Friday, July 21, 2023

The information and communication revolution: An engine of global change


 



One cannot address the issue of change in this series of articles without exploring the rapid advancements in the field of communication and information technology.

Since the start of the third millennium, this domain has witnessed a true revolution that has had profound and radical effects on the different social, cultural, political, economic, security, and military aspects of human life. This revolution is viewed by many as the key to the future and to mastering the instruments of power, advancement, and modernity in an ever-changing world.

The developments in the field of communication have deeply affected the structure of human society throughout history. With each significant development or invention that facilitates and improves the means of communication, humanity has progressed from one stage of civilisation to a more advanced one.

In the beginning, humans utilised symbols, pictures, and signs for communication. When they succeeded in developing these symbols and signs into a form of writing and recording by using primitive materials such as papyrus, leather, and wooden boards, it was considered a major leap forward in knowledge transfer and communication for humanity.

When the printing press was invented in the 15th century, it was heralded as the greatest form of communication the world had ever known. It triggered a vast transformation by making it easier to print, publish, and distribute not hundreds, but thousands of books or documents. This launched an enlightenment movement in culture and knowledge that paved the way for modern civilisation.

In the 19th and 20th centuries, further significant inventions in the field of communication played a crucial role in global development. This started with the invention of the telegraph in 1837, the telephone in 1876, and the phonograph in 1877, which promoted commercial, cultural, and academic interactions across human societies. In 1896, the radio — the first device to use electromagnetic waves to transmit information across the ether — was invented, which further revolutionised the process of communication. This opened the door for the telecommunications revolution that led to the invention of the television in 1924.

In the second half of the 20th century, it was satellite technology that was viewed as a miracle in the communications field. As well as having a role in developing telecommunications, satellites also were used as tools of espionage, in the identification of military targets, and in guiding of weapons of war.

In all these radical transformations, the advancements in the communications sector have contributed towards the development of humankind and world civilisation. However, the impacts of this sector have never been as profound and widespread as in the past few decades. Thanks to the dramatic developments that humankind has achieved in the areas of knowledge, information systems, and electronic advancements — especially with the emergence of the internet — there has been an unprecedented communication revolution that has changed the world. The most significant feature of this revolution in the field of communication and information technology is the sweeping transformations that are taking place. This revolution is developing much more rapidly than the communication and knowledge revolutions of the past. Many people, even the most astute observers and followers, often fail to keep abreast of the changes that are taking place.

Aspects of transformation

This can easily be demonstrated by examining the profound transformations the world has witnessed in this field since the turn of the new millennium. In the year 2000, the landline telephone and a very limited internet were the main means of communication among people. Today, less than two decades later, billions of people use their smartphones for communication. Social media and messaging applications revolutions are widespread, while broadband internet connections are extensively used by almost half of the world’s population. At the end of 2017, the International Telecommunication Union (ITU) estimated that about 4.3 billion people around the world were using the internet. A report by the US International Trade Commission (USITC) in August 2017 estimated that 16.3 billion devices were connected to the internet in 2015, an increase of 87 per cent from 2012. The flow of information via the internet also increased 12-fold between 2007 and 2016. Data-processing capabilities have also significantly evolved, as well as storage capacity and knowledge accessibility. Additionally, there are spectacular developments in emerging technologies, which encompass a wide range of innovations such as artificial intelligence (AI), robotics, the internet of things (IOT), autonomous vehicles, 3D printing, quantum computing, and more.

Of course, in this limited space we cannot elaborate on all the effects and transformations that the communication revolution has had on every aspect of human life. I have already addressed some details of these aspects in my 2013 book From Tribe to Facebook: The Transformational Role of Social Networks. However, I will touch on some of the aspects of transformation and change resulting from this communication revolution thus far. I expect that its influence will extend and evolve in the future, creating a totally different world from the one we currently know. The first aspect is of an economic nature and focuses on the global knowledge economy and investment in information technology and communications. The volume of change here is, by all accounts, stunning. According to the aforementioned USITC report, global e-commerce has vastly expanded as shopping has moved from traditional stores to the internet and smartphones. The report shows that e-commerce grew from a total volume of $19.3 trillion (Dh70.8 trillion) in 2012 to $27.7 trillion in 2016, of which $3.8 trillion was between consumers and companies and $23.9 trillion of e-trading was between the companies themselves.

