But beyond its economic impact, if a sector can experience improvements as a result of the implementation of 5G, it is education. Advances in mobile technology, IoT, and the tactile internet will forever change the way we teach, as will new and improved applications of virtual and augmented reality, which will begin to play an important role in understanding-based learning.

The future learning model will be centered on the student and the connectivity of the devices. 5G will contribute to creating an international, immediate, virtual and interactive environment that will also allow the role of the teacher in the classroom to be redefined. Beyond the technology used, the challenges of the Education System and the Training model can be summed up in four axes and a clear objective: change to make the most of everything that technology offers us and therefore digitization.

That People Make Decisions

It is necessary to strengthen the empowerment of people so that they make decisions about their professional and personal development, and for this, it is necessary to develop systems that help people to make these decisions. Big data and algorithms are a perfect combination to help people make better choices. Without forgetting that reason, the importance that the counselor has in the entire system, who must also rise to technological evolution so that its use is productive and effective for the individual.

Learn And Train Together

We must underline the idea that we cannot do things alone, but that it is more productive to work as a team, with people close or far away and in real or deferred time. Learning to work as a team associated with mastering other languages ​​is one of the most important challenges of our educational system. The relationship with other people will make our knowledge and our desire to learn more solid, and for this, we must continue to develop increasingly intuitive platforms that allow continuous collaboration and communication in real-time, in which the contribution of 5G will be decisive. The pandemic has taught us an important lesson in this regard, being connected has meant being active and connected.

Take Advantage Of All Resources

Resources for training and learning are everywhere, many of them free. We must know how to look for them, discriminate and relate them to our interests. Never before in the history of humanity have we had access to such an amount of knowledge, today we can access a Nobel Prize class from a train station. The 600 free courses integrated into this platform have received nearly two million visits in one year. And resources continue to develop at a rapid rate. Augmented reality, virtual reality, and simulators are the new guests at this great feast of resources, which will come from the hand of the new generations of networks, 5G, and the increasing capacity of fiber optics.

Focus On Personalization

Each individual has to be the protagonist of their development and training. Those who learn and those who teach have to take advantage of the power of social networks to enhance their strengths: those who teach have to learn and those who learn have to teach. To get here we have to face one of the most defining challenges, developing the new role of the teacher, a teacher who must not only teach but also create content, structure information, develop projects and give students a leading role. In short, challenges that can only be faced with the support of faster and more reliable technology should make education a much more efficient area, where new models based on 5G facilitate the student’s cognitive process.

Also Read: 5G And The IoT Industry, Will It Be The Network Revolution

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During the pandemic, we have seen a clear trend towards developing more robust architectures by companies, something that goes hand in hand with the accelerated digital transformation that many organizations have experienced. If we add this to the adoption of new technologies such as 5G and edge computing, we are faced with a new business environment where architecture plays a central role. Companies have been more aware than ever of the importance of the cloud in their business and product development. And more specifically, how it is necessary to adopt a hybrid cloud model that consolidates IT resources, moves workloads between environments and organizes processes through automation.

On the other hand, another of the technologies that have been key this year has been cybersecurity. The health situation and the increase in cyberattacks have posed a significant challenge to companies to protect themselves from future threats. At IBM, we advocate a Zero Trust approach that provides security at all times and in a unified and integrated manner to all users, devices and connections. This allows you to protect your most valuable assets and proactively manage threats.

Technological democratization having these tools allows us as companies to continue promoting another of the trends that we have seen throughout 2021: the democratization of technology. This will enable a straightforward optimization of work, hand in hand with the digital transformation, of which employees must be part, and through the promotion of innovation by the companies themselves.

Another word that is marking our future, as people and companies, is privacy. It is crucial to promote computing that helps improve privacy, protecting sensitive and critical company data in less reliable environments. In addition, it is more important than ever to protect information not only when it is stored but also when it is used and transferred. This is key to complying with the increasingly developed regulatory framework.

Quantum computing is destined to be one of the great technological revolutions of our present. In the coming years, we will see a modernization of programming aided by artificial intelligence that will radically change the way scientific discoveries are made. We will see how all the critical systems of our companies and institutions will also be affected. This technology will allow us to face the most pressing problems on the planet radically differently.

On the other hand, although we have been talking about edge computing and 5G for several years, 2021 and the next 4 years will mark a before and after. Gartner points out that, by 2025, 75% of data will be processed outside the traditional data center or cloud. This technology will enable better data control, lower costs, accelerate insights and actions, and maintain continuous operations.

A similar path awaits artificial intelligence, whose use is becoming more extensive. Integrated into daily life, business, administrations or medicine, AI must be responsibly adopted by people and organizations. By incorporating ethical principles into AI applications and processes, we can build systems based on trust. We can link this concept with the so-called ‘good tech,’ a direction that advocates that companies be ‘ethical’ in using technology and go further, transforming their business models, embedded in all their decisions, considering how technology can impact society.

