internet Archives - OpenBusinessCouncil Directory https://www.footballthink.com/tag/internet/ Openbusinesscouncil Wed, 22 Jun 2022 07:09:49 +0000 en-US hourly 1 https://wordpress.org/?v=6.1.6 https://www.footballthink.com/wp-content/uploads/2017/04/faviopen-63x63.png internet Archives - OpenBusinessCouncil Directory https://www.footballthink.com/tag/internet/ 32 32 Metaverse ABC — Closing The Gap Between The Physical And Digital World Of The Metaverse From A To Z https://www.footballthink.com/metaverse-abc-closing-the-gap-between-the-physical-and-digital-world-of-the-metaverse-from-a-to-z/ Mon, 20 Jun 2022 16:23:59 +0000 https://www.openbusinesscouncil.org/?p=20705 Metaverse technologies will change the way we behave as a society. Our new iteration of society will include Metaverse(s) — metaversive ecosystem platforms that will have NFTs and web 3.0 iteration of technologies at their basis. If the Metaverse is a new door for Humanity, NFTs are the keys. It is an emerging tunnel for […]

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]]> Metaverse technologies will change the way we behave as a society. Our new iteration of society will include Metaverse(s) — metaversive ecosystem platforms that will have NFTs and web 3.0 iteration of technologies at their basis.

If the Metaverse is a new door for Humanity, NFTs are the keys. It is an emerging tunnel for a fast-forward, rapidly developing societal change in virtual reality. The Metaverse(s) will open new roads and create digital interactive worlds. While these started as fantasies, they are quickly becoming our reality.

When defining the Metaverse, we have to consider Blockchain-powered NFTs, the expanded concept of the Web 3.0 Internet Paradigm, and all the related technologies. I created this infographic research where I define and highlight these concepts that are critical to gaining a better understanding of what the Metaverse is:

1. Metaverse experience;

2. Metaverse discovery;

3. Metaverse Creator Gig economy;

4. Metaverse Digital twins spacial computing;

5. Metaverse and Decentralisation;

6. Metaverse and Human Interface;

7. Metaverse Infrastructure.

Metaverse ABC and the brave new world of NFTs, Web 3.0, Internet and AI-powered by Avatars

The quotes below highlight the challenges and, in particular, the complexities of the multiple confluence of technologies and change that the Metaverse concept will bring us:

“By the time we get to the 2040s, we’ll be able to multiply human intelligence a billionfold. That will be a profound change that’s singular in nature. Computers are going to keep getting smaller and smaller.“ Ray Kurzweil

“What is inevitable is not death but change. Change is the only abiding reality. The metaverse evolves, fractally and forever. Saints become singers, sinners become saints. Dusts become men, men become gods, gods become dust.” Robert Charles Wilson

“This Metaverse is going to be far more pervasive and powerful than anything else. If one central company gains control of this, they will become more powerful than any government and be a god on Earth.” Tim Sweeney

“Augmented reality will drive all things like chat, social networking, photos, videos, organizing data, modeling, painting, motion capture, and visual programming. Every form of computing will be combined together and unified in a single platform.” Tim Sweeney

“The metaverse has become the newest marco-goal for many of the world’s tech giants.” Mathew Ball, EpyllionCo

“The (NFT) technology is here to stay. It’s a simple way to own things digitally. The royalties paid to the original creator in perpetuity is what is so exciting.” Marc Cuban

So what is the Metaverse? The definition is open and signifies something bigger than anything ever done by Humans. For now, we can summarise it as an expanded, communal, virtual interactive, and immersive space, based on various platforms, linking AR and VR — mixed reality, allowing avatars a.k.a.us — you — us, your digital twins — to move from the next-related or not – at a single starting point. This will happen in a digital 360 platform that allows immersive experiences, including gamification, payments, exchanges of digital experiences and reward solutions.

Imagine: Ready Player One meets Second Life and you are being able to interact in a world of your own such as Tim Burton’s “the Nightmare Before Christmas”.

Metaverse = Immersive virtual worlds with their own interactive economic reward Systems, Gig economy new type of jobs, AR V-Shopping Areas and rich Media interactive consumer-driven universes.

Metaverse ABC — Bridging the physical and digital twin avatar world of the Metaverse, infographic and research by Dinis Guarda

Below, find some of my top-level ideas about the Metaverse, from A to Z:

A) ABC of anything internet Metaverse platforms are and will create the immersive accessible digital metaversive ecosystems platforms for our society.

