi and cellular, one must always remember that no network can ever be made 100% secure. Nonetheless, cellular does possess several security advantages over Wi-Fi. First, all cellular data is encrypted by default. Wi-Fi data can be encrypted, but this encryption has to be turned on. This introduces human error into the Wi-Fi security equation, and as seen in recent cybersecurity attacks, such human-error related vulnerabilities can and will be exploited by cybercriminals. In addition, cellular security updates are made by network operators who have dedicated cybersecurity staff in place and very strong financial and reputational incentives to ensure such updates are made as quickly as possible. However, Wi-Fi depends on individual Wi-Fi network owners to make security updates, and it is easy for individual Wi-Fi network owners to delay or overlook these updates. The problem with overlooking such updates was recently demonstrated by the Key Reinstallation AttaCK, aka KRACK, on the key exchange handshakes used in the Wi-Fi Protected Access (WPA) and Wi-Fi Protected Access II (WPA2) security protocols. Another security issue with Wi-Fi is cybercriminals can create “fake” Wi-Fi networks that unsuspected device owners connect to, allowing these criminals to hack into these owners’ devices. While creating fake cellular networks is theoretically possible, cellular’s built-in security advantages, as well as size and scale of network operators, make the creation of similar fake cellular networks much more difficult. As cyberattacks continue to increase, cellular’s security advantages give it a leg up on Wi-Fi for developers building applications where security is a key design consideration.

Bandwidth

For years, Wi-Fi had a significant advantage in bandwidth over cellular, with older 802.11b/g/n Wi-Fi technologies offering speeds up to 450 megabits per second and the newer 802.11ac Wi-Fi technology offering speed up to 1.3 gigabits per second (Gbps). However, cellular technologies based on the 4G LTE standard are now as fast as 1 Gbps, making cellular bandwidth comparable with Wi-Fi. In addition, while new Wi-Fi technologies based on the 802.11ax standard promise speeds of up to 10 Gbps, new cellular technologies using the 5G standard will offer similar speeds. With cellular now able to come close, if not match, Wi-Fi in regard to bandwidth, when it comes to video and other high-bandwidth IoT applications, there is little to no difference between the two technologies on speed.

Security, bandwidth and coverage are not the only capabilities developers need to consider when deciding whether they their IoT applications should use cellular, Wi-Fi or both, but they might be the most important. In terms of cost and bandwidth, cellular has in recent years caught up to Wi-Fi, and today Wi-Fi’s advantages in these areas are minimal or non-existent. However, when it comes to coverage and security, cellular has significant advantages over Wi-Fi, advantages that it will build on over the coming years.

Despite these advantages, Wi-Fi is not going away anytime soon. Wi-Fi has a strong established base in most households, and the fact there are no additional costs to connect multiple devices to a Wi-Fi network means that Wi-Fi will likely continue to be used for many consumer and smart home IoT applications over the coming years. In addition, with costs coming down for both technologies, building IoT applications that support both Wi-Fi and cellular connectivity is an increasingly attractive option for developers looking to cover all their bases and differentiate their consumer versus enterprise-level services. However, with cellular increasingly equal to or better than Wi-Fi in terms of bandwidth, cost, coverage and security, many developers who previously might have only considered Wi-Fi for their IoT applications are likely to be looking at, if not switching to, cellular over the coming years.

Source: Philippe Guillemette Sierra Wireless – IoT Agenda

The ContiConnect™ smart tyre monitor helps prevent cost-intensive tyre-related breakdowns

vodafone_logo

Continental is helping to make the world’s roads safer with Vodafone’s support through the new digital tyre monitoring platform, ContiConnect. The companies are using the Internet of Things (IoT) to connect commercial vehicle fleets to the digital tyre monitoring platform to improve road safety and vehicle efficiencies. ContiConnect is currently deployed in US, Canada, Malaysia and Thailand with the rest of the world to follow.

ContiConnect communicates tyre temperature and pressure data to a central web portal via the wireless network, allowing fleet managers to continuously monitor the data for their entire fleet. If low temperature or high pressure data are reported the system automatically sends an alert to the driver and the central fleet manager, providing recommendations on resolving the issue.