In summary, in these last two years, technology has shown its value to respond to the challenges experienced, but there is still a long way to go. We have to drive this transformation even further to move towards a society, organizations and companies that are more resilient, more solid, more intelligent and better prepared for now and tomorrow. This is what will mark the technological trends of the coming years.

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The names given to these two types of networks are 5G NSA networks and 5G SA networks. These two networks are part of the timeline that we must follow to enjoy everything that has been promised with the 5G network. We cannot directly access a technological revolution, where it is necessary for a few years and a period in between until companies can carry it out.

What Is 5G NSA

We can quickly define 5G NSA networks as the beginning of a promise. This is the first technology that is being implemented called 5G in a generic way, but which does not offer everything that a 5G NSA network will give us.

In this case, it builds on the infrastructure we already have available to expand its capabilities and enable higher speeds. Although they are part of the 5G standard in both cases, they are a few first steps.

In this case, it takes advantage of the former and the significant deployment of 4G networks in all countries, is included as one of the best communications in the world. As in hybrid electric cars, this would be an adaptation that will gradually be modified.

Although the stability of the service is not maximum, and we can run into continuous drops to the 4G connection. Only specific and strategic points could we afford to connect to NSA-based 5G networks.

Also Read: The Influence Of 5G Technology On Our Homes

What’s Unique About 5G SA

Now we get to know the definitive 5G network, which does deliver on everything it promises us, and which will be part of the second phase of implementation. Once the antennas with 4G, for the most part, can offer us a high rate of speed, the new infrastructures that are of great importance will come into play. Without the new hardware, it will be impossible to achieve what we want, and, therefore, it is impossible with 5G NSA networks.

The digital dividend that has been produced for releasing the 700 MHz band has a lot to say in this regard. It is expected that by 2021 work will begin on these bands once they are ultimately released from DTT. This network will be the one that will allow a more significant reach even within buildings, cars and homes of all kinds, marking a clear difference with the 5G NSA as we are going to know.

What Are The Differences Between Both Networks And 4G

There are many relevant changes in the references of both networks where we noticed, as we have mentioned, improvements in connection, speed and much more. So that you do not doubt the possibilities of 4G concerning the two types of 5G, we are going to explain point by point how they improve in each phase. 

Latency: The essential point is latency, where 4G networks offer us 30 ms on average, and with the 5G SA networks themselves, it will become only 1 ms, something that is not possible with 5G NSA.

Download Speed: Another great promise of 5G is speed since 4G networks can reach 1 Gbps, and in 5G NSA, we enjoy 2 Gbps, breaking all limits in 5G SA networks with up to 20 Gbps or more.

Device Capacity Per Square Meter: It is also very relevant that the different 5G networks will allow us to connect more devices in the same area, going from 100,000 per km² to one million per km².

Devices Are Already Being Prepared

In 2020 we already saw how practically all mobile brands had presented smartphones with different 5G technologies, corresponding to the type of 5G SA. Once the infrastructure is completed, we can take advantage of it.

Also Read: Hyper-Connectivity: The Future Of 5G Network Technology

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But, past the absolute best uses, how is the use of 5G going to affect our homes? How is it going to end up obvious beyond having a quicker connection speed? These are some of the keys to the science you will have in your domestic quicker instead of later.

Connectivity At The National Level

Something curious takes place with 5G. People do no longer end speaking about it in the industrial and commercial enterprise sphere, however everyday customers have it plenty much less present. And this has its motive for being. We take it for granted that it will take some time to arrive or, at the very least, it will arrive a good deal before in companies than in homes. Everything advised that this would be the case till September.

The entry advantages are undeniable: in accordance with Open Signal, international locations that undertake 5G can multiply their connection speeds up to ten instances in contrast to 4G. This is due to the fact latency is going to be a plenty decrease from now on. That is to say, the time that passes between when records are requested and reach the receiver, between when we kind in the tackle of a website, and it takes to load, will be a lot less.

Connected Appliances At Home

Despite the usual feeling that 5G will be utilized in general in industrial areas, the fact is that it will have a very excessive impact on our homes. As a Bis Research file assures, greater than 20% of the use of 5G will be derived from client electronics devices, that is, to the units that any citizen makes use of each day.

Given this, we can also suppose that we will use this technological know-how on cell phones, computers, or television, however, the spectrum is a great deal wider. We can have a fridge that makes an automated order when it detects that a product is missing. Or heating or air conditioning that turns on through itself when they see that the house’s temperature is now not adequate. Or an alarm activated autonomously when it determines that various days have exceeded barring everybody being home, etc.