B) Bold Metaverse — Our social-economic dynamics will be based on boldly created and framed Metaverse(s) platforms with ecosystems that offer reward and gamification ESG-driven experiences, solutions, and rewards for creators, brands, retail, entertainment industry, businesses, and the public in the virtual world.

C) Critical Metaverse platforms combine elements of social media, e-commerce like TikTok and Amazon with AR, 3D communities like Roblox, Decentraland within an expanded virtual post-pandemic digital circular economic virtual world.

D) Dynamics Metaverse platforms will make available virtual AR mall future utopia cities and virtual for creators, brands and v-commerce.

E) Explosive effusive Metaverse platforms will allow effusion and explosive experiences where Users can create, play, interact, enjoy experiences, get entertainment and buy!

F) Future Metaverse platforms will build a new Society 5.0 immersive digital tools for people, businesses and creators to market and sell their real and digital products in a virtual world!

G) General foundation technologies such as Blockchain, Cryptocurrencies, Non-fungible Tokens (NFTs) and Artificial Intelligence (AI) are enabling the next iteration of the Metaverse Internet: Web 3.0, an intelligent, immersive Internet.

H) Hyperbolic — The Metaverse is an example of how digital transformation is reshaping and hyperbolising our society, enabling super-fast changes in our physical merging with virtual worlds, such as democratising trade and reengineering supply chains, while redefining how we behave in the virtual world.

I) Immersive Augmented Reality (AR) enhances and augments our experience of the physical world with information as a virtual overlay.

J) Jack of all trades Virtual Reality (VR) that enables ever-expanding virtual experiences outside of physical reality in an entirely newly-created and interactive virtual world.

K) Keys — with Mixed Reality (MR), or polyplexity, — the keys of the Metaverse are MR — hybrid of AR and VR — that merges the real and virtual worlds. Mixed Reality is a critical focus on how to create new Metaverse technology and ecosystem environments in which physical and digital objects coexist interactively in real-time.

L) Leading 3D technology is going to be an emerging sector that highlights the construction of a three-dimensional object that is being embraced by businesses to simplify the working process and improve online experiences such as shopping.

M) Metaverse Mechanics will include the Applications of Avatars, advanced and cartoonish avatars, 3D technologies include 3D modelling, 3D printing, 3D visualisation, and 3D display.

N) Native Avatars. The metaverse and related avatar technologies are a fast-growing social Development that will change the way we behave and the way we look at humanity. Avatars are our evolutionary digital twins as humans. They will become our native avatars footprint.

0) Objectiveness will be going forward defined with Avatar technology is a digital variation of a human character based on the computer representation of users in a computer-generated 3D world. Avatars are critically used in chat and entertainment websites.

P) Personal Avatars will create new business applications that will expand social health and economic models and will include gamified training, health care checks, wellbeing, customer support, training or sales, where avatars in an enterprise’s website may assist potential customers through text or audio links.

Q) Quantified and augmented social-economic gamified metaverse ecosystems. The metaverse will expand our ecosystems and quantify everything we do with AI qualitative and quantified analytics and interactive UI UX and experiences.

R) Realistic virtual worlds are vast and changing and key to the metaverse. These realistic virtual and imaginative worlds cannot be created and maintained without advanced automation.

T) Tech Metaverse — Metaverse technology Infrastructure includes tech semiconductors material science, AI, cloud computing and 4G, and 5G, telecommunications networks that make it possible to construct any of the above layers.

U) UI UX is key for the Metaverse ecosystem. There is no Metaverse without users, only a static, empty virtual space. User experience needs to be as seamless and sophisticated as possible, and AI is key to enabling this.

V) Virtual Reality (VR) is a computer-generated environment with scenes and objects that appear to be real, making the user feel they are immersed in their surroundings. This environment is perceived through a device known as a Virtual Reality headset or helmet.

W) Web 3.0 suggest an open future Internet in which different people and machines can interact with data, ideas, objects and each other without third party involvement. Something that would not be possible without AI and blockchain.