The new platform helps prevent expensive tyre-related breakdowns and accidents affecting commercial fleets, and maximises vehicle uptime. The Vodafone mobile communications network transmits the data securely, reliably in real-time to destinations around the world.

Continental‘s Commercial Tyre Division Digital Solutions Manager Michael Neuheisel, said: “ContiConnect provides commercial vehicle fleet operators such as haulage, bus or construction companies with greater transparency in their fleet management activities and allows them to digitally monitor their vehicles’ tyres in real-time. The recorded data helps fleet managers to maximise vehicle uptime and reduce maintenance costs and fuel.”

Vodafone’s IoT Director Stefano Gestaut said: “This is a great example of how IoT can make real world differences in so many unexpected places. This ensures that truck drivers experience fewer tyre-related breakdowns and accidents – making the roads a safer place to be for every vehicle user.”

Special Continental sensors continuously monitor tyre pressure and temperature data and transmit it to a receiver unit. The receiver unit then transmits the data in real-time to the Continental server where a software program analyses it. If any of the values are critical, ContiConnect sends an alert so that the fleet manager can take action.

In the ecological fast lane

ContiConnect is putting commercial vehicles in the ecological fast lane. The regular data streams that are sent to the fleet managers help them to plan tyre changes and maintenance far more efficiently, improving the operational performance and lifespan of the tyres. Tyre pressure monitoring also contributes to protecting the environment because tyres that are operated at optimum pressure save fuel and reduce commercial vehicles’ CO2 output. For example, a tyre operating at just 80% pressure uses around 0.9 litres more fuel for every 100 kilometres driven. Over an average distance covered of 120,000 kilometres per year, that’s 1,080 litres more fuel consumed for each tyre. So in addition to the environmental benefits, ContiConnect also improves commercial fleet profitability.

Global flexibility in the Internet of Things

The system transmits data by SMS or e-mail, so the driver doesn’t need to have a display unit in the cockpit. And the global Vodafone network ensures that fleet managers have real-time data on all their vehicles that are out on the road.

Source: Vodafone

Sigfox and Louis Vuitton partner for innovative luggage tracker

Louis Vuitton Tracker Sigfox

Sigfox, the leading IoT service provider, and Louis Vuitton, the most iconic luxury brand in the world, have announced the release of a luggage tracker that uses Sigfox technology. Exclusively available with the Louis Vuitton Horizon luggage range, it allows passengers to track their checked luggage in major airports, even while travelling between different countries.

 

The tracking device is the first to include Sigfox’s Monarch service. Unveiled at the World IoT Expo in September 2017, Monarch is a new service that enables devices to run seamlessly in all parts of the world, by automatically recognising and adapting to the local radiofrequency’s standards. As global operations are split into three geographical zones, the use of Monarch unlocks endless applications in logistics and supply chain, the consumer market, and automated maintenance for the shipping, aircraft and railway industries.

 

Asset tracking is the most important vertical in the massive IoT industry and Monarch represents a major breakthrough. This project is the first commercialized application of many millions that will be developed in the coming years. Sigfox’s unique value proposition is currently the only one allowing this kind of use case: a global network combined with a simple technology based on cost efficiency and low-energy consumption.

The luggage tracker is available as an additional accessory for the Horizon 50, 55 and 70 models and can easily be clipped into a pocket within the suitcase. Extremely easy to use, its low energy comsuption ensures a battery life of up to six months.

For additional information about the list of airports where the Monarch service is available, please check: https://www.louisvuitton.com/Horizon70/Airports

Source: Sigfox

Controlling fish farms water quality with smart sensors in Iran

The fish farming industry in Iran has rapidly grown within recent years, doubling employment rates and multiplying its production. This activity began with the enhancement of the quality of fish species selected from the Caspian Sea and then continued through the development of intensive aquaculture utilizing different foreign species. Investing in the development of earth ponds, reservoirs and sea cages has become crucial for the local government, which supports the private sector by providing low rate interest loans and suitable land at competitive prices.

Location of Iran

Location of Iran

The Iranian Caspian Coast is one of the main pisciculture producing areas in the country and its territory is full of breeding pools. These ponds are filled on average once a year and then emptied at the end of the breeding season. This makes water quality control extremely important for the productivity and correct functioning of the fish farms.