This is at a time when information technology companies top the list of the world’s biggest corporations in terms of market value. For example, Apple was worth an estimated $900 billion at the end of 2017, according to a report by Bloomberg in November 2017. While an article in the British newspaper The Guardian from January 3, 2018, reported that the value of Alphabet Inc., the parent company of Google, was worth $729 billion; Microsoft was worth $660 billion; Amazon was worth $563 billion; Facebook was worth $515 billion; and the Chinese firm Alibaba had a market value of $441 billion. The communication and information technology revolution is the focal point of the Fourth Industrial revolution (4IR), towards which the world is hastily heading. This is intrinsically based on the idea of inventing smart systems and machines that can be controlled via mobile high-speed broadband telecommunication networks.

Second is the sociopolitical aspect. This is associated with how the communication revolution has eroded the conventional ideas of national sovereignty that have existed since the concept of the modern nation state was established following the Treaty of Westphalia in 1648. This revolution has broken all domestic and international boundaries and barriers, influenced the values of national identity of citizens of different societies, and created the “Global Citizen,” whose orientations, ideas, and principles are no longer shaped by his local environment and culture, rather by the external ideas and values being constantly broadcast on social media and the internet. This communication revolution has affected the patterns of social relationships between people, as well as their morals, behaviours, and interactions. It also poses new challenges that governments need to adapt to and cope with. The idea of e-government evolved to provide e-services to citizens. Some governments have restructured their local governance systems to establish a direct interaction between citizens and local authorities.

Third is the security-military aspect. The communication and information technology revolution has provided a dangerous platform for terrorists and extremist groups to expand and disseminate their dark ideas across societies. Furthermore, it has provided new means that can be utilised by competing and conflicting powers to inflict damage upon their competitors. These include cyberwarfare, which is becoming increasingly dangerous, and the attempts to penetrate competing countries from within, threatening their security and stability by inciting social unrest or creating sleeper cells, or even using modern communications for espionage and collecting detailed information about rivals.

In the past two decades, communication and information technology offered abundant and important opportunities to promote cooperation and cultural interaction between countries and peoples of different cultures. It helped create sustainable economic development based on the knowledge economy. In turn, it also created serious challenges for countries and governments and produced global threats, which the world can only counter through enhanced cooperation. This revolution, however, is only in its early stages and its ultimate effects are not yet known. Vast investments are being directed toward this vital sector, focusing on the creative and innovative elements to develop new methods, mechanisms, and applications to consolidate the existing communication revolution.
Control over lives

The communication revolution will also open up new opportunities and present new challenges that may well be more serious than the current ones. These could include the erosion and possible loss of governments’ capabilities to control the means of communication and social media within their national boundaries. Today, governments control internet services and can disconnect or deny access based on their national security interests. In the future, however, governments may lose this control to pioneering IT companies that could provide internet services to the citizens of any country, even without the consent of these governments. Also, in the future these services could become fundamental human rights, which, should governments violate them, could entail blame and punishment. The expansion in modern information and communication technologies, especially the IOT, means these technologies will have a deeper and more effective control over our lives and mark the end of the “era of privacy of humankind.” With the growing dependence on smart machines and the decrease in reliance on the contribution of humans, global unemployment rates stand to rise. This may cause social problems, not to mention challenges in revising the existing legal framework to deal with the new advances and the age of smart machines and robotics, as well as the ethical aspects of all these developments.

I believe that the most important challenge of the future is being able to adapt to the ever-accelerating changes that the world is witnessing in the field of communication and information technology. It is a challenge that faces the developed world. For example, Nokia, which once controlled the mobile phone global market and was the first to manufacture smartphones, failed to maintain its position and was overtaken by the likes of Apple and Samsung. The reason was simple — Nokia was too slow and could not keep pace with the accelerating changes in this field.