X) eXperiences — the metaverse platforms of the near present future will be using native in-game gamification advertising experiences in new ways that will integrate influencer, social media and interactive data quantified systems. Brands such as Coca-Cola, Samsung, and Volkswagen all have virtual billboards within video games like Football Manager and Hyper Scape. Platforms like the in-game advertising platform Bidstack revealed that these ads enhanced gameplay realism for 95% of players and increased purchase intent by 12%.

Y) Young and old will be part of the virtual worlds; we will expand into the Metaverse. All ages and social groups will be interacting in the metaverse new iteration of humanity that just started.

Z) Zeppelins and the Metaverse have a lot in common. Like in the age of the vast, ocean-crossing zeppelins, that came to an end in 1937, when the Hindenburg — the largest craft of its type ever built — erupted in flames while landing in New Jersey, we will see a lot of zeppelin Metaverse platforms. But as the technology evolves we, all of us, will definitely be living in Metaverse ecosystems.

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]]> A Story About the Digital Revolution https://www.footballthink.com/a-story-about-the-digital-revolution/ Fri, 15 Apr 2022 16:40:38 +0000 https://www.openbusinesscouncil.org/?p=19625 The Digital Revolution timeline refers to the shift from mechanical devices and analogue electronic technology to digital electronics as a means of storing, transferring and utilizing information. This era started during the 1980s and is ongoing. The Digital Revolution is called the beginning of the Information Era. This is the starting point of what we […]

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]]> A Story About the Digital Revolution
A Story About the Digital Revolution

The Digital Revolution timeline refers to the shift from mechanical devices and analogue electronic technology to digital electronics as a means of storing, transferring and utilizing information. This era started during the 1980s and is ongoing. The Digital Revolution is called the beginning of the Information Era. This is the starting point of what we refer to as the digital revolution which began in the second half of the 20th century. Digital revolution example is the adoption and increase of digital computers and digital storage of information. Digital revolution impact has led to the development of more advanced computer systems. Digital Revolution inventions begin with the invention of the Internet and the rise of home computers. It is sometimes called the Third Industrial Revolution. But why has it become a revolution? The characteristic of digital technology is continually changing; it is progressively branching out and boosting productivity across a wide range of sectors and industries. Different events have led to the broad adoption of digital technologies which have changed forever the way we exchange and use information.

Digital revolution timeline

The invention of the revolutionary transistor in 1947 can be considered the beginning of the digital revolution timeline. The transistor, which was introduced in 1947, launched the way for the development of advanced digital computers. The government and various other organizations used computer systems during the 1950s and 1960s. Eventually, the World Wide Web was created. In the 1980s the computer became a familiar machine and gradually by the end of the decade, the ability to use computers became a necessity for many jobs. The way continued and by the late 1990s, the Internet became a normal part of most businesses and a part of everyday life for almost half of the American population. Digital Revolution inventions have caused in the decade 2000s that mobile phones were commonly used. In this decade the number of Internet users increased, furthermore, the television started to transition from using analog to digital signals. Digital revolution impact in the 2010s and beyond led to widespread use of the Internet. As a digital revolution example, mobile communication became very important, as nearly 70 percent of the world’s population owns a mobile phone. The connection between Internet websites and mobile gadgets has become a standard in communication. The innovation of tablet computers made it very easier to use the internet is everywhere. This allowed users to consume media and use business applications on their mobile devices, anytime they need.

Digital revolution inventions

Digital Revolution inventions started with the invention of the revolutionary transistor in 1947. The subsequent technological advancements made computer system components have been produced more energy-efficient and less costly. This digital revolution impact led to the development of computers with more complex processing circuits and storage memory able to hold both the program being run and the data it was working on. The Internet as a digital revolution example has changed many aspects of human life. Digital revolution timeline shows that by the 1950s and 1960s, many governments, militaries and other organizations were already using computers to manage complex data and functions. Simultaneously scientists began to consider time-sharing between computer users and the possibility of achieving this over wide area networks. When a message was sent over the ARPANET (which is short for Advanced Research Projects Agency Network) in 1969, the public was introduced to the concepts which led to the internet. In this way, the first computers were connected, and further software development enabled remote login, file transfer, new ways of communication and email.