The market for units associated with the Internet of Things (IoT) is nearly infinite: the calculations of the survey decide that through the quit of this year, we will have in our possession greater than 237 million related units that will make up a billion-dollar industry. Our residence will come to be the middle of an actual operation at the back of this enterprise the place we can furnish connectivity and synthetic brain to nearly any machine with this kind of technology.

The Challenge Data & Privacy Of Our House

Are there motives to be involved about 5G, or at least to be extra vigilant about what we do with it? Yes: the data. Each linked machine that we use will collect, store, and system a sequence of data. These can vary from the most superfluous (the wide variety of inquiries we make to a clever speaker) to the most subtle (the kind of inquiries we make, the range of instances we flip on the heating or order food, the format of our domestic that has monitored our robotic vacuum cleaner.).

This is no longer a minor challenge. the survey additionally emphasizes that the statistics created through related gadgets will be 249 large than modern ones, additionally forming an enterprise that, in this case, can damage us. In this sense, it will be integral for every domestic to figure out what kind of linked gadgets it desires to have and which ones it prefers to do without.

In any case, the arrival of 5G is inevitable and has many advantages. It will be up to every citizen to figure out how they prefer to put into effect this technological know-how and, above all, to what extent they favor it to be a section of their home.

Also Read: 5G technology: Speed, Data And IoT To Revolutionize Telecommunications

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The fifth generation of 5G mobile technology is currently being discussed, particularly in terms of speed increases in the mobile Internet and perhaps even better overall network coverage all over the world.

In fact, 5G marks the leap into a whole new era of hyper-connectivity and opens up new business areas. The Italian IT consultant and system integrator Reply, headquartered in Turin, has examined the development of wireless cell phone technology and its most important areas of application in a study.

In addition to the improved connection between billions of people and things, 5G promises to unleash the potential of technology fields such as artificial intelligence or extended reality. In the coming years, 5G will be groundbreaking in application scenarios for applications that rely on a stable and low-latency connection, such as industrial automation or autonomous driving.

Also Read: 5G: The Transformation That 5G Brings Towards The Digital World

Enhanced Mobile Broadband (eMBB) growth market: With the worldwide introduction of commercial 5G networks, the first use cases are emerging in the area of ​​enhanced mobile broadband. These include applications that require a very high bandwidth, such as 5G live streaming & video, extended realty services, and 5G ultra high definition gaming. In 5G gaming, the mobile gaming market is expected to grow exponentially.

Massive Internet of Things – a new IoT era: by 2025 there should be 75 billion IoT-enabled devices. With the ever-increasing number of networked devices and the flood of data they generate, the IoT is becoming the central interface between things, people, and processes. The 5G standard increases the connection density to one million devices per square kilometer and thus leads to the age of Massive IoT (MIoT). 5G creates the conditions for new business areas that are based on data and connectivity. Important trends with high growth are above all consumer IoT, smart cities, and smart buildings.

Mission Critical Control – groundbreaking application scenarios: In sensitive applications such as autonomous driving or critical infrastructures, 5G will lead the way in usage scenarios in the sense of Mission-Critical Control. Low latency and extremely reliable and highly available connections are important here since uninterrupted data exchange in real-time is essential for all applications. The trends with the highest growth rates in this field are autonomous vehicles, industrial automation, robots, and drones.

Also Read: 5G technology: Speed, Data And IoT To Revolutionize Telecommunications

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In March 2018, 4ka started selling new packages called SLOBODA and canceled or hid many previous packages. Thus, there has been a significant change and, in particular, a simplification of the portfolio.

SLOBODA packages offer cost-effective services and, most recently, the possibility to use all prepaid data not only in the 4ka network but also in national roaming, ie in the 2G and especially 3G network of Orange. You can also use SLOBODA voice packages in the EU, including data.

If you want to try the services of this operator, we recommend using the Moja 4ka SIM card at the beginning and possibly activating the GIGA package or one of the basic SLOBODA packages. We described our initial impressions from the use of the SLOBODA package in this article.

My 4 as a base

The basis of all operator services is the Moja 4ka SIM card. You can buy it at the post office, but also at other places, or you can order it online. If you do not activate any additional package, you use the services for 4 cents per minute / SMS and 1 cent for 1 MB of transferred data in Slovakia and in the EU.

If you want to use mobile internet, we recommend activating the GIGA package, which costs 2 euros and contains 1 GB of data in the 4ka network and also in national roaming, in the Orange network to test the quality of services. In the case of the GIGA package, you can use automatic recovery after 30 days/overdraft. This feature can also be disabled. All data from the GIGA package can be used within the EU and throughout Slovakia.