It is reassuring that the UAE has understood the importance of investing in this vital sector within the context of its strategic future orientations and achieving sustainable development in the post-oil era. Our wise leaders have launched several ambitious initiatives and projects that aim to prepare society to compete in this field. These include the e-government and smart government initiatives, the plan to explore outer space by sending the Hope probe to Mars, and the launch of the UAE Strategy for the Fourth Industrial Revolution and the formation of an associated council to pursue it. This strategy will act as a basis for investments in the future sectors based on AI, robotics, cloud computing, 3D printing, and the IOT. This clearly shows that the leadership, which God has bestowed upon the UAE, is aware of and well-informed about the essence of the changes affecting the world today, while also possessing the will, determination, and ability to tackle these challenge.

7th Edition COMMS | 27-28 July 2023 | Delhi

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Which Countries are Granted the Most New Patents?

 




Which Countries are Granted the Most New Patents?


Every year, the UN’s World Intellectual Property Organization (WIPO) tracks hundreds of thousands of patents across industries.


These patents grant their inventors exclusive intellectual property rights over their creations. They encourage new ideas, spur scientific development, and lead to new technologies and entire sectors being born.


However, the number of patents granted varies greatly across nations. When viewing the origin of each patent’s applicant, we see a handful of countries dominating certain industries.


In this graphic, Jacqueline Ann DeStefano-Tangorra uses 2021 WIPO data to showcase which countries were granted the most new patents, along with their sector categorizations.


Countries with the Most New Patents :

After rapidly increasing its patent output in recent years, China topped the chart in 29 out of 36 total fields including computer technology, electrical machinery, and digital communication. The Chinese government’s focus on innovation led to the nation’s applicants receiving 38% of the 1.6 million patents granted in 2021.

The United States—home to the world’s largest tech companies—came in second with 286,205 granted patents by origin. The U.S. also topped four fields of its own: medical technology, engines and turbines, basic communication processes, and unknown (for inventions that can’t be assigned to a specific field).

Not far behind is Japan with 256,890 granted patents. It dominated the other nations in the fields of semiconductors, optics, and furniture and games, cementing its well-earned reputation of technological innovation.

“Unknown” origin applicants, for which the nationality or country of residence couldn’t be determined for the inventor(s), accounted for 24,677 of granted patents.
The Origin of New Patents by Field

When assessing which technological fields inventors are pursuing in 2021, it’s not unexpected that digital and electrical technologies are in the lead:


How Long it Took for Popular Apps to Reach 100 Million Users

Threads reached 100 million users in just five days. Here is a timeline of how long other popular platforms took to reach the milestone.


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5 Advantages and Disadvantages of Information and Communication Technology in Business






Information technology is often valued in the business sector because of the immediate rewards it offers users. It is nice to search for the meaning of a word or phrase and get the answer to your question within a matter of seconds. It is equally fulfilling to have the ability to connect with so many people at once regardless of where you are in the world. There are more benefits to IT than what one may see at the surface level, though.


IT Improves Communication

Emails changed the way that employees interacted with one another during the 90s. Many flocked to America Online to convey messages and found that responses to digital communication were much faster than that of sending someone a letter. The only thing that surpassed the old days of email communication was that of a telephone call.

Now, thanks to smartphones and social media, an employee can get a response from colleagues within a matter of seconds if they use the right means. Information technology has also given birth to cloud computing, which lets employees access important information when they are not in the office. There is no need to connect to a hard drive when you are using cloud storage. The world of IT, then, cuts through the extra steps to make communication faster.

Efficient communication is key to the success of a company, and IT helps to streamline communication. In a rapidly connected and vast business landscape, hiring, leveraging, and retaining employees requires continuous communication and collaborative efforts. A crucial benefit of IT is in its ability to streamline communication both externally and internally.

For instance, video conferencing and online meeting platforms such as GoToMeeting, Zoom and Skype offer businesses the work remotely in real-time, greatly reducing costs that come with having clients on-site or interacting with employees who work remotely. Thanks to IT, businesses are able to connect and communicate almost effortlessly with international consumers and suppliers.

IT Cuts Costs

Of course, when you talk about eliminating steps in business, there is the possibility of saving money. One of the major 5 advantages of information technology is its ability to keep money in your company’s bank account. Some people are scared off by the notion of IT because of the upfront costs that sometimes feel overwhelming. The truth, though, is that an updated system pays for itself within a matter of weeks. Improved communication alone leads to more productivity and, thus, increased earnings. Information technology is an investment that all business owners should pursue.

