The technology used in 5G networks is a further step towards the development of the and practical application of theoretical science findings. 5G will provide greater availability of mobile communications, the reliability of large-scale communication systems between devices and high-speed Internet.
But, along with the indisputable benefits, the use of 5G is fraught with an impressive list of dangers. This mainly refers to people's health. Another problem is the protection of privacy.
The 5G phone network is not a myth of the distant future. Some countries are already installing equipment for this type of mobile communication. The main advantage of this type of mobile communication is called speed: now it will be possible to forget forever about waiting for Internet pages to load, many hours of video loading, etc. .
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What is 4G to 5G migration like?
The emergence of the 5G network promises to improve connectivity. This really means wider coverage and more bandwidth, allowing our data to move from A to B.
To build networks at the higher end of the RF-EMF spectrum, there will be new base stations or small cells around the world.
The reason for this is that high-frequency radio waves have a shorter range than low-frequency waves. Small cells that will allow data to travel relatively short distances will be a key part of the 5G network, especially in areas of heavy network use.
But while life could change with faster page views, integrated e-health apps, driverless cars, and real Internet of Things communications, will this have an exponential RF impact on the amount of exp.
"The higher frequency (shorter wavelength) of radiation associated with 5G does not penetrate the body as deeply as the frequencies of older technologies, although its effects can be systemic"
Cell phone towers should be away from homes, kindergartens, schools, and places where pregnant women, men who want healthy children, and young people tend to be
Difference between 4G and 5G?
There are several significant differences between these technologies, because 5G can do what 4G LTE cannot.
1.- 5G network is faster than 4G network and transfers more bits per second through the network. If you previously needed a few minutes to download a video, now the files will download in seconds.
2.- 5G network has a lower network latency than 4G, which means that the signal travels faster through the network. The faster the devices "talk" to the network, the faster you will receive data.
3.- 5G network uses less energy than 4G, since the new technology can quickly switch to a low consumption mode when the cellular network is not in use. Therefore, the devices can operate for longer with a battery of the same capacity.
4.- 5G network provides more reliable and faster connections than 4G because the new networks have higher bandwidth and more access points. As the load on the network also decreases, the cost of data transmission may decrease.
5.- 5G network serves more devices than 4G because it uses an extended range of radio waves. 5G solves the problem of slow connections when a large number of users are connected to the network at the same time.
Overall, 5G is a huge step forward for mobile technology. It's like moving from modems to high-speed broadband: we will soon discover the new possibilities of mobile Internet.
Characteristics of the 5G network?
The worldwide rollout of a 5G network using microwave radio waves has sparked a wave of concerns about radio frequency radiation from mobile phones, as well as rumors of conspiracy theories in the 2019 epidemic-ID coronavirus.
Using the millimeter wave spectrum allows you to carry out cellular communications at a new level of speed and capabilities.
Benefits of 5G networks?
4G LTE technology provides excellent connectivity, but it cannot cope with the existing number of mobile devices and our needs continue to grow. Currently, LTE networks in major cities are congested and during peak periods during the day, communication problems usually arise. And the rise of Internet-connected "smart" devices dictates the need for a faster, more powerful system that can serve the billions of devices that exist today. In the course of this evolution, the mobile Internet will require fewer resources, be faster, cheaper and can support more devices than now.
5G network enhancements and capabilities 5G technology will improve the quality of mobile internet. Furthermore, fifth-generation broadband will delight us with new opportunities. Let's list the main ones.
1.- The massive adoption of the Internet of Things will drive the development of industrial and consumer technologies. Many IoT devices have entered our lives, but their use is limited by the capabilities of Internet platforms. With 5G networks, battery-powered devices will stay connected without the need for special extensions. settings. The new wireless technology will allow its use in remote, poorly equipped or hard-to-reach areas. Every device, from smart thermostats and speakers to sensors in industrial transportation systems and urban electrical grids, has a place.
2.- The concept of smart cities and Industry 4.0 will make our lives more comfortable and safe, and our work more productive and efficient. The Internet of Things combined with 5G is a new level of control over urban infrastructure. This approach will also be used for intelligent automation of industrial operations - dynamic reassignment of work processes.
5G Networks are safe?
5G telephone networks is the fifth generation of mobile communications, opening up new opportunities for technological progress and innovation. The introduction of 5G is expected to accelerate the development of the Internet of Things. But cybercriminals are already looking for vulnerabilities in new technology and preparing large-scale attacks. A 5G future is unthinkable without enhanced cybersecurity.
The transition from 4G to 5G affects almost everyone who uses mobile communications. Therefore, it is important to understand how safe this red is and where it is vulnerable.
Without going into details, 5G transmits large amounts of data over shorter distances than 4G LTE. This increases the speed of data transfer and the stability of the connection, as well as the network itself, even when you are on the move. The 5G network operates in a new frequency range and can serve more devices. Also, the new technology uses less energy.
What are the dangers of 5G?
1.- Capturing your sweat antennas The 5G network uses and transmits frequencies that our sweat glands see, which act as antennas. Or 5G could affect our largest organ, our skin.