FREEDOM packages for more demanding users

For some users, a combination of the basic tariff of 4 cents and the additional GIGA package for 2 euros will definitely suffice. The SLOBODA and SLOBODA + packages are intended for the others. They are available in three versions, 4ka also offers a purely data package FREEDOM OF DATA, which contains only prepaid data throughout Slovakia and no minutes / SMS.

The difference between the SLOBODA and SLOBODA + packages lies in the amount of prepaid mobile data. All SLOBODA packages offer 1 GB throughout the Slovak Republic and within the EU, SLOBODA + is more generous in terms of data. For an additional fee, you will receive a lot of additional data throughout Slovakia and an increase in data within the EU. In EU countries, you can also use all prepaid minutes and SMS, and this applies to all SLOBODA voice packages.

If you can’t decide which package to choose, try calculating your standard monthly consumption. With easy math, you can get to the package that will be best for you. SLOBODA packages are renewed after 30 days, renewal can be turned off. If you use up prepaid units earlier, a fee of 4 cents per minute / SMS and 1 cent per 1 MB of data will apply as needed.

The renewal of the lump sum for the next 30 days will take place provided that you have sufficient credit. You can charge it very easily, e.g. via the 4ka My Zone web interface. It is practical to be able to define the rules of automatic recharging using a payment card.

It is practical that the SLOBODA and GIGA packages can be combined. If you e.g. you will exhaust the data from the FREEDOM package and its renewal is e.g. up to 10 days, you can activate the GIGA package. The data from the GIGA package will be consumed first even after the renewal of the FREEDOM package. As a rule, those data whose expiration date is closer and ends earlier are drawn first.

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A writer known for his ideas on the digital revolution said that “technology feeds itself. Technology makes more technology possible. ” Without a doubt, it is a sentence that perfectly describes the evolution that connectivity has experienced from 1G to 5G, highlighting what will be one of the great technological transformations in history and that will forever change our navigation and mobile experience.

How did we get here? An evolution at different speeds

• 5G has gone from being a chimera to a reality after a constant evolution over time.
• Looking back, everything has a beginning, and in this case can date at the end of the decade of the 70, when a new connectivity standard came to the world, 1G. Specifically, it was in Tokyo that the first analog mobile phone system emerged. Fruit of its appearance is the first mobile phone and, therefore, the first calls without the need for a cable. Of course, there was no data transmission either.
• Sometime later, specifically in the early 1990s, there was the advance from 1G to 2G, that is, from analog to digital telephony
  Although it now seems incredible due to the date we are talking about, it also made it possible to browse optimized websites from the mobile phone.
• The main qualitative leap in this evolution occurred with 3G, a standard that emerged due to the increasing demand for data transmission. Its birth could be dated back to 2001 first 3G roaming call with Japan. In 2003, in the UK, the launch of a new version of EDGE connectivity allowed speeds of up to 2 Mbps to be achieved. Transferring it to terms of user experience, it meant that from the mobile you could access full versions of the websites, navigate smoothly and even consume online videos on platforms such as YouTube or Vimeo. It also meant the generalization of smartphones.
• The one that until today was the last step on this path is the 4G and the LTE (Long-Term Evolution connectivity) standard that we currently enjoy. It emerged in 2009 and improves the transmission power of 3G standards, reaching speeds of up to 100 Mbps in motion and 1Gbps at rest, making it possible to process more information and, for example, be able to watch 4K videos.

Increased data transmission, more speed, and reduced latency, among 5G improvements

Based on the fact that 2020 is the horizon for the final takeoff of 5G technology, the truth is that we are already in a position to know first-hand what changes it will mean for the user:

• More data: the capacity of the network to support data transmission is increased again. It is expected that traffic will be multiplied by at least 10, although it could reach up to 100 times more connected devices.
• More speed: between 2 and 20 Gbps, which will completely change telephony as we know it today, redefining our experience on the Internet when browsing on mobile. And it is that these speeds will exceed data download to current fiber optic networks.
• Lower latency: that is, less time in the execution of an order by a device once the signal has been sent to it. This response time will be, specifically, between 1 and 10 milliseconds (4G has about 40 milliseconds) and will mean, in practice, almost real-time performance that will reduce application response times, but also enjoy games in virtual reality, that a surgeon can operate a patient remotely, operate machinery from a computer, driverless vehicles or the earliest detection of natural disasters, to give some examples.
• IoT: although with 4G it is already possible to connect devices to each other, the reduction in latency and connection capacity offered by 5G networks will be the definitive boost for the Internet of Things, giving rise to a world in which home appliances, wearables, Cars, computers, and terminals, in general, will be fully connected, contributing definitively to the development of Smart Cities.

One of the latent concerns of 5G is security. In this sense, the increase in connected devices and the transmission of data make privacy and security a priority for the 3GPP (3rd Generation Partnership Project, the international organization for the standardization of telecommunications) and the GSMA association. Both entities are defining the standards of the SEPP (Security Edge Protection Proxy) that will act as “guardian” of 5G networks, providing confidentiality and protection to the data transmitted on those networks. This technology will be available before fifth-generation networks are connected.