Digital revolution impact

The digital revolution impact is the most significant event in information release and definitely had a huge effect on human communication. Another development in digital data technology was a compression technique called discrete cosine transform. It became a fundamental item to the digital revolution later, as the basis for most digital media compression standards from the late 1980s onwards, including different digital image formats, video coding formats, audio compression standards and digital television standards. Digital revolution timeline shows that improved performance and reduced costs due to the use of technology led to a wide acceptance and adoption of digital technologies. Shortly afterwards these technologies and digital revolution inventions made their way into a wide variety of equipment and consumer goods. Digital revolution example in the 1980s, shows the popularity of digital devices, with automated teller machines (ATMs), industrial robots, electronic music, video games and computer-generated images in the movie industry, all making their way into daily life. Little by little millions of people purchased home computers, and the first mobile phone was made in 1983; although digital cell phones were not sold commercially until 1991. The first digital camera was created in 1988.

Digital revolution example

Another turning point for the digital revolution timeline was the invention of what became the World Wide Web, starting in 1989. Tim Berners-Lee designed a standard set of rules for communication between systems. This was followed by setting up a server to store information and creating browser software. That was a program that helped to interact with various types of internet resources. With these elements in place, the World Wide Web as one of the digital revolution inventions became publicly accessible. Improvements to the web were a digital revolution impact that made it increasingly simple to use, and this, in turn, brought more users onto the internet. First companies and then individuals realized the potential to expand the capabilities of computers and other digital devices when connecting to the internet. From then on, the internet expanded quickly, and by 1996 it was part of mass culture and many businesses had websites. Across the globe, the pace of digital transformation is accelerating. The private sector continues to invest in disruptive technologies to get ahead of the competition. They adapt their business models to meet ever-increasing customer expectations.

A global phenomenon

Throughout the 1990s, countries of the developed world began to experience an economic boom. This was largely due to the success of the companies using digital technologies and to the advancements in transmission technologies, including computer networking, the internet and digital broadcasting. In the digital revolution timeline, 1999 was very important, because by then almost every country had an internet connection. That was the time when the digital revolution impact became global, with digital technologies spreading to the developing world in the 2000s. By late 2005, digital revolution inventions led the number of internet users to reach one billion, and by the end of this decade, three billion people worldwide used cell phones. Today More and more individuals are using the digital revolution example, the internet. Internet is used for a wide range of purposes: to communicate, interact with other users and organizations, access, use or make available information, or simply for entertainment. These new technologies allowed users to share resources and apply the principle of economy of scale.

The digitally literate society

Digital revolution timeline, as technology became more user-orientated and user-friendly, is experiencing new courses. Individuals nowadays became more digitally literate at all levels. They have started using technology in new ways and in an ever-increasing number of areas of their lives. Because of the digital revolution inventions by 2020, more than half of the world’s population actively used the internet. Digital revolution example has a wide range from social media to online shopping, from web applications allowing remote working to on-demand entertainment services, etc. Digital revolution impact on these systems has largely reshaped the functioning of everyday life. These systems provide new ways of maximizing the effectiveness of shared resources and building reliable solutions for individual users. These systems have been designed to facilitate multiple aspects of our lives. Furthermore, now users can start to have an active role in creating technology. These developments have led to a huge amount of in the digital space and, in parallel, the ability to store it has also grown exponentially, leading today’s society to the middle of the information age. Digital technologies are fundamentally changing how people and businesses work together.

The Internet and home computers

In Digital revolution timeline digital computers have changed the way the world we live in. Digital revolution inventions are for human comfort. The tendency of humans has always been toward making life easier. The Industrial Revolution create a new era, with abundant mechanization. Manufacturing, transport, utilities, etc. Mechanization had taken over many of the tasks previously involved in human intervention. Among different industries, the textile industry was much demanding cheaper labour; this would accelerate the mechanization process. A similar advancement of the need had taken place in the early 1900s, in the field of computing and mathematical calculators. This paved way for the digital revolution impact. Today, information activities constitute a large, new economic part that represents the basis for the next stage in the digital revolution example with the emergence of new technologies. Just like the Industrial Revolution which was encouraged by necessities in manufacturing and commerce, the digital revolution inventions appeared by a need for new devices and new ways of communication. The pace of changes in technologies continues to blur the boundaries of the physical and digital worlds. It is redefining traditional industry sectors and the way we live and work. These emerging technologies, growing amounts of data and smarter ways of getting insights are changing the way people’s lives, and businesses and governments way of interact.