Afarinesh Samaneh Mehr Engineering Co. (ASM), Libelium official distributor in Iran, is active in a variety of fields including smart city, smart environment, smart agriculture, smart husbandry, safety, and security, among others. The company has developed a Smart Water sensor network to measure the water quality parameters of the fish farms in the North of the country.

Smart Water Sensor Network installed at fish farm in Iran

Smart Water Sensor Network installed at fish farm in Iran

Water pollution is the first cause of financial losses in the market. The main objective of this project was to control water quality parameters in order to increase quality and productivity as well as to reduce costs and increase profits. Having information about water quality parameters in fish breeding ponds offers the fish farmers the possibility to manage their installations in an improved and more effective way, accelerating their inner processes.

Experts list a large number of parameters that must be taken into account in order to favor aquaculture productivity. The pH and dissolved oxygen levels are some to consider. Additionally, other chemistry limits are also recommended to protect the health of fish, such as ammonium and nitrite, the main indicators of toxicity created by the feces of fish.

ASM Engineering Team during the installation of the Smart Water monitoring system

ASM Engineering Team during the installation of the Smart Water monitoring system

In this project, the company ASM installed four Waspmote Plug & Sense! Nodes to measure water quality parameters:

  1. Waspmote Plug & Sense! Smart Water (2 units)
  2. Waspmote Plug & Sense! Smart Water Ions (2 units)

Each pair of nodes were mounted in a buoy and located in different locations inside the breeding pond in order to cover the biggest possible area in the pool.Taking into consideration the nature of the project with all nodes installed inside the fish farm ponds, the ASM engineering team decided to use solar power in order to ensure a continuous energy supply.

Waspmote Plug & Sense! Smart Water and Smart Water Ions mounted on a floating system

Waspmote Plug & Sense! Smart Water and Smart Water Ions mounted on a floating system

In this project, the values to control were:

  • Water temperature
  • Dissolved Oxygen
  • pH
  • Ammonium
  • Nitrite

Communications diagram of ASM Smart Water project

Communications diagram of ASM Smart Water project

Communication protocol between the devices and the gateway was LoRaWANand between the gateway and the cloud platform, cellular 3G. ASM used Loriot network server for handling LoRaWAN connectivity, being the platform used for visualization Thing+, which allows real-time control of parameters and also obtains diagrams and tables showing sensor values.

ASM Dashboard developed in Thing+ Cloud Platform

ASM Dashboard developed in Thing+ Cloud Platform

Reduce casualties and increase productivity

The return on investment (ROI) of this project includes:

  • Reduction of production costs
  • Time savings
  • Reduction of casualties
  • Increase in productivity

The highest mortality rates in aquaculture are due to the quality of water, and monitoring the water conditions can reduce by 30% to 40% of the casualties. This is also essential to meet international regulations to assure fish quality and farming conditions.

Dissolved Oxygen graphic obtained from ASM Dashboard

Dissolved Oxygen graphic obtained from ASM Dashboard

Thanks to this system, fish farm facilities can demonstrate that implementing their monitoring methods and automating their activities will put them in a much better market positioning than others that are still working in a traditional way.

ASM highlights that Libelium’s sensor platform offers the following key factors:

  • Low power, versatile and semi-autonomous devices.
  • Wide range of sensors and measurement probes.
  • Ability to support standard radio and (secure) communication protocols.
  • Ease of integration with cloud based solutions.
  • Reliability and durability of the IoT platforms and sensors.
  • Accessibility to embedded software platform (open source or otherwise).
  • Affordability of the nodes.
  • Simple and easy installation and deployment of the nodes on site.

The ASM Engineering Team was completely satisfied after the installation of the system. “We succeeded in completing this project with Libelium products and we are fully satisfied with this equipment”, comments Ali Bordbar, Marketing & Business Development Manager at Afarinesh Samaneh Mehr Engineering Co.