While it may initially appear expensive to implement IT, in the long run, it will however become significantly cost-effective by streamlining an organization’s managerial and operational processes. Basically, implementing information and communication technology in business allows businesses to achieve more with less, without compromising value or quality.

IT Encourages Strategic Thinking

Better communication leads to more critical thinking. Employees are less concerned with how to get into contact with co-workers when they know that they can relay information through the cloud. Thus, with the stress of figuring out how to communicate lifted, workers can take in the information shared and create better strategies for improvement. One of the advantages of data communication is, therefore, more time, which leads to more effective planning.

IT can help an organization to enhance their competitive edge in the marketplace, by encouraging knowledge transfer and strategic thinking. For instance, by leveraging subscription databases and social networks, companies are enabled to organize, interpret and transmit data like never before. This has provided enterprises with unmatched access to consumers and customers, assisting companies to deliver better and innovative products.

IT Protects Information

There will always be a place for traditional files in the corporate sector. Leaving a paper trail, however, may not be the best idea when it comes to sensitive information. Identity thieves have a way of taking the simplest information, such as a name or birthdate and transforming it into a weapon that victimizes unsuspecting individuals. It is best, then to invest in information technology with encryptions and other security measures that keep unauthorized eyes from viewing classified information.

In protecting classified information, information technology works to ward off lawsuits. Victims of identity theft often track down the source where thieves were able to steal information. It is not uncommon for such persons to sue companies responsible for damages related to the crime. Your decision to keep up-to-date with the latest technologies can essentially keep legal fees for negligence at bay.
IT Cuts through Cultural Barriers

Diversity is something that corporations continue to strive for despite laws in the United States that prohibit discrimination based on race, gender, sexual orientation, age and other factors that make a person uniquely different. The good thing about the IT world is artificial intelligence, which does not automatically come with the same filters of which humans are accustomed.

A computer does not care if a person is a man or a woman if the potential candidate’s resume meets the predetermined qualifications for the job. Information technology, therefore, can contribute to diversity by design of operating systems.



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Career in Communications


 

Communication is essential to modern society, and a career in this field offers many opportunities for those with the right skills and qualifications. Here’s why students should choose a career in communications.




Range of opportunities: From public relations, marketing to journalism, there are many career paths one can pursue within communications. Hence, a student can find a job that aligns with his/her interests and passions, such as writing, networking, or analysing data.

High demand: According to the U.S. Bureau of Labor Statistics, employment in this area is projected to grow by 4% by 2029, adding nearly 18,000 new jobs in the U.S. alone. This means that there will be many opportunities available in the public and private sectors for those with the right qualifications and experience.

Creating change: No matter which area of communications one works in, one can raise awareness of important issues, promote social causes, and make a difference in people’s lives. This can be rewarding and offer a sense of purpose and fulfilment.

Creative aspect: Communication is not just about conveying information; it is equally about engaging and entertaining audiences. Whether it is a marketing campaign, news article, or social media post, there is plenty of room for creativity to develop innovative ways to communicate.
Skills to excel

Writing: Developing this core skill is essential. Whether it is a news article, social media post, or a press release, your writing should be clear, concise, and engaging. To improve, practise regularly and get feedback on your work.

Networking: Building a strong network can help you find job opportunities, develop new skills, and stay up-to-date with the latest trends and developments. Attend industry events, join professional organisations, and connect with other professionals on social media to build your contact.

Technological know-how: Technology is constantly changing how we communicate, and staying updated with the latest tools can help you be more effective. Whether you are using social media, data analysis tools, or video editing software, familiarise yourself with the latest technology and how to use it to your advantage.


Interpersonal skills: Developing strong interpersonal skills, such as active listening, empathy, and conflict resolution are essential for effective communication and collaboration, and can help you navigate difficult situations and build trust with others.