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The reality is that mobility solutions and mobile devices are more than settled in companies. The evolution that in society has experienced in a society where conciliation begins to be a requirement, the high cost of offices or the possibility of working from anywhere on the planet, are some of the elements that have favored the development of mobile solutions In the companies.

With this situation, the reality is that the company no longer needs to have workers tied to a chair and an office so that it can perform its task. Thus, workers begin to find, thanks to this labor mobility, how they can pick up their children to school, and then continue working from home. Companies also do not need to rent large office spaces since it is not necessary to have all employees in the same physical space, which results in significant savings to companies. And of course, it doesn’t matter where a worker is if he has a connection he can work.

In short, it is an element that favors companies and employees but still faces certain challenges. In this sense, Emilio Dumas, general director of Dynabook, affirms that “the biggest challenge for companies in the face of the phenomenon of labor mobility that we are experiencing is to find the balance between acquiring solutions that guarantee maximum operational and safety efficiency and that, at the same time, be affordable in terms of infrastructure management, maintenance, and costs. The particularity of mobility is that it has been the employees who have forced organizations to take this leap, demanding higher quality tools to work from anywhere or collaboratively. A situation that is further amplified with the arrival of new generations in the world of work,
It is true that this is one of the keys to the mobile revolution. And it is the users who have made companies bet on mobile tools. Until now, the best technology was always in a company, but since the first smartphone appeared, the situation changed. It was the home user who radically embraced the new mobile technology, and that change was what allowed companies to adapt. But, companies still have a way to go. For example, from the company NOW and from its perspective of management software manufacturers, it is stated that “we must take the current information systems to the device that we all use most frequently, to our smartphones. And, with this, extend it to client suppliers and other members of the value chain. For this, processes, procedures and new relationships must be redefined. We must think of another way of doing things in the search for greater efficiency. ”

Mobility: A-Pillar In Digitalization

As we have said, mobility is one of the indispensable elements in the digital transformation of the company. Mobility has been the cement on which the technological transformation has settled and will continue to be so in the near future. As David Alonso, director of Samsung’s business area, says, “mobile technology is transforming business, customer service and the way we work every day. We could say that we are facing a new mobile era, where mobile devices allow us to achieve everything that previously seemed impossible: work from a distant place, navigate at maximum speed, manage payments from our suppliers and use our software and business applications as if We were in the office. ”

The reality is that digitalization cannot be understood without taking mobility into account. And, as Ignacio Herrero, director-general of NOW, says, “mobility is one of the best bets in terms of digitalization. From there, it is true that it opens a world of possibilities … Of course, analyzing the issue from a broader point of view, many new businesses could not have appeared, let alone consolidate, without mobility being one of its pillars keys”.

And they will continue to increase. More and more companies will incorporate a greater number of mobile devices and solutions. As stated, Miguel Angel Cervera, director of Modern Workplace and Cybersecurity at Microsoft, “Within a short time, 50% of workers worldwide will do so in a mobile way and it is expected that, in 2025, 75% employees are millennials, which means that companies that have not yet faced their digital transformation have to consider doing so as soon as possible. Not only to take advantage of all the advantages that digitalization brings when working but to ensure its competitiveness in an increasingly demanding market and even attract young talent that demands modern tools.

Therefore, what more and more companies understand, is that betting on technology as a way to improve the way of working of their employees, will mean in the medium and long term a return on investment. ”

The Role Of The Cloud In Mobility

For the development of mobility, the cloud has played an essential role. In fact, the operation of many applications could not be understood without Cloud Computing being there. As the CEO of Dynabook assures, “cloud computing is what we could call an old acquaintance of the IT managers of any company by allowing to meet such basic demands of employees as access to information and corporate resources, as well as collaborative work, regardless of place and at all times. In recent years, any company that has developed a mobility strategy, regardless of its maturity,

For its part, the Samsung spokesman believes that “the mobile industry is undergoing a great transformation thanks to innovative technologies such as 5G, IoT and Artificial Intelligence. Open collaboration is very important in this regard since it allows us to develop the opportunities offered by these technologies and offer connected services. For example, we have recently developed a security platform for emergency teams, police and firefighters with IBM, using the IBM cloud and Samsung’s Galaxy device ecosystem. Therefore, the cloud-mobility binomial is very important, since it can allow us to monitor situations and act immediately to protect the health of people, but also apply it to other sectors, such as financial, energy, retail, etc. ”.

