Displaying items by tag: Internet of Things
AT&T and Nokia are teaming up to provide virtually seamless Internet of Things (IoT) connectivity around the world. The companies are using Nokia’s Worldwide IoT Network Grid (WING) to offer AT&T’s enterprise customers the benefits of Nokia’s global IoT ecosystem. These include core network, dedicated IoT operations, billing, security, data analytics, and more.
AT&T and Nokia will develop, test and launch the next generation of IoT services. They’ll cover a wide range of industries including transportation, health, manufacturing, retail, agriculture, utilities, consumer electronics and smart cities.
Commercial deployment starts later this year. WING’s core network assets are expected to be available in more than 20 countries across Europe, Asia, North America, South America, and the Middle East by the first quarter of 2020. The collaboration will help set the stage for the evolution to global 5G.
Together the companies can help enterprise customers:
- Bring more capabilities to more places with increased performance and flexibility, lower latency, and enhanced platform capabilities.
- Address specific business requirements through capabilities like 5G network slicing that allows a single network to be partitioned into multiple networks.
- Meet local regulatory requirements for IoT devices.
“Our work with Nokia WING will help clear away the complexity of large-scale IoT adoption so that our customers can unlock the potential of IoT worldwide,” said Chris Penrose, President, Internet of Things Solutions, AT&T. “Boosted by Nokia’s globally deployed ‘one-stop shop’ network technology, we can be more nimble and responsive to our customers’ needs.”
“This collaboration proves our commitment to the global IoT market, providing seamless connectivity across geographical borders and technologies,” said Sanjay Goel, President of Global Services at Nokia. “With AT&T’s leading position in IoT and proven experience meeting real customer needs, we have a winning combination to bolster our global IoT capabilities.”
AT&T offers global IoT solutions through a combination of owned and third party-provided capabilities that enable superior network performance in more than 200 countries and territories. Connected devices are deployed and controlled easily and quickly in multiple countries using a single, global SIM.
AT&T’s cloud-based Multi-Network Connect platform will simplify connectivity and platform capabilities for AT&T’s use of Nokia WING. Multi-Network Connect lets businesses manage IoT devices across multiple cellular and satellite networks, operators and regions through a single portal.
Nokia WING offers a fully integrated, global managed service for IoT connectivity enablement for mobile network operators, providing innovative features, optimizing investments and reducing time to market. Working with WING, AT&T will speed the delivery of IoT services on a global scale and drive emerging IoT applications.
Australia’s largest telecom provider Telstra announced a major step forward in the development of the Internet of Things (IoT) in Australia with the successful deployment of Narrowband technology in its IoT Network.
Telstra now offers Narrowband coverage in major Australian cities and many regional towns. This is in addition to the around three million square km of Cat M1 IoT coverage Telstra turned on in 2017. Through the Telstra IoT Network, Telstra is the only carrier in Australia and one of the first carriers in the world to offer both Narrowband and Cat M1 IoT technologies.
Telstra Chief Operations Officer, Robyn Denholm, said Narrowband technology would accelerate IoT in Australia by opening up the opportunity to connect millions of new devices sending small volumes of data at very low power levels over Telstra’s mobile network.
“We already offer our customers Australia’s largest and fastest mobile network and with our IoT Network now we have added the ability to support millions of new devices like sensors, trackers and alarms operating at very low data rates that can sit inside machines and vehicles, reach deep inside buildings and have a battery life of years rather than hours and days,” said Ms Denholm.
“These devices will be the centre-piece of the Internet of Things, which involves enabling everyday objects to send and receive data and will transform the way we all live and work in the years ahead.
“We are already leading the emergence of IoT in Australia – we connect more than two million IoT devices today and offer connected lights, cameras and motion sensors on the Telstra Smart Home platform. We expect the new mobile network capabilities we have deployed will drive rapid growth and over the next five years we forecast we will be connecting four times more devices than we do today.
“This new capability has been delivered as part of our Networks for the Future program, which is a key pillar in the up to $3 billion capital investment Telstra is making over and above business as usual to transform the way we serve customers, digitize our operations, meet the growing demand for data and lay the groundwork for 5G and IoT,” said Ms Denholm.
Telstra has embraced both Cat M1 and Narrowband to give its customers, particularly enterprise customers in industries like transportation and logistics, mining, manufacturing and agriculture, the opportunity to choose which technology best suits their needs.