Source: Libelium

Nokia and Tele2 sign strategic partnership to provide global IoT services


Internet-of-Things-1920xxFive-year contract covers the provision of Nokia worldwide IoT network grid (WING)
Enables Tele2 IoT to offer innovative and global IoT connectivity services to large enterprises
A joint innovation and collaboration program to accelerate IoT adoption

Nokia and Tele2 IoT have signed a five-year agreement to enable the delivery of IoT services to Tele2 enterprise customers based on Nokia’s worldwide IoT network grid (WING).

Nokia WING will allow Tele2 IoT to rapidly and cost-effectively provide complete IoT services to its enterprise customers in fields including transport, healthcare, smart city and utilities to manage their connectivity needs and assets, such as connected cars or connected freight containers, around the globe. Access to a worldwide IoT network enables Tele2 IoT’s enterprise customers to benefit from low latency, regulatory compliance, advanced enterprise onboarding and 24×7 troubleshooting offered as a managed service.

Nokia WING is a ‘one-stop-shop’ IoT managed service that includes a pre-integrated global IoT core network, connectivity management as well as dedicated IoT operations, billing, security and data analytics, along with an application ecosystem.

The offering is completed with innovative solutions based on Tele2 IoT technology. The combination of these cutting edge technologies from Tele2 IoT and Nokia WING enables a new paradigm for global IoT connectivity services.

The scope of the agreement also includes the collaboration and partnership on various advanced technologies such as 5G, Narrowband IoT (NB-IoT), LTE for machine-to-machine (LTE-M), SIM management and analytics to further accelerate the global IoT ecosystem.

Rami Avidan, CEO of Tele2 IoT, said: “Nokia WING is a unique concept for worldwide IoT enablement which will allow us to serve our enterprise customers better and differentiate our offering on a global scale. We are excited about the prospect of helping our customers to easily deploy IoT services, driving new revenue growth opportunities.”

Ankur Bhan, head of WING at Nokia, said: “Nokia WING will enable Tele2 IoT to offer its enterprise customers a global service with flexible control, low latency and high levels of efficiency and enterprise automation. Together we will work on enabling new IoT solutions that can be adopted in various industries to deliver seamless, reliable and efficient processes to help businesses run more intelligently.”

Nokia WING has been nominated for a Global Mobile Award for the 2018 Mobile World Congress in the ‘Best Mobile Network Infrastructure’. In 2017, it was recognized as the winner in IoT leadership at the TechXLR8 Awards and also won the Global Telecoms’ highly commended’ award in the category ‘IoT initiative of the year’.

Source: Nokia

Nokia and EDF join forces to test Internet of Things technology for industries

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  • Project led by R&D division of EDF, will explore low power, wide area (LPWA) wireless technologies to support safe and secure connections with potentially millions of sensors and other devices
  • Joint effort incorporating Nokia TestHub services is among the industry’s most comprehensive testing to date using IoT devices for industries
  • Represents key step in EDF’s move towards the use of IoT; highlights Nokia’s role as a key partner for the deployment of networks for industries

Nokia has been selected by French power utility EDF’s R&D unit to test the performance of LPWA wireless networking technologies – key emerging standards for Internet of Things (IoT) device connectivity – to support critical operations for industries. The two companies will engage in a comprehensive testing regime, among the first of its kind in the industry, exploring the capabilities of LPWA technologies to support real-world industrial applications. Nokia is EDF R&D’s exclusive partner for this effort.

EDF R&D will utilize Nokia TestHub Services in Nokia’s Device Testing Lab in France – which gives customers access to state-of-the-art, carrier-grade wireless infrastructure – when testing IoT/M2M objects, chipsets, modules and user devices across all wireless technologies and frequencies. This enables devices to be tested on real network infrastructure rather than a simulated network, which reduces guesswork in testing and analysis and minimizes risks in advance of widespread commercial introduction.

The testing will compare IoT technologies recently standardized by the 3G Partnership Project (3GPP) – including NarrowBand-IoT (NB-IoT) and LTE-Machine (LTE-M) (also known as enhanced Machine-Type Communications or eMTC) – with other emerging, largely unlicensed IoT technologies.