Dr. Ben-Yishai says: "The 5G frequencies pass through us and can interact with the structure of the skin ... We discovered that the sweat glands function like spiral antennas ... they are part of the energy absorption mechanism 75 100 GHz), and if the nature of the sweat duct changes, it could track how a person experiences stress. "
2.- 5G amplifies EMI damage via VGCC Dr. Martin Pall has conducted a unique study looking at how electromagnetic fields trigger early aging and problems such as fertility, brain, heart, and DNA function. He pioneered research showing how electromagnetic fields activate the body's VGCCs (voltage-gated calcium channels), causing them to release calcium ions into the cell. This leads to the formation of nitric oxide (NO) and superoxide, which react to form peroxynitrite and free radicals. Studies of this nature show that peroxynitrite damages DNA. Dr Pall stated that "the launch of 5G is insane."
3.- The pulse wave more dangerous than continuous wave radiation. The peculiarity of smart meters is that they emit impulse waves, not continuous. They work in start-stop cycles, emitting an EMF pulse and then are temporarily inactive. This happens many times a day. Dr. Pall says that there have been 13 studies that show that pulsed wave electromagnetic fields are more active (and dangerous) than continuous wave electromagnetic fields.
4.- 5G promotes deep penetration of EMF. One key why cell phones or cell phones are more dangerous for children than adults (in addition to the fact that radiation absorption accumulates over life) is due to Cem penetration.
Dr. Pall writes: “Typical microwave electromagnetic fields are limited to 1 centimeter outside the body. This is not true due to the profound effects of frequencies on the brain, heart, and hormonal system. An unusually powerful study demonstrating profound effects on the body is the study by Professor Hessig and his colleagues in Switzerland on cataract formation in newborn calves. These two studies show that when pregnant cows graze near cell phone base stations (cell phone towers), calves are born with a dramatically higher incidence of cataracts.
5.- 5G is a weapon system disguised as convenience for the consumer Mark Steele was openly against 5G, and now, Project Camelot, as well as Sacha Stone in his 5G movie Apocalypse: The Extinction Event. Steele says that while many reports say that 5G operates in the 24-100 GHz range, it is actually sub-gigahertz (that is, below the GHz threshold). He claims that 5G is a weapon similar to long-range radar, antenna radar, and directed energy (ROSA was used on September 11 and in several fires). It says that the 5G team has a dielectric lens, which shows that it is a weapons system. In his view, 5G is a connection between cars for autonomous vehicles, not telecommunications for people. "
6.- Firefighters get sick if they get too close to the towers. A 25-year veteran Los Angeles firefighter compares cell phone towers to cigarettes. Requires removal of mobile / cellular base stations built into or near fire stations. Hundreds of birds were also reported to have fallen from the sky in the Netherlands during the 5G test.
7.- The same frequencies as during riot dispersal 5G uses millimeter wave (MMW) frequencies because the frequencies are very high (in the 24-100 GHz range). Since 1 GHz = 1 billion GHz, we are talking about very short wavelength frequencies. These frequencies are used by the military for non-lethal weapons such as crowd control systems.
8.- Mutagenic and carcinogenic effects of 5G The MMW 5G frequencies damage mitochondrial DNA and this damage is passed down from generation to generation. These mutations are inherited by the next generation, with negative consequences for genetic purity. How many people think about it when they keep looking at their screens? Carcinogenesis also occurs with mutagenesis. In other words, if something powerful and dangerous is acted upon to cause DNA damage, there is a danger that it will cause cancer. 5G is in a rush to implement, bypassing full safety testing, and there is not a required amount of data on how 5G specifically causes cancer, but there is a lot of evidence for how 2G, 3G and cancer tip EMFs.
9.- Matrix compaction in phase 5G needs more transmitters or transmitters than the 3G, 4G generations. This is a plan for the massive construction of infrastructure facilities where stations, towers and bases will be located in almost all parts, and even in the heart of residential areas.
The 5G infrastructure will be an array of phased antennas that will emit "arrows" towards their targets. Microwaves that will have the power to pass through walls and a person. We will be covered with this radiation 24/7/365. The coverage area will be wider than current 4G, covering every square inch of the planet.
10.- Possible disappearance of insects Insects, birds and children are the most vulnerable to 5G due to their small body size.
Claire Edwards, “In these 20 years, we have lost 80% of the insects. And if we get 5G, we will lose 100% of the insects. When the insects disappear, we also disappear ".
Both insects and 5G networks have antennas: insects use them, among other things, for their sense of smell, while 5G uses them to propagate waves. Therefore, insects are sensitive to 5G electromagnetic waves. One study found that insects exposed to 5G radiation had an increase in body temperature.
11.- Space used by 5G networks 5G is predicted to cover the Earth with a "grid" to guide it from space. International Stop 5G Appeal on Earth and in Space writes: “At least five companies propose to provide 5G from space with 20,000 satellites in low Earth orbit that will circle the Earth with strong, focused and steerable beams. Each of the satellites will be a millimeter wave emitter."