Also for Ignacio Herrero, general director of NOW, the cloud has played and plays an important role in the development of business mobility. In his opinion, “the role that cloud plays in the world of mobility is key. The possibility of accessing countless applications to address support processes offers the advantage of being able to test different solutions at a minimum cost and see which one suits our needs. In this sense, it is necessary to advance how they interact with each other when necessary ”.

In short, the cloud has made it possible to change the way it works. And mobility has been a definitive driver in that change since together they have made it possible for employees to access information at any time and from anywhere, regardless of the device used, which has led to an increase in the productivity and take better advantage of the different digital applications. As the spokesman for Microsoft says, “the use, increasingly common cloud, favors the emergence of new work models that not only boost productivity and mobility.”

Advantages & Mobility Strategies

Despite all the advances that have taken place in the mobility environment such as global workforce solutions, there are many companies that are not taking advantage of all the advantages offered by mobility solutions. In many cases, the advantages are not taken advantage of by resistance to change. Incredible as it may seem, there are a majority of companies that exercise unbridled control over the presence of the worker in the office. That constant presence is more valued, despite the fact that the worker may be viewing his Facebook page. And, as Miguel Angel Cervera, from Microsoft, says, “the only barrier that companies find when implementing a clear mobility strategy is not related to technology, but to resistance to change.”

Yes, companies that are committed to mobility are more successful. That is why the reluctance of some companies is not understood since there are applications and devices for all kinds of needs. For example, in the section on terminals, the Samsung spokesperson believes that “each organization must be aware of its needs and the devices that best suit each employee. There are people who prefer to have a very wide screen to have a greater visualization of the contents they have to work with, and others prefer smaller terminals that are more manageable. There is a greater penetration of devices in all types of sectors and businesses, and manufacturers are also aware of these demands. In our case, the growing Galaxy ecosystem is growing and includes lighter devices to others with maximum performance and 5G. But not only that, last year, we launched a smartphone and a rugged tablet to support all kinds of professionals, including very specific functions so that they can collect electronic signatures, make annotations and designs with great precision, but also with a very design robust to avoid vibrations, falls and impacts if they work in mobility ”.

The same happens in the case of business applications. From NOW, Ignacio Herrero, says that “from our experience, as manufacturers of NOW and Flexygo, companies are betting on the mobile digitalization of their processes with growing interest. In this sense, some mistakes can be made in the redefinition of procedures, in the adaptation of users, but they have a quick solution. It is something that mobility also brings, greater simplicity and simplicity. ”

But if we talk about productivity, what must be recognized is that in the field of business solutions there is still a way to go. And, in many cases, the application with which you work on a computer does not have the same benefits or the same usability, if you move to a smartphone. As mobile device users grow in the workplace, the demand for more fluid connectivity is increasing.
In this regard, the Samsung spokesman states that “today, we live and work with multiple devices, and more advanced and much simpler connectivity is needed. Until now, if users of a PC needed content from their phones, they had to interrupt their work to look at their phone and open an application to be able to send the contents to their PC. Therefore, it was necessary that this content is synchronized automatically, in order to start a project on one device and resume it on another, without distractions. ”

Mobility And 5G

We have been talking about the benefits and the innumerable advantages that 5G will bring to our lives for several years. Actually it is already working, although its full potential cannot be extracted. In addition, until it is a standardized technology among the entire population, we still have to wait. But the advantages are clear: 5G will give Internet access to all kinds of devices, that is, the IoT will see its boom thanks to the speed, the reduction of latency or the lower saturation that it provides with respect to 4G. Emerging technologies that until now have become popular especially in homes and offices, will become increasingly common and ubiquitous, thanks to the bandwidth of the 5G mobile network.

For the CEO of Dynabook, Emilio Dumas, “the next generation of 5G networks is undoubtedly the trend that will drive and serve as a catalyst for many other technologies, among which Edge Computing, wearables, and 8K standout, called define our day to day as consumers and workers. So far, most of the forecasts around 5G have referred to investments and launches. However, this will change in 2020. With several telecommunications companies officially launching this technology and compatible telephones, the new generation of networks will result in the emergence of new types of jobs and exponential multiplication of productivity. ”

The great qualities of 5G, its speed and performance (with data transfer speeds far superior to the current ones and performances that improve those offered today by Wi-Fi networks and even many wired networks), and the notable reduction of latencies, They will have a great impact on companies and their way of operating. End-to-end latency is expected to fall below one millisecond allowing technologies and applications that are simply not possible with the current 4G.
In addition, the adoption of IoT by companies is growing significantly and will continue to do so in the coming years with the help of the connectivity provided by 5G. The Internet of Things provides companies with added value that allows them to optimize processes and focus on tasks that improve their productivity.