This agreement builds on Nokia’s strong track-record providing mission-critical networks toindustries, and highlights the company’s strong position in the emerging market for IoT connectivity. It also highlights the progress of Nokia’s strategy of expanding its customer base outside of the traditional telecommunications sphere, a key focus of the company’s diversification efforts.

Stéphane Tanguy, head of IT Systems, EDF R&D, said: “The Internet of Things offers tremendous opportunities for our group. Many use cases can be enabled by IOT technologies in various businesses from power generation to marketing. As the R&D engine of the EDF Group, it is our responsibility to characterize the objects, their connectivity, their integration into IoT platforms and the related end-to end cybersecurity properties. Among the connectivity solutions, it is essential that we understand the performance, the maturity and the adequacy of each technology for our different use cases by an objective and agnostic approach. The cellular IOT technologies (LTE-M and NB-IOT) are two major technologies that we have decided to test with Nokia, which provides us with a very interesting test environment and valuable expertise to carry out these evaluations.”

Matthieu Bourguignon, head of Global Enterprise and Public Sector, Europe, for Nokia, said: “The use of IoT devices in industrial networks is in its infancy, but given the expected huge numbers of devices that will be deployed in the future, it is critical that our customers can evaluate now the various technologies before making substantial investments. Nokia’s Device Testing Lab, staffed by some of the most experienced wireless networking experts in the industry, will make it much easier for EDF to evaluate the performance of LPWA against other emerging technologies and reduce the risk of future deployments.”

Manchester scientists develop graphene sensors that could revolutionise the Internet of Things

Sensors

Researchers at The University of Manchester have devised graphene sensors embedded into RFIDs, which have the potential to revolutionise the Internet of Things (IoT).

By layering graphene-oxide (a derivative of graphene) over graphene to create a flexible heterostructure the team have developed humidity sensors for remote sensing with the ability to connect to any wireless network.

Graphene was the world’s first two-dimensional material isolated in 2004 at The University of Manchester, it is stronger than steel, lightweight, flexible and more conductive than copper.

Since then a whole family of other 2D materials have been discovered and continues to grow.

Using graphene and other 2D materials, scientists can layer these materials, similar to stacking bricks of Lego in a precisely chosen sequence known as van der Waals heterostructures to create high-performance structures tailored to a specific purpose.

As reported in Scientific Reports, the groundbreaking nature of this development is that such sensors can be printed layer-by-layer for scalable and mass production at very low cost. The device also requires no battery source as it harvests power from the receiver.

Sensors with a RFID enabler are at the heart of the IoT. This new development can provide various applications such as battery-free smart wireless monitoring for manufacturing processes that are sensitive to moisture, food safety, healthcare and nuclear waste.

The developed technique has the potential to simplify how the information is gathered through its wireless system, nor is it is limited to a particular wireless network and has the ability to be compatible with networks including WiFi and 5G.

Dr Zhirun Hu who led the work said: The excitement does not end with this new application here, but leads to the future possibilities of integrations of this technique with other 2D materials to open up a new horizon of wireless sensing applications.

Professor Sir Kostya Novoselov, who won the Nobel Prize in Physics and coordinated the project, added: It is the first example of the printable technology where several 2D materials come together to create a functional device immediately suitable for industrial applications. The Internet of Things is the fast growing segment of technology, and I’m sure that 2D materials will play an important role there.

Advanced materials is one of The University of Manchester’s research beacons – examples of pioneering discoveries, interdisciplinary collaboration and cross-sector partnerships that are tackling some of the biggest questions facing the planet. #ResearchBeacons

 


Unearthing the IoT in Agriculture

Internet-of-Things-1920xx

IoT M2M connectivity specialist Eseye has partnered with Burkard, designers and builders of air samplers for agricultural research since 1953, to harness the power of the IoT. Burkard has developed a piece of real-time pathogen monitoring equipment to predict and provide an early warning system of crop disease risk. The collaboration with Eseye and its AnyNet Secure™ SIM and technology, delivers highly secure and reliable global cellular network data through its AnyNet Secure™ SIM, and provides automatic routing onto up to 440 cellular operators in 190 countries and links seamlessly to the AWS Cloud.

