Posts tagged with "5G"

Sceenic illustration by Heather Skovlund for 360 Magazine

Sports Innovation Lab × Sceenic

Sceenic, a leading software solutions provider for real-time experiences, has been named a Game Changer in the growing Co-Watch trend in the latest Sports Innovation Lab Power Play Index.

Sports Innovation Lab’s Power Play Index for the Fluid Fan Behavior of Co-Watch identifies those companies that are best positioned to create immersive viewing experiences for fans at home. Sceenic is the only Game Changer in the index, which charts the top 10 technology providers that offer co-watch solutions in the market.

The Power Play Index ranks companies in two categories: 

  • Technology Alignment: determined through a company’s signal score as it relates to watch parties, video chat, and voice chat.
  • Market Validation: determined through a company’s signal score as it relates to leagues, venues, people, and partners.

“When we publish a Power Play Index, we let the data do the talking. Our methodology identifies companies with both the market validation and technology depth that allows them to enable the Fluid Fan,” said Josh Walker, Co-founder and President of Sports Innovation Lab. “Sceenic is our Co-Watching Game Changer for 2020, proving that powerful co-watching technology isn’t the future, but the present.”

Sceenic is identified as the highest-ranking company for each measure due to the seamless turnkey nature of its offering for video, OTT, IPTV or STB providers, and the ease of integration for the Sceenic Watch Together SDKs and APIs into existing platforms with customization. The report also noted Sceenic’s partners and the experiences that they power in the market for clients such as BT Sport (UK), NPO (NL), ScreenHits TV (EU and US), LaLiga (ES), among others.

Key facts:

  • Sports Innovation Lab focused their recent fan behavior research on “Co-watch” presented in the Power Play Index. Getting fans to watch sports content – a live game, a recorded stream, or highlights – is simply getting them to show up. To keep Fluid Fans hooked, to get them coming back more frequently, and for longer periods of time, sports organizations must enable them to learn more about the sport and the athletes. When fans learn, they dive deeper into storylines, get invested in matchups, and come back again and again because they have a greater appreciation for the sport. When fans watch more, revenue opportunities from sponsorships, as well as ancillary behaviors like shopping merchandise or betting, increase
  • Sceenic is a leader in proving co-watch solutions to enhance the fan experience inside their clients’ platforms. Sceenic created the Watch Together software solution in 2013 to provide Broadcast, Telcos and Media companies with an engaging experience inside their platforms. The technology is available to be quickly deployed for video, OTT, IPTV or STB providers to integrate into their existing platforms
  • Sceenic was the first company, in 2019, to showcase and offer the Watch Together software solution on 5G
  • EE (the UK Telco) launched Matchday Experience on the BT Sport app in October 2020, with all BT Sport customers able to access the service from January 2021
  • BT Sport’s Watch Together is available on all broadcast content, 24/7 and on all devices (mobile, tablets, TV)
  • Powered by Sceenic during the 2020 Tour de France, NPO, the Netherlands Public Broadcaster enabled their users to meet the former cyclist Michael Boogerd inside their NPO Start web platform to share insights, answer questions and take online selfies with fans. 

“Seven years in development and refinement, our Watch Together technology stack is proving its worth in large scale deployments with BT Sport, T-Mobile Germany, NPO – Tour de France and others,” said Paul Bojarski, CEO, Sceenic. “What is now exciting is seeing how Watch Together actively supports our customers’ business objectives: the organic multiplier effect it brings to subscriber acquisition and retention, the powerful compliment of C2C word of mouth recommendations to machine learning, and the emergence of wholly original in-room interactive marketing/advertising opportunities.”

About Sceenic

Sceenic is an innovator and leader in understanding today’s customer behaviors and their expectations. In 2013, the company created the Watch Together software solution, adding value to fan-engagement and keeping the conversation within their clients’ platforms: BT Sport, T-Mobile Germany (Deutsche Telekom), NPO, ScreenHits TV, LaLiga, Virgin Connect, WeLoveGaming eSports, FIFAe, among others. You can read more about Sceenic here.