7th Edition COMMS | 27-28 July 2023 | Delhi

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Tuesday, July 18, 2023

Enterprise 5G: Guide to planning, architecture and benefits











5G, the latest generation of cellular technology, delivers faster speeds, lower latency and greater capacity for multiple devices than its 4G predecessor. Although carriers are devoting the lion's share of their 5G marketing dollars to wooing consumers, enterprises will reap the biggest rewards.

What is 5G?

5G is fifth-generation cellular technology that supports multigigabit data rates, likely exceeding traditional wireline network speeds. While 5G's potential speed of 20 Gbps is a significant draw, its low latency -- ultimately five milliseconds or less -- is even more attractive for enterprise applications that will encompass augmented reality, IoT, location awareness and branch connectivity. 5G is engineered to be more secure than its cellular service predecessors, thanks to its more comprehensive transport security algorithms and safeguards .

How does 5G work?

5G uses a vast network of small cell stations located on light poles and building roofs, among other locations, to transmit signals via the millimeter wave spectrum (30 GHz to 300 GHz). With its shorter wavelength, a millimeter wave can only travel short distances and is susceptible to weather and obstacles, such as buildings, walls, coated windows and foliage. Millimeter wave technology works best in densely populated areas or open venues, such as in factories or stadiums, which can be blanketed with low-powered small cell stations to properly gain line of sight and boost radio signals.

In addition to small cells, 5G networks can be connected and distributed via macrocells and femtocells.

Less dense areas also can take advantage of 5G but would have to use lower-frequency bands -- for example, low band and midband -- with the tradeoff being support for fewer devices at potentially lower speeds and greater latency. For now, many organizations are concentrating their enterprise 5G efforts in dense areas or open venues to take optimal advantage of 5G's capabilities.

The 3rd Generation Partnership Project (3GPP) is working on 5G standards -- such as 5G New Radio (5G NR), a replacement for the Long-Term Evolution (LTE) standard -- so enterprises need to pay close attention to its work. 5G NR supports the growth of wireless communication by enhancing electromagnetic radiation spectrum efficiency.

The differences between 5G and 4G

While 4G cellular service has been instrumental in powering the mobile workforce, 5G will likely be better known for improving enterprise operations and making possible the delivery of new applications and services.

4G LTE is limited by its spectrum, which only reaches to 6 GHz. 5G's millimeter wave operates between 30 GHz and 300 GHz, which means the wider channels can transmit more data. 4G's use of lower-frequency bands impedes latency, speed and capacity, even though its signals can travel farther between radios or tall cell towers. Compared to 4G networks, some 5G networks may be able to support from 10 to 100 times more users and devices per square kilometer.

5G will require organizations to invest in new core infrastructure that includes base stations and antennas as well as onboard radios for devices and sensors. 5G's shorter travel distances also demand more infrastructure -- namely, more small cell stations, which currently are the size of a pizza box -- to get signals from one point to another without interference. 5G ushers in a whole new set of capabilities; among them is network slicing, a technique that lets businesses program network segments to safely and cost-effectively share 5G connectivity.

5G architecture and features

5G architecture better supports machine-to-machine communication than its predecessors because it features the ability to transmit large data streams, supports real-time decision-making and fosters automation. 5G's programmability makes it easier to connect with more data sources, including resources stored in the cloud. Finally, 5G is backward compatible with other wireless technologies, including 3G, 4G and Wi-Fi, enabling enterprises to aggregate the standard with other communications systems.

Private 5G network architecture

5G networks can either be public or private. Many large enterprises assess private 5G networks as an alternative to using network slicing to better secure their operations. While private networks can be more costly, as TechTarget senior site editor Jennifer English noted, they enable enterprises "to customize their 5G buildouts to meet application requirements, more finely manage infrastructure and secure data on premises."

TechTarget contributor Lee Badman recommended answering the following four questions to determine if private 5G networks are the correct choice for your enterprise:Do you need ubiquitous coverage for devices or a new type of wireless backhaul?
Despite 5G's ability to support higher speeds, are you willing to trade larger cells and lower frequencies for speeds that might not meet expectations?
Will most of your traffic stay within your enterprise network or head out to the internet?
What device types, capabilities and density will be involved?