“Cat M1 is well suited to applications with data in the 100s of kilobits per second with extended range and long battery life, such as a personal health monitor or a device used to measure vehicle performance. Narrowband is better suited to applications sending even smaller amounts of data and operating with an even longer battery life, such as a moisture sensor or livestock tracking device,” Ms Denholm added.
The city of Dallas, Texas, has selected Ericsson to install and host an Advanced Traffic Management System (ATMS) based on Ericsson’s Connected Urban Transport solution. The city’s vision for the traffic system is an intuitive and easy-to-use interface that automates and facilitates system monitoring, management, maintenance, and performance monitoring across departments, as well as between cities and counties.
The Connected Urban Transport solution will give Dallas and adjacent cities the ability to aggregate and analyze diverse, real-time data from traffic sensors and cameras to dynamically control traffic lights, school flashers and message signs. The solution will allow Dallas to expand its knowledge about traffic issues and assist with operational decision-making to improve traffic flow.
“The smart way to becoming a Smart City is the intentional focus on making data actionable,” said William Finch, Chief Information Officer for the City of Dallas. “Ericsson’s solution offers a lot of potential through the modernization our traffic management technology. It is from this technology that we will derive more robust data that leads to greater business intelligence, which in turn enhances our application.”
The main features of the system include an ecosystem to share data and system services with other organizations in a controlled way – to increase collaboration and empowerment of other departments, travelers and transport service providers; and a dashboard to have one central overview, across agencies, of the status of all systems – for quick troubleshooting
The main features of the system also include key performance indicators (KPI’s), to monitor and track the city’s goals and suppliers’ performance – for performance and contract management; and automation, where one system can trigger or notify another system when thresholds are violated – for faster responses and reduced workload.
“The quality of a community’s transportation infrastructure is a major factor in business and industry investment decisions,” said Jeff Travers, Head of IoT, Ericsson. “The Dallas metroplex is one of the fastest growing areas in the country. Our Connect Urban Transport solution will enable the city to manage growing traffic and increase driver safety more efficiently and at lower cost.”
Implementation began at the end of 2017 and the system will be fully operational by 2020, according to Ericsson.
Norway-based Telenor Group and Wireless Trondheim are joining forces to open a new IoT powerhouse to boost innovation, build competencies and promote Norwegian competitiveness. The IoT ProtoLab will be open to start-ups, developers and students looking to rapidly prototype and develop IoT products and services.
Opening in early 2018, the IoT ProtoLab will be a centre for IoT research and innovation, specifically focusing on next generation Low Power Wide Area (LPWA) technologies and applications. It will also enable the exchange of data, sharing of experiences and collaboration with ongoing projects at the Telenor-NTNU AI-Lab.
The lab was established as part of Telenor's initiative to prepare Norway for a digitised future, contribute to national competitiveness, increased innovation and new competencies.
“The people and companies shaping tomorrow's society are the ones that are able to utilize and apply data in new ways,” said Sigve Brekke, President and CEO of Telenor Group. “Telenor is committed to help build these capabilities in Norway. The IoT ProtoLab will be a place for students, entrepreneurs and startups to experiment and prototype solutions using next-generation IoT technologies.”
The IoT ProtoLab will be located at FAKTRY, the new community for ambitious start-ups in hardware-centric disciplines at Sluppen in Trondheim, which opens in November 2017.
To support the piloting and testing of IoT services in Trondheim, Wireless Trondheim has enabled a city-wide IoT test-bed and connected to Telenor's non-commercial offering, Start IoT. This provides access to IoT devices, a physical LPWA pilot network and a backend system, which enables prototyping and developing of IoT services at a relatively low cost. Wireless Trondheim will be responsible for the setup and the daily operation of the IoT ProtoLab.
“Our mission at Wireless Trondheim is to enable students, entrepreneurs and start-ups to experiment and prototype solutions using next-generation IoT technologies,” said Thomas Ulleberg, Manager of Wireless Trondheim. “By coupling our specialist competence with companies like Telenor, we can create real impact and help make new smart products and services for the future.”
In addition to its Start IoT offering, Telenor will also provide mentorship, support internships in the lab and will collaborate with key partners for student projects and hackathons. The first official IoT ProtoLab hackathon will be organised at FAKTRY in November by Telenor, Wireless Trondheim and Pycom.
The two day event aims to gather creative minds of the city's developer community, start-ups and students to identify and solve real-life critical business problems using next generation IoT technology, supported by experts, network access and devkits.