About Sports Innovation Lab 

Sports Innovation Lab is leading a sports research revolution. Sports Innovation Lab exists to educate clients on the technological possibilities for their brand and how to ultimately drive value to the end consumer: The Fluid Fans. Sports Innovation Lab inspires brands to create breakthrough fan experiences through data-driven technology insights and industry-leading research. You can learn more about Sports Innovation Lab here.

5G Illustration by Heather Skovlund for 360 Magazine

Huawei Tops Share of 5G Devices

Huawei tops share of active 5G-ready devices globally with Samsung, Apple lagging behind

Data analyzed by Finbold indicates that Chinese firm Huawei is leading in active 5G-ready devices with a share of 26.9% globally during Q4 2020. Samsung ranks second with a share of 25.1%, while Apple accounts for 19.5%. Vivo, another Chinese firm, controls a share of 11.8%, with Honor accounting for 6.9% of the active 5G-ready devices. The Finbold analysis also compared the share of 5G-ready devices between Samsung and Huawei from August 2020 to December 2020. The findings show that Samsung dominated the share for the four months before December.

In August, Samsung’s share was 45.2% against Huawei’s 10.2%. As of September, the South Korean manufacturer share increased to 48.1%, with Huawei accounting for 10.1%. The dominance continued in October, with Samsung taking a share of 48.6% while Huawei accounted for 9.5%. In November, both players saw their active 5G-ready devices share drop as Samsung accounted for 44.9% against Huawei’s 8.6%. As of December, Huawei flipped the status to rank top at 27%, with Samsung accounting for 25.1%.

 Huawei leverages on pandemic to emerge top

The report explains circumstances that potentially contributed to Huawei emerging as a dominant force in active 5G-ready devices. According to the research report: “Like other industries, most of the manufacturers were impacted with Covid-19 disruption that affected global supply. However, Huawei appears to have sustained the downturn after China controlled the pandemic early, unlike competitors in the west which entered the pandemic’s second wave towards Q4.”

The growth of Huawei might soon be challenged since competitors are increasingly launching new 5G devices. For instance, Apple, with just one active 5G-ready device, ranked third.

 Read the full story with statistics here.

 

Cityscape by Mina Tocalini for 360 Magazine

U.S. Smart City Initiatives

U.S. Smart City Initiatives Are Falling Short; New Report Calls for More Federal R&D and Coordination to Demonstrate and Deploy Artificial Intelligence Tools.

The next wave of connected and intelligent technologies—sensors, 5G, and artificial intelligence (AI)—promises to improve the energy efficiency of urban systems. AI, in particular, can help cities save money, address infrastructure needs, and reduce emissions. Yet, cities face significant challenges in researching, developing, demonstrating, and deploying AI and other smart technologies. A new report released today by the Information Technology and Innovation Foundation (ITIF), the leading think tank for science and technology policy, shows that without greater federal involvement in R&D and better national coordination of demonstration and deployment activities, cities will fail to maximize the benefits AI offers.

“City governments ultimately must take the lead in deploying AI smart city applications, but there is an important role for the federal government in funding R&D and coordinating activities,” says Colin Cunliff, a senior policy analyst at ITIF and co-author of the report. “Some federal programs invest in AI or smart cities, but there are significant funding gaps in demonstration and deployment, and that’s because there is no cross-cutting vision or strategy. Increasing federal R&D funding and providing better coordination can drive adoption of AI technologies on a larger scale than cities can achieve working independently.”

The report details many potential applications of AI for smart cities in transportation, the electrical grid, buildings, and city operations that can ultimately make cities more efficient and help them reduce their environmental footprint. To overcome the obstacles of adopting AI, the report shows how United States can draw lessons from how other countries have tackled these challenges. For instance, Singapore has developed a “digital twin” of the island that the government, businesses, and researchers can use as a test bed to run simulations.

While the federal government has undertaken an array of activities to support the development of smart cities, the report notes that these efforts have mostly been uncoordinated, and the government has had no strategic vision for AI R&D, demonstration, and deployment of smart city technologies. Some federal government programs are investing in AI or smart cities, but significant funding gaps remain. There are also no cross-cutting AI and smart city initiatives.