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How 5G Can Unlock The Potential Of Smart Homes




5G technology has been one of the hottest topics in the tech world in recent years. Fifth-generation mobile network technology has been the subject of discussion everywhere from healthcare to sports to entertainment to education. However, one of the sectors where 5G technology has proven to have a real impact is the real estate industry.


In this article, we will explore how 5G technology is transforming the way properties are bought, sold and managed. We will look at the benefits of 5G technology for real estate professionals, homeowners, and buyers, and discuss how this technology is helping to create smarter, more efficient homes.

What Is 5G Technology?

5G promises to significantly enhance speed, latency and capacity. In comparison to 4G networks, 5G networks can enable download rates up to 100 times faster, with latency as little as one millisecond. In light of this, 5G networks are more suited for using apps like virtual reality (VR) and streaming video than ever before since they can support more data and devices. Furthermore, 5G networks are intended to be more durable and dependable than earlier cellular technology generations, offering more constant service and fewer lost connections.


One of the key differences between 5G and previous generations of cellular technology is its ability to support a wider range of devices and use cases. 5G networks are designed to support everything from smartphones and tablets to connected cars and IoT devices. This means that 5G networks will be able to handle a much wider range of data types and traffic patterns than previous generations of cellular technology.

How 5G Impacts The Real Estate Industry

5G technology is transforming the way people interact with property. For example, 5G technology is enabling the use of VR and augmented reality (AR) in property viewing and preparation. This means that buyers and sellers can have a more immersive and realistic property viewing experience without having to physically be at the property.


5G technology is also enabling real estate professionals to collaborate more effectively and work remotely. Real estate agents and brokers can access real-time property data and information from anywhere with a stable internet connection.

The Benefits Of 5G Technology For Real Estate Professionals

5G technology also offers significant benefits for real estate professionals. Real estate agents and brokers can take advantage of increased connectivity and data speeds to collaborate more effectively and work faster. The ability to access property information in real time, regardless of location, allows real estate professionals to provide faster and more efficient service to their clients.

5G technology also allows real estate professionals to collaborate with other professionals, such as lawyers and appraisers, more easily. The ability to share data and collaborate in real time is a major change for the real estate industry and has been welcomed by many professionals.

How 5G Affects Smart Homes

5G technology is transforming the way people interact with their homes. With faster download speeds and connectivity, 5G technology is enabling more advanced smart homes. 5G technology is making it possible to integrate more smart devices into the home, such as smart thermostats, security systems and surveillance cameras, and connected home appliances. This allows homes to become more efficient and automated, which in turn reduces energy costs and improves homeowners’ safety and comfort.

For the real estate industry, this means that there will be a plethora of extra amenities and technologies that will be offered alongside the home itself once 5G makes its breakthrough. For example, as mentioned before, this technology can allow for more sophisticated surveillance systems in the properties, which can give real estate agents the ability to show the property without worrying about anything happening to it and being able to monitor it the whole time.

5G technology also has the potential to revolutionize the way commercial buildings are managed. Commercial buildings can use 5G technology to control and manage their security, power and heating systems remotely. In addition, 5G technology can also improve the energy efficiency of commercial buildings by enabling better management and control of energy consumption.
Challenges In Adopting 5G Technology

While 5G technology has great potential to transform the real estate industry, there are still challenges and hurdles to overcome before widespread adoption can be achieved. One of the biggest challenges is the need for additional infrastructure to support 5G technology. Additional communications towers and more advanced network infrastructure are needed to enable high-quality 5G connectivity. This can be costly and require significant investment by telecom service providers.

Another major obstacle is the lack of awareness and education about 5G technology. Many real estate professionals and homeowners may not be familiar with the benefits of 5G technology and how it can improve their operations and experiences. More effort is needed to educate consumers about 5G technology and how it can benefit them.

Conclusion

In summary, 5G technology has the potential to revolutionize the way properties are bought, sold and managed in the real estate industry. From creating more advanced smart homes to improving the energy efficiency of commercial buildings, 5G technology is driving innovation and improving the customer experience across the industry. While there are still challenges and hurdles to overcome, it is clear that 5G technology has the potential to completely transform the way we interact with each other.



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Web RTC:

WebRTC (Web Real-Time Communication) is an open-source project that enables real-time communication capabilities directly within web browser...