Nokia is to completely modernize the nationwide LTE network for Ukkoverkot, the Finnish private network operator offering wireless data communications services for infrastructure operators, the industrial IoT market, public safety authorities, the maritime industry and both residents and enterprises in remote areas.
The new network will be powered by Nokia's leading LTE solution, which provides superior network quality, capacity, security and reliability required for such specialized use cases.
"Ukkoverkot is totally focused on serving our customers, for whom connectivity means the world,” said Mikko Uusitalo, CEO of Ukkoverkot. “The agreement with Nokia enables us to roll out the most advanced public protection, IoT and campus network functions as they are available. The agreement with Finavia to develop their airport infrastructure on Nokia technology is clear testimony to the potential we have."
Founded in 2014, Ukkoverkot operates its own LTE-based mobile data network and a number of local private LTE networks, offering fast connections using the 450 MHz and 2.6 GHz spectrum bands.
Ukkoverkot's low-frequency nationwide network is largely reserved for the use of its industrial and public safety customers, which helps ensure exceptional network stability and reliability, while its high frequency network is reserved for private micro-operator networks. As a pure broadband operator, Ukkoverkot's network exclusively carries data services.
Starting in Q4 2017, Nokia will upgrade Ukkoverkot's older-generation network technology to Nokia's state-of-the-art LTE-based solution, which significantly improves network performance. This enables Ukkoverkot's customers in industrial IoT settings to capitalize on opportunities related to new Industry 4.0. applications, while critical communications and public safety operators can benefit from ultra-reliable, high-bandwidth services supporting all standardized public safety features.
Due to better propagation characteristics, low-band spectrum can provide a larger coverage area than high-band spectrum, which makes Nokia's 450 MHz LTE network solution ideal for delivering services in sparsely populated areas such as the Nordic countries.
This agreement highlights Nokia's growing momentum around the delivery of critical communications networks for customers outside of the traditional communications service provider market. Large industrial and public sector organizations are seeking robust, reliable and highly resilient networks to support services on which - in some cases - lives depend, and Nokia's solutions are ideally suited to addressing this challenge.
"With their LTE network based on Nokia's wide portfolio of technologies, Ukkoverkot brings the benefits of broadband data to the reach of new customer segments such as the industrial IoT market and public safety authorities,” said Thorsten Robrecht, head of Advanced Mobile Network Solutions at Nokia. “We are proud to team up with Ukkoverkot in its network modernization to ensure these customers can benefit from first-class network quality, and to prepare them for the services enabled by future 5G networks."
At Mobile World Congress Americas, US telecom provider Sprint and Ericsson unveiled the results of the first US 2.5GHz Massive MIMO (multiple input, multiple output) field tests conducted in Seattle, Washington and Plano, Texas using Sprint’s spectrum and Ericsson’s 64T64R (64 transmit, 64 receive) radios.
Sprint and Ericsson are preparing for commercial deployment next year, with Massive MIMO capable of increasing Sprint’s network capacity up to ten times. Testing of Massive MIMO on the Sprint LTE Plus network in downtown Seattle showed a capacity increase of approximately four times compared to an 8T8R antenna.
To showcase this capacity, Sprint convened 100 people with Samsung Galaxy S7 phones and ran simultaneous file downloads on a timed-test on all networks. The testing showed a 100 percent success rate on the Massive MIMO-powered Sprint network, which was a significantly higher result compared to the other networks.
In Plano, Texas, Sprint and Ericsson also recently tested Ericsson’s 64T64R Massive MIMO radios reaching peak speeds of more than 300 Mbps using a single 20 MHz channel of 2.5 GHz spectrum.
For both field trials, Ericsson provided the radio network infrastructure and backhaul equipment. Sprint and Ericsson together developed the test cases and requirements, which included a variety of performance scenarios involving multi-user and non-stationary testing.
The Radio Network infrastructure included Ericsson’s next-generation 5G-ready AIR6468 radio, and the backhaul equipment utilized the MINI-LINK 6352 R2 microwave radios which can provide up to 10 Gbps of backhaul, future proofing the network for 5G.
“Massive MIMO is a game changer for adding capacity to our network and taking LTE Plus to the next level,” said Dr. John Saw, Sprint CTO. “This technology is a tremendous competitive advantage for Sprint, enabling us to maximize our deep 2.5 GHz spectrum holdings. Massive MIMO will be key to meeting our customers’ growing demand for unlimited data, as well as offering Gigabit LTE and 5G services.”