“Smart city investment has been compromised during the COVID-19 pandemic because of revenue shortfalls. Even the most capable cities are struggling to overcome some of the obstacles they face in smart city development,” says Ashley Johnson, a policy analyst at ITIF and co-author of the report. “Increasing federal investment and coordination to jumpstart smart cities would address several challenges at once. Smart cities offer an important opportunity to address infrastructure needs, reduce emissions, and save money to ease strained state and local budgets.”

To view more of the Information Technology & Innovation Foundation’s findings, read their report.

About ITIF

The Information Technology and Innovation Foundation (ITIF) is an independent, nonprofit, nonpartisan research and educational institute focusing on the intersection of technological innovation and public policy. Recognized by its peers in the think tank community as the global center of excellence for science and technology policy, ITIF’s mission is to formulate and promote policy solutions that accelerate innovation and boost productivity to spur growth, opportunity, and progress. Learn more on their website.

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5G Car Connection

5G Will Shift C-V2X into High Gear

By 2035, 83 million 5G connected cars will be on the road, making them safer and greener

While the commercial rollout of 5G for consumers is in full swing, the new generation of cellular connectivity will also have a transformative effect on roadways worldwide. Soon, in 2023, cars will start to communicate with each other to increase overall road safety and traffic. According to recent figures published by global tech advisory firm ABI Research, a total of 41 million 5G connected cars will already be on roads by 2030. That number will rise to 83 million 5G connected cars by 2035. By then, 5G connected cars will make up more than 75% of the total C-V2X equipped cars.

“These numbers underline the huge momentum for cellular connectivity, and particularly 5G, in the automotive sector,” says Leo Gergs, Research Analyst for 5G Markets at ABI Research. “As a consequence, we will see a rising number of automotive OEMs start developing C-V2X modules for their cars during 2020. We can then expect the first 5G connected cars on the roads in 2022.”

While leading car manufacturer Ford already announced new car models equipped with C-V2X for 2021, other automotive heavyweights like Audi, BMW, and Volkswagen have all partnered up with the likes of Ericsson, Huawei, and Nokia to commence large-scale trial projects to test the capabilities of cellular technology for connected car use cases. The results of these proof-of-concept projects are auspicious and show that, through enhancing traffic efficiency, 5G can reduce fuel consumption by up to one third. “More importantly, however, the sharing of sensor data will make overtaking much safer and will be critical to protecting vulnerable road users (such as pedestrians or cyclists). Therefore, bringing 5G-based cellular connectivity into cars will be critical in making the vision of zero road traffic deaths a reality,” Gergs emphasizes.

In total, ABI Research has quantified the contribution of 5G to global GDP to reach US$17 trillion by 2035. A large part of that global GDP will be through increasing the safety of road traffic, which will reduce health care expenditure drastically and take pressure off doctors and hospitals.

“To unlock all these benefits, public authorities and transportation infrastructure owners need to realize their responsibility to fund the installation of cellular networks and enable the widespread deployment of C-V2X to make road traffic safer and greener,” Gergs concludes. “Recent developments around the FCC’s decision to open up the 5.9 GHz frequency for C-V2X technology is a first step in the right direction. Now, other regulators need to follow. Furthermore, both infrastructure vendors and network operators need to wake up and work closely with automotive manufacturers to make 5G a success for connected cars.”

These findings are from ABI Research’s 5G in Automotive and Smart Transportation application analysis report. This report is part of the company’s 5G Markets research service, which includes research, data, and analyst insights. Based on extensive primary interviews, Application Analysis reports present in-depth analysis on key market trends and factors for a specific technology.

About ABI Research
ABI Research provides strategic guidance to visionaries, delivering actionable intelligence on the transformative technologies that are dramatically reshaping industries, economies, and workforces across the world. ABI Research’s global team of analysts publish groundbreaking studies often years ahead of other technology advisory firms, empowering our clients to stay ahead of their markets and their competitors.

For more information about ABI Research’s services, contact us at +1.516.624.2500 in the Americas, +44.203.326.0140 in Europe, +65.6592.0290 in Asia-Pacific or visit www.abiresearch.com

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CES: THE GLOBAL STAGE FOR INNOVATION

CES is the world’s gathering place for all those who thrive on the business of consumer technologies. It has served as the proving ground for innovators and breakthrough technologies for 50 years — the global stage where next-generation innovations are introduced to the marketplace.