Let’s look at an example of what IoT will mean and how 5G technology can make use cases like this multiply exponentially: tire manufacturer Bridgestone has implemented Tirematics, an IoT solution based on Microsoft Azure for operators of commercial fleets

Bridgestone has added in each tire a series of innovative sensors that capture pressure and temperature in real-time and transmit that information to the Microsoft Azure cloud platform. When an anomaly is detected, Tirematics immediately issues an alert to the appropriate person, be it the driver, the tire technician or the maintenance manager. The result is a reduction in the workload of inspection and maintenance of the wheels and much less related operational problems, including breakdowns and safety. Bridgestone began developing Tirematics in Azure in August 2016 and its architecture includes Azure IoT Hub, Azure Data Lake, Azure Stream Analytics, Azure Event Hubs, among others. Definitely,

Mobility Security

The increase in mobile terminals and the massive adoption by users and companies have caused the cybercrime industry to see a real reef in mobile environments. As stated by Alfonso Ramírez, CEO of Kaspersky, “the number of attacks is constantly increasing, but not only to mobile devices but also to any device that provides mobility and the services the company offers to the user.”

From the point of view of security, it should be borne in mind that mobile devices nowadays have capabilities in terms of power, storage and, thanks to 5G, communications that equate them with the resources available in offices or centers of data. In this sense, José de la Cruz, technical director of Trend Micro, states that “the reality is that today’s offices are mobile, so in terms of cybersecurity we must take into account the dispersion of data, the reliability of communications, the physical security of the devices, as well as the software executed on them. For this, we must be able to implement the same levels of protection and control to these devices as to corporate environments. ”

The reality is that cybersecurity will be one of the great challenges of 2020 for all organizations, regardless of their size or sector of activity and will require that governments, companies and civil society work to find joint solutions. And cybersecurity is in the spotlight of all manufacturing companies. For example, Miguel Angel Cervera from Microsoft says that “our commitment is decided in each of the four major aspects that allow 360-degree protection of organizations: identity management and authentication, proactive and advanced threat detection, data protection and unified monitoring. All this contributes to something fundamental in the coming months: to strengthen the protection of all our clients in a world under increasing pressure from threats ”.

Samsung is also clear about its commitment since as its spokesperson states, “from our point of view, a protected device is the basis for creating a threat-free mobile ecosystem. Knox is the holistic platform that reduces risks in the hyperconnected world thanks to a series of overlapping defense and security mechanisms that have been incorporated into Samsung devices at hardware, operating system, and application levels. It is anchored in the chipset of the device itself during its manufacture and improves the Android Enterprise platform with much more granular security and management controls. Samsung is the only device manufacturer that adopts such a comprehensive and comprehensive strategy to ensure the safety of its devices.

Also Read : MACHINE LEARNING – THE FUTURE IS AT OUR REACH

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Existence Of Artificial Intelligence(AI) So Far

Artificial intelligence(AI) is one of the fastest-growing areas of digital technology. It is transforming our lives and also our investment portfolios. The latest devices from Amazon, Microsoft and Google allow you to turn on lights, check the weather forecast, check newspapers, listen to music, boil the kettle or book a taxi – all with voice commands.

Soon, Artificial Intelligence(AI) – computer replication of actions that normally require human intelligence – will be able to achieve much more and investment in companies with machine learning systems will be an important source of growth. In fact, robots are taking the world, not with an army of cyborgs, but in a soft and subtle infiltration of intelligent technology.

Now, through learning algorithms, machines can use data to find patterns and predict. The next step is the learning of errors by computers, with the refinement of predictions with each new piece of information. They are increasingly skilled at recognizing images and processing natural language like human beings, as well as responding based on context. Artificial intelligence is already present in health, retail, and finance.

Also Read: How to become an AI Engineer

Artificial Intelligence(AI): Advantages and Disadvantages of its Adoption in Companies

The use of technologies related to Artificial Intelligence is increasingly common in companies. From basic telephone service systems, through chatbots for customer service and reaching more complex production control systems, or even to the search for talent, Artificial intelligence is gaining ground in process management, with its advantages and its disadvantages
The Artificial intelligence systems they are, today, complex systems dedicated in most cases to simple or uncritical tasks. This is true for the vast majority of companies and applications, especially outside the big global technology. There is some concern that artificial intelligence systems end up eliminating jobs and, therefore, unemployment increases and opportunities for many people diminish.
On the other hand, Artificial Intelligence allows to streamline processes, automate increasingly complex tasks and increase safety in certain sectors (such as the chemical or pharmaceutical sector). These consequences of the use of artificial intelligence in companies are positive because, for example, they free the human worker from the most tedious tasks and leave time available to perform more creative and productive tasks.