Increasing the world’s food supply is a major issue, crop diseases can have a devastating humanitarian and economic impact and with sustained global population growth it is estimated that by 2050, a 70 per cent increase in food production is required to ensure the world is fed. Jeremy Potgieter, regional head, SADC, Eseye says that 20-40 per cent of crop losses are attributed to disease: “The accurate prediction and prevention of diseases is a vital area to address in the battle to enhance yields, and is now an area in which cellular IoT and the AWS Cloud is providing support to an innovative solution.”

Traditionally, the method of identifying signs of crop disease has been time-consuming, cumbersome and costly, involving research scientists assessing the contents of in-field samplers under a microscope. Preventative pesticide spraying is also used to protect crops from possible disease, with weather or planting dates informing decisions on the chemicals to be applied. This is less effective and more costly than targeted spraying, it may be detrimental to consumer health and the environment, and over time, sees pests and diseases becoming resistant to the treatment.

Burkard’s innovative product uses Eseye’s AnyNet Secure global cellular connectivity and AWS IoT to enable farmers to receive tailored information from their own fields, whenever they want it, and to have full control over that data.

Potgieter says that the Burkard Auto Sampler sits permanently within a farmer’s field remotely collecting DNA release and uses a LAMP assay to quantify airborne spores: “Crop data is transmitted, over-the-air via the AnyNet Secure SIM, back to the AWS Cloud where it is analysed and reported in a matter of minutes using AWS IoT Gateway tools, which do the mathematics behind the forecasting. Information is stored and presented back so farmers can see exactly which fields are at risk and act accordingly to treat the crops.”

Historically, for similar agricultural projects, Burkard used a general modem and SIM card to send texts to alert on potential crop risks. However, Burkard found this unresponsive because the lack of reliable connectivity across different locations resulted in the frequent need to change providers.

Stuart Wili, managing director at Burkard, says, “While working on a similar project a few years ago, we had to send operators out with mobile phones from as many different providers as possible to find out which had the best signal in certain fields. It was not only extremely inefficient but often connectivity was lost anyway. This time we knew we needed a reliable connectively solution to make the project a success.”

The AnyNet Secure™ SIM enhanced features also enable IoT devices to remotely and securely activate, provision, authenticate and certify devices or ‘things’, in field, over-the-air. Integration with AWS Cloud Services, further simplifies project set up and deployment by reducing the need for investment in specialist in-house infrastructure and development resources. By adding AWS’ software tools and cloud the business establishes the means to simply and quickly analyse data and to scale instantly and securely, on demand.

Wili says: “With the AnyNet Secure SIM, farmers don’t need to rely on single local network coverage, which often can’t be guaranteed. Instead they can be assured accurate data from the field is being securely and accurately transmitted back to the server, without any concern over connectivity, the AnyNet Secure SIM will utilise any and all connectivity available. Farmers can completely trust the system data will forewarn about any potential issues with their crops, they can then act quickly to resolve them.”

The module deployed, an Eseye Hera 604 with add-on logger functionality, can store all data and publish to AWS as required, ensuring there is no loss of information. A key challenge to the solution is to deliver secure and resilient connectivity, otherwise the farmers’ data will be void.

Wili explains, “We are finally giving farmers an answer to their concerns over the ramifications of crop disease. This not only provides peace of mind, but the solution also supports the environment and saves precious time, resources and ultimately money. Looking to the future, we plan to roll out the technology across the globe, particularly in developing countries, where the importance of farming is far higher, and therefore the need to prevent disease to ensure a healthy crop is even greater.”

Paul Marshall, Chief Customer Officer at Eseye, says, “Eseye’s work with Burkard and AWS is a prime example of the range of economic, social and environmental benefits which can be reaped through IoT. By using AnyNet and AWS solutions, the agricultural industry can harness the knowledge and foresight from accurate data in making informed decisions. We are delighted to be part of this project and look forward to seeing the benefits rolled out across the globe.”

Source: eseye

Vodafone launches “V by Vodafone” bringing world-leading IoT expertise to consumers

voda-v

Mobile operator Vodafone has entered the Internet of Things (IoT) consumer market with the launch of “V by Vodafone” enabling consumers to connect millions of home and leisure electronics products to the Group’s dedicated global IoT network – the largest of its kind in the world.