Owned and produced by the Consumer Technology Association (CTA)®, it attracts the world’s business leaders and pioneering thinkers.

Watch HERE.

szemui ho, 360 MAGAZINE, blockchain

China’s Drive to be a Leader in Tech is Going to Accelerate

China has stated that they desire to be the world leader in AI technology by the year 2030. A decoupling between Chinese and American economies looks to have pushed everything towards self-sufficiency. China’s economy is fighting with a slowdown and they are also in the midst of a trade war with the US. China’s ambition is remarkable, and they are looking at blockchain, 5G and artificial intelligence right now. This could be more urgent now more than ever. This is particularly the case when you look at the fact that it is in a tariff war with the United States.

Trade Tensions

There are several industries who not only rely on tech, but also flourish on it. Look at NetBet casinos, the finance industry or even the gaming sector. Of course, it’s important to recognize that this creates a lot of competition. This is one of the many reasons why China wants to get ahead, so that they can solidify their presence and hence that they can also surpass everyone else before they even get a chance. The Chinese are trying to drive to be a self-sufficient country and a great deal of this comes down to decoupling. The topic was very prevalent throughout the conference and China are very ambitious about everything.

5G

When you look at the tech rivalry that is occurring between China and the US, you will soon see that a lot of it comes down to the development of 5G. Huawei is under a bunch of focus right now, but things could change. Huawei is a key developer when it adds up to 5G tech and they have been blacklisted by the government. Washington have also cited various security concerns regarding their equipment. They have expressed that they could actually open up a backdoor which would enable them to spy on the US. China have continually tried to deny these claims.

Blockchain

Blockchain is a technology that essentially underpins cryptocurrency. Take Bitcoin for example, a few years ago, it absolutely blew up and everyone began investing. The blockchain that powers this is now being used by everyone, from finance to food. If someone was able to take control of this then this would place them in an incredibly strong position. Blockchain really does hold the potential to change the way that companies conduct business. A number of areas are ready to improve because of the blockchain infrastructure. China have thrown their weight behind this. President Xi Jinping has stated that China is being urged to capture the opportunity and they are also being called upon to advance the development in the field too. This would be incredible for the country if they were able to pull it off. A great deal of this comes down to the trade war, but right now it looks like China could be in a very strong position. Could things be looking up for blockchain?

UNIVERSITY OF KENT CONTRIBUTE TO 5G TRIALS

Real-world tests of 5G technologies that could deliver dramatically faster data transfer speeds than 4G networks took place in Warsaw earlier this month.

The tests were conducted by the RAPID 5G consortium, which is a European Union-Japan Horizon 2020 research project which started in 2014 and is formed of universities, research institutes, telecom operators and infrastructure manufacturers, of which academics from the University of Kent’s School of Engineering and Digital Arts (EDA) are members. The tests examined the possibilities of running extremely high-speed data transfer rates of up to 10 Gb/s at very low latency to a large number of devices.

cropped-cropped-rapid5g-logo-e14273812555161

RAPID5G contributes to the future of mobile communications by developing technologies next generation mobile wireless networks. 

The trial, led by Polish telecoms company Exatel, involved a live ‘field test’ in a shopping centre in Warsaw which broadcast 4K and 8K video streams from 5G antennas to a computer fitted with VR goggles at speeds of 800Mb/s.

This was designed to test the interoperability of all the elements of the network infrastructure, with particular focus on the conversion of the video transmissions from back-end fibre networks to the 5G mobile spectrum in use.

There are now plans to test the technology again at a football stadium in Osaka, Japan next month.

canterbury-aerial-less-saturation

Established in 1965, the University of Kent – the UK’s European university – now has almost 20,000 students across campuses or study centres at Canterbury, Medway, Tonbridge, Brussels, Paris, Athens and Rome. Kent is ranked 17th in the UK for research intensity (REF 2014). It has world-leading research in all subjects and 97% of its research is deemed by the REF to be of international quality. (featured image: Canterbury Campus)