The companies will use the field trial results in preparation for commercial deployment of Massive MIMO in the US beginning in 2018. In cities across the US, Sprint plans to deploy 64T64R Massive MIMO radios using its 2.5 GHz spectrum to increase capacity up to ten times.
The technology will become part of Sprint’s extended network toolbox as it works to densify and optimize the network, providing more capacity, better reliability, and overall improved performance for customers. In addition, Massive MIMO is slated to power Gigabit LTE services, and it will be a key element of Sprint’s 5G network.
“Ericsson and Sprint have been collaborating on new technologies and continually evolving Sprint’s LTE network, laying the foundation for 5G,” said Nishant Batra, Head of Network Infrastructure at Ericsson.
“Our next-generation 5G-ready TDD 64T64R Massive MIMO radio (AIR6468) will help maximize spectral efficiency of Sprint’s 2.5 GHz network,” Batra added. “It will also provide a cost-efficient way to support their customers’ growing appetite for increased capacity and high-speed data services. This will be the industry’s first live eCPRI installation, which allows for several deployment and performance advantages to operators in the 5G era.”
Massive MIMO is a differentiator for Sprint because it can be easily deployed on high-band spectrum such as Sprint’s 2.5 GHz spectrum. Massive MIMO radios can support high-frequency bands with a small form factor, whereas the physics of lower-frequency spectrum bands would require radios far too large in size to manufacture and deploy on a broad scale.
Chinese telecommunications conglomerate Huawei has launched a demo ‘smart city’ in Weifang, China. It’s part of an overall objective by the company to showcase and highlight its narrowband Internet of Things ‘smart city’ applications and Ocean-Connect IoT platform.
The Chinese smartphone maker made the announcement in relation to its new demo ‘smart city’ at the Huawei Connect conference which was held in Shanghai. It conveyed to those in attendance that Weifang will utilize Huawei’s city-level IoT platform to access, manage and collect data from sensory equipment that will be spread across the entire city in real-time.
Huawei has also publicly stated that it has enabled smart lighting applications across Weifang for a series of different objectives which range from monitoring the status of the street lights, its brightness and the applications can also detect faults. It has been claimed that the system has been specifically designed to save around 80% of traditional electricity usage and 90% of previous maintenance costs.
In addition to this, it has also been disclosed that Huawei has integrated eight services with its NB-IoT network which includes a remote-control system, Wi-Fi hotspots, video surveillance, environment monitoring and statistics. Huawei has outlined that its primary objective is to develop a ‘nervous system’ of smart cities with the Chinese multinational corporation already deploying its smart city solutions in over 100 cities across the globe.
Zheng Zhibin, Huawei Enterprise Business Group GM of Global Smart City Solution Department declared that Huawei’s vision is to improve connectivity services in urban areas all over the world – which is imperative in order to continue to drive the growth of the ‘digital economy’.
He said, “ICT advancement is accelerating the growth of the digital economy, which is a driving force of global economic development and transforming cities across many areas including governance, transport, living, social interactions, and employment, promoting the sustainable development of cities. The underlying connectivity in these smart cities will be critical to unlock the potential of the digital economy. Huawei is focused on improving connectivity capabilities within cities, and is creating the nervous system of better-connected cities through an IoT platform, achieving better awareness [and] connectivity among smart devices."
At Huawei Connect in Shanghai it was also formally announced that the telecommunications colossus and the Government of Weifang City had formed an Internet of Things Innovation R&D Centre and an IoT Industry Alliance.
Internet of Things (IoT) will generate estimated US$1.8 trillion revenue for mobile network operators by 2026, driven by the early deployment of commercial Power Wide Area Networks in licensed spectrum, according to GSMA, which highlighted new figures in the IoT Forecast Database Research published by analyst house Machina Research.
The new findings highlight the massive growth opportunities for mobile operators delivered through new mobile IoT applications and services. To date, 12 mobile operators have launched 15 commercial Mobile IoT services, including AT&T, Telstra and Verizon (LTE-M), as well as China Mobile, China Telecom, China Unicom, Deutsche Telekom, KT, LG Uplus, M1, Turkcell and Vodafone (NB-IoT).
According to the research, the Americas will account for an estimated US$534 billion, or approximately a third, of the total revenue.
GSMA CTO Alex Sinclair said “there is a real sense of momentum behind mobile IoT in licensed spectrum, with multiple commercial launches around the world, as well as the availability of hundreds of different applications and solutions.”
Sinclair added, “Many operators are already reaping the benefits of deploying Mobile IoT and we encourage others to act now to capitalize on this clear market opportunity and further accelerate the development of the Internet of Things.”