IoT technologies bring Internet-connected network intelligence to a wide range of devices at work, home and on the move. Analyst estimates suggest that by 2020 there will be more than 370 million consumer electronics and smart home devices capable of connection to mobile IoT networks in the countries in which Vodafone operates, up from around 50 million today.*

“V by Vodafone” is a new, simple system for consumers to connect and manage IoT devices and a product range that includes a connected car dongle, a 4G security camera, a pet location and activity tracker and a bag location tracker.

Vodafone’s consumer IoT strategy will build upon the company’s extensive track record in developing and implementing enterprise IoT technologies. The Group is the mobile world leader in IoT, with
59 million IoT connections and an international network and services platform for a wide range of business-critical applications.**

 

The new, simple way for consumers to connect IoT devices

“V by Vodafone” comprises:

  • the dedicated IoT “V-Sim by Vodafone”. The Sim card will be shipped as standard with IoT-enabled consumer electronics products sold by Vodafone from today. “V-Sim by Vodafone” will be also offered by third-party retailers next year;
  •  the “V by Vodafone smartphone app, providing customers with a single and intuitive overview of all IoT-enabled products registered to their account. Setting up each product is simple: customers scan a QR code on the product packaging to register it and add the monthly fee to their existing Vodafone mobile account;
  • automatic straight-out-of-the-box connection to the international Vodafone IoT network in any of 32 countries***. Customers benefit from a straightforward means of managing all of their connected devices from a single interface wherever they are, and wherever they travel. Unlike Wi-Fi-enabled devices, “V by Vodafone” products  are constantly connected wherever there is a mobile signal;
  • a single, affordable fixed monthly price plan for each product connected with a “V-Sim by Vodafone”, making it easy for consumers to use multiple IoT-enabled products; and
  • during 2018, Vodafone will launch a new online product marketplace open to IoT developers that will greatly extend the product choice for customers.

The “V by Vodafone” concept and product range were developed with insights from comprehensive research involving more than 15,000 consumers in Germany, Italy, Spain and the UK.

Launch products

Vodafone has focused on four product categories at launch. Other categories will follow in 2018.

The products will be available for purchase by current Vodafone mobile customers from today in selected Vodafone stores in Germany, Italy, Spain and the UK. They can also be purchased online at v.vodafone.com.

V-Auto by Vodafone uses the same IoT technologies developed by Vodafone for some of the world’s most advanced connected cars. The “plug and drive” dongle can be added to most vehicles on European roads manufactured since 2002. The “V-Auto by Vodafone” dongle is fitted to the car in seconds by the customer and is fully configured within minutes.

Once connected, “V-Auto by Vodafone” adds the following capabilities to any compatible vehicle.

  • Auto SOS: the car owner will be contacted and offered support in the event of an accident in their home country. An automated call will be made to the emergency services if there is no response. The Auto SOS function provides the kind of eCall capability that will be a mandatory safety feature fitted in all new cars sold in the European Union from 2018, but does so simply and cheaply for millions of older vehicles that would not otherwise benefit from this life-saving technology.
  • Find My Car: enabling the car owner to track the whereabouts of their vehicle.
  • Safety Score: providing driving performance statistics on every journey. This is ideal for helping younger or inexperienced drivers improve their road sense.

V-Camera by Vodafone is a high-definition mobile security camera that automatically connects to Vodafone’s IoT network. This enables customers to set up continuous remote video monitoring of any location where there is 3G or 4G coverage.

V-Pet by Vodafone is a location and activity tracker for dogs and cats. Owners can track their pets using a combination of GPS and the mobile network and get smartphone alerts if their pet strays from a designated area. They can also use the activity monitor to track their pet’s movements and sleeping patterns.

V-Bag by Vodafone is an advanced briefcase, handbag and schoolbag tracker that helps customers reduce the risk of theft or loss. Customers can set up a smartphone alert to notify them if a bag leaves a designated area such as a playground or crowded bar.