Next-Generation Technologies

Digital technology will form the backbone of next-generation technologies and digital revolution inventions. In the digital revolution timeline, as digital connectivity extends to transport systems, it can lead to more equitable, efficient, and safer mobility. This suggests opportunities for countries to reshape the way people, goods, and services travel. Digital revolution impact with new technology, and hyper-connectivity of devices, enables technology-led efficiency gains of transport systems and beyond. Positive global trends over the past decade include improvement in logistics performance and fuel economy, both of which contribute to reducing the aggregate cost of goods, as well as fossil fuel energy consumption. The biggest impact of the digital revolution on low- and middle-income countries, however, will likely be through new manufacturing process technologies that affect the production of traditional manufactured goods.

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]]> Types of Internet Connections Available For Your Business https://www.footballthink.com/types-of-internet-connections-available-for-your-business/ Fri, 22 Jan 2021 19:41:29 +0000 https://www.openbusinesscouncil.org/?p=14027 Broadband generally refers to any internet connection that is faster and newer than the relatively obsolete dial-up connections. Most modern households and businesses can access a broadband service via wireline (a complex network of cables) or wireless broadband.  Choosing the best internet connection for your business may seem like a chore given the sheer number […]

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]]> internet connection

Broadband generally refers to any internet connection that is faster and newer than the relatively obsolete dial-up connections. Most modern households and businesses can access a broadband service via wireline (a complex network of cables) or wireless broadband. 

Choosing the best internet connection for your business may seem like a chore given the sheer number of options available today. Speed, setup and subscription cost, bandwidth and reliability are all factors that shape our attitudes towardsdifferent types of internet connection. That said, here are the major types of internet connections available for your business.

DSL (Digital Subscriber Line)

Supplied by telecom companies, DSL is a low-tech yet surprisingly high-speed internet connection. DSL is very widespread as it is delivered through traditional copper telephone lines. Businesses connect to DSL services via a modem that other office devices can connect to wirelessly or via LAN (wired local area networks)

DSL is a suitable option for businesses that perform light to moderate web browsing and file sharing. Its maximum download and upload speeds of 15Mbps and 1Mbps, respectively, are enough to support audio streaming, video conferencing, cloud backups and occasional downloads.

Fiber

Fiber-optic internet is the new kid on the block with insanely high bandwidth potential, vastly superior speeds and correspondingly high prices. Fiber connections are very reliable, offering download and upload speeds upwards of  35Mbps and 1Gbps thanks to thin glass fibers that transmit data in the form of infrared light pulses. 

Businesses of all sizes can confidently rely on fiber-optic internet for their daily activities; however, it may be overkill for small businesses. Fiber-optic internet is an excellent pick for your business if you require heavy web browsing, constant file sharing, server hosting and HD streaming. 

Cable Internet

Similar to cable TV, cable companies provide cable internet via pre-installed coaxial cables or, more recently, HFC (hybrid-fiber coaxial) connections. Your business can access cable broadband using a modem at speeds ranging between 10 Mbps-1Gbps. 

 

Cable internet is very stable and ideal for businesses that require moderate web browsing, file sharing, digital collaboration and video communication. Although not as fast as fiber, cable connections can offer great value for money since most providers bundle them with TV and phone services. 

Fixed Wireless

Unlike other popular connections like DSL and cable, fixed wireless internet is delivered wirelessly through radio waves transmitted by internet towers. Fixed wireless internet typically has no caps, and users can enjoy speeds similar, if not faster, than wired broadband services. For instance, business internet plans from NodeOne – one of the fastest fixed wireless internet providers in Perth and WA – offer speeds of up to 150Mbps. 

However, the biggest advantage of fixed wireless internet is its hassle-free setup. Businesses can access the internet from the remotest of areas since no physical cables are required during installation. All your business needs is an unobstructed line of sight to the nearest fixed wireless tower. 

Satellite

Satellite internet is arguably the future of the internet. It requires a dish to capture data transmitted from orbiting space stations in the form of radio frequencies. Satellite internet is currently slower than other mainstream options since the gap between earth and space stations slows down the data transfer rate. 

Final Thoughts

Internet connections are not a one-size-fits-all solution. The best internet connection for your business will depend on your unique demands and budget. Choose a connection type that provides the right balance of reliability, speed and cost.