Also Read: Internet of Things(IoT): Revolution For The Future That Begins Today

The Advantages Of AI In The Company

• The probability of error in their operation is almost nil, they are reliable, accurate systems and have a very low probability of error in their tasks. Naturally, it depends on the design and implementation, but there are business solutions with an excellent level of efficiency.
• They offer the possibility of creating bots to interact with consumers: one of the great areas of application of Artificial intelligence is the development of chatbots capable of redirecting simple queries to the appropriate departments for their management.
• Suitable for repetitive tasks: this allows free human capital to devote itself to higher-level tasks or creative tasks.
• They are Perfect systems to perform dangerous or high-precision tasks. For example, for the preparation of chemical compounds such as medicines or dangerous products. Machines are capable of measuring proportions and quantities with accuracy beyond human capacity and, therefore, are safer when performing tasks.
• Artificial intelligence never gets tired: this allows you to perform tasks without rest, 24 hours, seven days a week, 365 days a year, increasing productivity tremendously.

Possible Disadvantages Of Using AI-Based Systems

• They only act for what they are programmed, since, for now, AI-based systems are quite simple and only handle specific tasks.
• They do not have emotions like human beings, this invalidates them for tasks that require empathy, as we said when we talked about jobs that are not at risk before the arrival of robots. It should be clarified that this is a disadvantage of AI-based systems, but it is an advantage for us humans as workers.
• They are systems that lack creativity, and for the same reasons as in the previous section, they are systems that cannot replace us in creative works, at least for the moment.
• In the wrong hands, they could involve certain dangers. As with almost any technology, misuse of Artificial Intelligence can have negative consequences. We speak from the use of malware, through phishing or scam attempts, and reaching more dangerous situations such as the manipulation of critical software for the control of an autonomous car, for example.
• If they began to replace a human being in all fields we would live a time of mass unemployment. The reality is that the adoption of artificial intelligence solutions is highly likely to cause profound changes in the labor market. There will be expendable jobs because machines can perform at a lower cost, other jobs will be transformed, and new occupations will emerge. We cannot predict the future, but yes, there will be a great labor transformation.

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Internet of Things which is called IoT is the interconnection of any product with any other around it, that is, connecting any object and element through the Internet. That the different things, objects, and devices that we have at home communicate with each other and offer us data and details about their operation.

If they were able to apply everything they have raised, it could mean not only a technological transformation but also an economic and social one. If technology makes computers transmit information with the elements of real life, the significance can be even greater than the digital revolution.

One of the technologies whose impact will directly affect our daily life will be the IoT (Internet of things), which will enjoy significant growth thanks to the infinite possibilities offered in the business field.

History of the Internet of Things(IoT)

Internet of Things was born with the idea of ​​simplifying people’s lives from connectivity through the Internet of objects and devices. For example, we currently have technological systems that help us control the irrigation of our crops, but with IoT we can go a little further, being able to know the status of each of the plantations, their ideal time depending on the type of harvest, its evolution over time, the remaining time to reach its optimum point, etc.

The term was launched by Kevin Ashton in 1999, director of Procter & Gamble, at the MIT Auto-ID Center, where the research was carried out on network radio frequency identification and sensor technologies.

IoT goes beyond being a concept that transcends the technological, referred to millions of connected objects. It is a concept that makes us reflect on how it will affect our lives.

In recent years, connected objects are growing exponentially, and forecasts are for even greater growth. The most recent estimates already place the IoT market above 20,000 million connected objects in the coming years.

Changes That IoT (Internet of Things) Will Bring

IoT is an enabler of digital transformation whose mission is to connect people with the things that matter to them. In the industry, it allows companies to be more agile, competitive and efficient in every way, which implies a reduction in costs and capacity to adapt more dynamically to changes in the sector. In fact, the 2019 report confirms that the industrial use of IoT has matured while this sector remains the engine that drives the implementation of Internet of Things solutions to a greater extent. Spanish industries have passed the IoT test phase to enter a new one in which they increasingly demand developments and concrete applications of IoT projects and solutions.

Connection Between Some Machines and Others

This will facilitate the exchange of information, as well as its use to make them more productive and efficient. For example, in an assembly line.

Obtaining More Data With Better Quality

Thanks to the connection of objects to the Internet we obtain better conclusions based on Big Data.

New Business Models

All technology that emerges goes hand in hand with business opportunities, and IoT is no exception. The existence of this type of communication generates, by the companies, the need to make the most of Big Data. That is, an insurance company could, for example, adapt the rates of its clients to its accident history, or control directly the status of each of the policies.

Greater Security For Employees

Among other things, from its use it is possible, for example, to identify areas of the building that are being damaged and that may present themselves as a danger to the safety of employees.

Cheaper & Efficient Technology

Thanks to IoT we can regulate, for example, the temperature or lighting of buildings intelligently, making them, on the one hand, more sustainable, and on the other, less expensive.

Also Read– 5G: The Transformation That 5G Brings Towards The Digital World

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