Vodafone Group Chief Executive, Vittorio Colao, said: “The Internet of Things is already beginning to transform how businesses operate. Over the next decade, the expansion of IoT into consumer markets will bring about an equally dramatic shift in how people manage their daily lives, at home and in their leisure time. “V by Vodafone” makes it simple to connect a wide range of IoT-enabled devices, helping customers keep everyone and everything that matters to them safe and secure. We look forward to applying our world-leading expertise in IoT to help consumers make the most of the next phase of the global digital revolution.”

Source: Vodafone

Telit and Husqvarna Collaborate on Robots for Urban Park Sustainability Program

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Telit’s end-to-end IoT solutions are enabling real-time sensor data from robotic lawnmowers that offers valuable insight into green-space environmental conditions and park maintenance

Telit, a global enabler of the Internet of Things (IoT), today announced that Husqvarna is using a wireless sensor device co-developed by Telit and Wireless System Integration (WSI), an award-winning Sweden-based design house developing wireless products and systems, in their city robotic mower pilot program. Cities are using the Husqvarna mowers to collect data about the environment, the quality of air, water, and levels of light and sound, while maintaining the cities’ green spaces, saving time and money, reducing emission and noise pollution.

The mowers cut the grass daily, within a boundary wire, rain or shine, keeping the grass cut and collecting data 24 hours a day from the sensors. The sensors collect real-time data on UV radiation, air quality, ambient noise, luminosity and vibration. The sensor box, designed by Telit, is a first for the industry. The sensor box mounted on top of the mowers, uses the robots’ main battery for power supply, thereby recharging whenever the robot returns to its base. The sensor box transmits the data using Telit’s HE910 cellular module and Telit’s global IoT connectivity data plans (MVNO). The Telit IoT Platform seamlessly connects, manages and delivers the environmental data in a ready-to-use format. In cooperation with Husqvarna, Quantified Planet, an organization that links innovation to science, receives the data and publishes it for citizens to review. The cities can then analyze the environmental data sent by the robots and implement programs to improve the health of its citizens, based on these insights.

“Collecting this city data gives researchers the opportunity to explore and research the health of urban public spaces in a way that has never been done before. By using the Quantified Planet data exploration platform, this new data can provide insights and innovation on how to develop and improve sustainable open green spaces which impact the citizens living nearby. We are excited to be part of the project,” said Maja Brisvall, CEO, Quantified Planet.

“The need for green spaces is growing more and more in urban areas, and it is inspiring to think about how parks in cities will be maintained in the future. I am excited about the pilot program, learning more about the possibility to increase sustainability and productivity in professional landscaping for urban areas,” said Pavel Hajman, President of the Husqvarna Division.

“According to the United Nations, 66 percent of the world’s population will be living in urban areas by 2050, creating sustainability challenges for cities to manage. Cities that are already using IoT are building the infrastructure to manage their assets and relationships with their citizens,” said Yosi Fait, Interim CEO, Telit. “Husqvarna’s city mower program is an example of how cities are using IoT to become more sustainable and efficient. Through this collaboration we have been demonstrating again our unique sensor to cloud capabilities, cutting our customers time to market through our integrated lines of products and services as well through our professional services team’s significant IoT knowhow.”

About Husqvarna
Husqvarna is a brand within Husqvarna Group. Since 1689, Husqvarna has manufactured high performing products and delivered industry-changing innovations such as anti-vibration and automatic chain-break on chainsaws, as well as the world’s first commercial robotic mower. Today, Husqvarna offers a broad range of high performing outdoor power products for parks, forest and garden, and represents technological leadership in the key areas; chainsaws, trimmers, ride-on mowers and robotic mowers. Husqvarna products are sold in more than 100 countries, mainly through servicing dealers.

Husqvarna Group
Husqvarna Group is a world leading producer of outdoor power products including chainsaws, trimmers, robotic lawn mowers and garden tractors. The Group is also the European leader in garden watering products and a world leader in cutting equipment and diamond tools for the construction and stone industries. The Group’s products and solutions are sold under brands including Husqvarna, Gardena, McCulloch, Poulan Pro, Weed Eater, Flymo, Zenoah and Diamant Boart via dealers and retailers to end-customers in more than 100 countries. Net sales in 2016 amounted to SEK 36 billion, and the Group had more than 14,000 employees in 40 countries.

Source: Telit