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]]> IoT Technology Revolutionising the Way We Live https://www.footballthink.com/iot-technology-revolutionising-the-way-we-live/ Mon, 21 Dec 2020 03:46:36 +0000 https://www.openbusinesscouncil.org/?p=13636 The most powerful engine of progress is laziness! Thanks to it, multicooker, robotic vacuum cleaners, and automatic dishwashers appeared, which have long taken over household chores. However, these inventions are not autonomous and cannot function without the participation of a person who must control the operation of equipment, buy, and replace consumables. But what if […]

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]]> Internet of Things

The most powerful engine of progress is laziness! Thanks to it, multicooker, robotic vacuum cleaners, and automatic dishwashers appeared, which have long taken over household chores. However, these inventions are not autonomous and cannot function without the participation of a person who must control the operation of equipment, buy, and replace consumables.

But what if Homo sapiens becomes an unnecessary link in the processes brought to automatism? These are the prospects for the development of the Internet of Things.

Internet of Things: what is it?

This is the concept of a computing network of physical objects (things) that interact with other devices or with the external environment using embedded technologies. The Internet of Things is a fully automated cycle of devices and systems by connecting them to a wireless network.

The concept of the Internet of Things assumes a machine-to-machine interaction with minimal human participation.

Where is the Internet of Things used?

– Safety. The introduction ofIoT technology into the security system will allow scanning and sending photo and video data, and artificial intelligence will be able to remember and recognize people.

– Household. TV, refrigerator, printer, and the entire smart home system can be brought to full automation. With the IoT connection, a person will get rid of obsessive thoughts (did he forget to close the door or turn off the stove) – all information can be seen in the smartphone and remotely run the unfinished algorithm. A “smart” vacuum cleaner will notify you of the found gold earring, which rolled behind the chair.

– Industry. Production will become automated: monitoring systems will notify about possible problems and malfunctions of equipment, and the client will be able to fulfill the order remotely.

– Medicine. The Internet of Things is needed to personalize devices that help study and monitor a person’s vital signs, and, if necessary, call a doctor.

– Transport. There will be no traffic jams in the world of the Internet of Things – the network of sensors and sensors recognizes the congestion and optimizes the operation of transport channels.

– Retail trade. Conventional stores will once again compete with online boutiques – automatic transmission and analysis of customer information through a POS terminal will be established.

VPN as a solution to the IoT security problem.

The scope of the Internet of Things is limitless: remote control of smart homes, traffic lights, lighting systems for cities and highways, vehicles without the participation of people, in the end, even pacemakers!

There is no doubt that in this new interconnected world of things and people, the danger of hacking, the introduction of malware, and the loss of confidentiality of personal data increases.

With the invention of the Internet of Things, the amount of data for transmission and storage has multiplied. Moreover, every time one device connects to another to receive or transmit data, there is a risk of losing information and hacking the system, which entails the possibility of identity theft.

There are other issues related to the security of the Internet of Things. For example, when you buy used devices in order to save money, remember that by connecting them to your network, you are very at risk, because they may contain malicious software. Fortunately, there are already solutions to this problem.

To avoid unnecessary hassle or problems, you just need to set up a network for the personal use of devices and routers using a VPN for IoT (here you can learn more about what VPN is and how it works).

VPN uses several different protocols, including top-layer encryption, to provide an end-to-end secure connection from point to point. It also masks the user’s IP address by rerouting traffic through a network of dedicated servers, so that the user can hide their location, ensure data privacy, and defend against attack.

The future of the Internet of Things.

The idea of the Internet of Things was brought up by Kevin Ashton in 1990. The scientist first formulated the term for the introduction of radio frequency tags, the signal of which would cover vast territories. Then the Center for Automatic Identification for the Study of Radio Frequency Identification appeared – this was the beginning of the development of the system.

In 2008, there was a transition from the Internet of people to the Internet of things: more than 6 billion devices with access to the Internet appeared.

Today, less than 1 % of devices worldwide are connected to the Internet of Things, but over time, the number of gadgets will become more and more significant.

It is still difficult to say what the Internet of Things will be like in a dozen years, but there is no doubt that the use of the innovative algorithm will be actively used in the service market and will lead to an increase in the quality of life in all countries of the world, open up promising business opportunities and generally bring a lot of benefits.

Experts predict that by the end of 2021, about 30 billion devices will be used on the Internet of Things, including at least 280 million cars. In addition to household and industrial appliances and vehicles, there will be about 15 million copies of “smart” clothing with access to the World Wide Web.

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