Mobile operators are enhancing their licensed cellular networks with NB-IoT and LTE-M technologies which utilize globally agreed 3GPP standards to scale the IoT, GSMA reported. Mobile IoT networks are expected to have 862 million active connections by 2022 or 56 percent of all LPWA connections.
These new mobile IoT networks are designed to support mass-market IoT applications across a wide variety of use cases, such as industrial asset tracking, safety monitoring, water and gas metering, smart grids, city parking, vending machines and city lighting, requiring solutions that are low cost, use low data rates, require long battery lives and can operate in remote locations.
According to the research, consumer demand for connected home (US$441 billion), consumer electronics (US$376 billion) and connected car technologies (US$273 billion) represent the biggest revenue opportunities for IoT.
However, other areas such as connected energy look set to reach US$128 billion by 2026 as a result of local governments and consumers seeking smarter ways to manage utilities. Similarly, revenues from connected cities are forecast to reach US$78 billion by 2026.
Qualcomm has joined AT&T, Nokia, IBM, Palo Alto Networks, Symantec and Trustonic as part of the IoT Cybersecurity Alliance formed earlier this year. The purpose of the group is to collaborate and pool together collective capabilities and resources to tackle emerging security challenges in the Internet of Things (IoT).
With over 1.5 billion IoT devices shipped using its chips, Qualcomm brings to the Alliance expertise in comprehensive security solutions rooted on hardware, for a wide array of edge devices including wearables, voice and music, connected cameras, robotics and drones, home control and automation, home entertainment, and commercial and industrial IoT.
“Robust IoT security needs to be built into the silicon that powers edge devices. A solid IoT security approach requires a combination of hardware-based security features tightly integrated with the software, communication protocols, applications and the cloud,” said Seshu Madhavapeddy, vice president, product management, IoT, Qualcomm Technologies, Inc.
“We are pleased to work with other members of the IoT Cybersecurity Alliance to support the IoT ecosystem, sharing best practices that help to protect consumers and businesses adopting IoT technologies,” Seshu added.
The IoT Cybersecurity Alliance brings together leading security providers and IoT experts to research and raise awareness of best practices for securing the growing IoT ecosystem. The Alliance’s mission is to advise businesses and their customers as well as to educate the industry on the cybersecurity measures needed to help create a safer IoT ecosystem that fosters collaboration and advances technologically secure IoT innovation.
Alliance members are raising awareness around IoT security at the endpoint, network, cloud and application layer, using overarching threat analytics to study the IoT ecosystem. The Alliance advocates for an “always-on” security approach.
Accenture and Apple have partnered to help businesses transform how their people engage with customers through innovative business solutions for iOS. The partnership will take full advantage of the iOS platform, and Accenture’s capabilities as a leader in industry and digital transformation, to help companies unlock new revenue streams, increase productivity, improved customer experience and reduce costs.
Accenture will create a dedicated iOS practice within Accenture Digital Studios in select locations around the world. Experts from Apple will be co-located with this team. Working together, the two companies will launch a new set of tools and services that help enterprise clients transform how they engage with customers using iPhone and iPad. The experts will include visual and experience designers, programmers, data architects and scientists, and hardware and software designers.
“Starting 10 years ago with iPhone, and then with iPad, Apple has been transforming how work gets done, yet we believe that businesses have only just begun to scratch the surface of what they can do with our products,” said Tim Cook, Apple’s CEO. “Both Apple and Accenture are leaders in building incredible user experiences and together we can continue to truly modernize how businesses work through amazing solutions that take advantage of the incredible capabilities of Apple’s technologies.”
Pierre Nanterme, Accenture’s chairman and CEO, said, “Based on our experience in developing mobile apps, we believe that iOS is the superior mobile platform for businesses and are excited to be partnering with Apple. By combining Accenture’s vast digital capabilities and industry expertise with Apple’s market leadership in creating products that delight customers, we are in a perfect position to help our clients transform the way they work.”
The new iOS tools and services will take full advantage of the latest Apple technologies and tap into Accenture’s digital and analytics capabilities, including new ecosystem services to help clients address the full range of iOS integration requirements to connect to back-end systems, leveraging Accenture’s systems integration expertise and the unique iOS advantages built by Apple with key partners like SAP and Cisco.
It will also include Internet-of-Things (IoT) services featuring new tools templates and predesigned code to help clients take greater advantage of the data from IoT platforms in their iOS apps, putting more power into the hands of workers.