12.- Radiation within the human body In 2002, RF researcher Arthur Firstenberg released a review of 5G long before the technology was approved. He explained how, because 5G electromagnetic pulses are extremely short and delivered in packets, they replicate within the body and create peculiar little 5G antennas within us.
Firstenberg Said: "... When brief electromagnetic pulses penetrate the body, the following happens: moving charges are used in small antennas that re-radiate the electromagnetic field and direct it deeper into the"
Frequencies of use 5G networks?
In each country, mobile operators only receive frequencies that are free for military use. For the development of 5G, the range of 3.4-3.8 or 4.4-4.8 GHz is considered. It is true that cellular operators have not yet achieved their release; now they're working, for a minute, on spatial communication systems.
The State Radio Frequency Commission - recommends that operators use the frequency range of 27.1-27.5GHz, that is, with a smaller coverage area, and therefore more expensive, since more towers will have to be installed and maintained.
Why switch from 4G to 5G? For convenience. Directional antennas for shorter wavelength 5G networks will be much smaller than 4G, which lost each base station accommodating more of these antennas, supporting 1,000 more connected devices per square meter than 4G.
Is there really no effect of radio waves on the body? Of course there is a heating effect, the outer layers of the skin absorb radio waves, heat up and reflect part of them. In the case of 5G, we are talking about millimeter wavelengths, and they are generally practically incapable of penetrating the skin, reflecting almost completely on it. In one way or another, people are very difficult to convince if they have decided to firmly believe in something.
The operation of the 5G towers is very similar in principle to the operation of the so-called microwave guns, which are used to disperse demonstrations. In both cases, directed radiation can heat the human body and adversely affect health.
5G networks concerns?
The electromagnetic radiation used by all mobile phone technologies has led some people to worry about increased health risks, including developing certain types of cancer.
However, the WHO together with the International Agency for Research on Cancer (IARC) has classified all radio frequency radiation (of which mobile signals are a part) as "possibly carcinogenic".
Radio waves are non-ionising
The radio wave band - used for mobile phone networks - is non-ionising, "which means it lacks sufficient energy to break apart DNA and cause cellular damage," says David Robert Grimes, physicist and cancer researcher.
Higher up the electromagnetic spectrum, well beyond those frequencies used by mobile phones, there are clear health risks from extended exposure.
The sun's ultra-violet rays fall within this harmful category, and can lead to skin cancers.
There are strict advisory limits for exposure to even higher energy radiation levels such as medical x-rays and gamma rays, which can both lead to damaging effects within the human body.
"People are understandably concerned over whether they might elevate their risk of cancer, but it's crucial to note that radio waves are far less energetic than even the visible light we experience every day,"
"There is no reputable evidence," he says "that mobile phones or wireless networks have caused us health problems."
Electromagnetic radiation effects?Any electromagnetic radiation can have only two dangerous effects:
The effect Thermal. This effect is possessed by the radiation of Wi-Fi, 4G, 5G, etc. The more powerful such radiation, the more it will heat a person or plants. Microwaves and Wi-Fi are good examples. Both devices operate at the same frequency, only the radiation power in the microwave is thousands of times higher. Turn up your Wi-Fi power to microwave level and you get a quick heating appliance and a good internet connection. 5G power is negligible, it is not capable of heating human tissue. In this sense, the electromagnetic radiation from the sun to which you are exposed on a daily basis is much more dangerous than 5G.
"The maximum radio frequency level that someone in the community could be exposed to from 5G (or any other signals in general community areas) is so small that no temperature rise has been observed to date."
The effect Ionizing But this is already very dangerous (deadly). If radiation has a high frequency (not to be confused with power), it can destroy DNA and cells, expelling electrons from atoms. We call this type of radiation radiation. No microwave, Wi-Fi, 5G can have an ionizing effect at any power. For this, only one thing is needed: a VERY HIGH FREQUENCY (from 750,000 GHz). Compare this to the measly 0.6-60 GHz 5G networks (this technology operates at different frequencies from 0.6 GHz to tens of gigahertz).
The frequency range of the 5G signals being introduced is within the non-ionising band of the electromagnetic spectrum and well below those considered harmful by the ICNIRP.
5G cybersecurity aspects?
Cybersecurity technologies need to be significantly improved to protect 5G networks from hacking. Some problems are associated with the network itself, others with the devices connected to it. Both can be a source of risk for consumers, businesses and governments.
Top 5G security issues
Decentralized security. Before 5G, networks had fewer physical links, so it was easier to keep them safe and operational. More routing points are needed for dynamic software-based 5G systems. And to ensure safety, each of them must be constantly reviewed. It may seem difficult, but even an insecure link can undermine the security of the rest of the network.
High performance requires a review of protection methods. The speed and performance of today's networks are limited, making it easy for monitored service providers to secure the network in real time. Thus, the extended range benefits of a 5G network can simultaneously jeopardize your security. Those who will have to think of new ways to combat current threats.
Many devices on the 5G network are not protected. Cybersecurity is not a priority for all manufacturers, especially in low-cost smart devices. 5G brings new opportunities to use the Internet of Things. The variety and number of devices connected to the network is growing, however, there are more security options available. the most hacking options. Smart TVs, door locks, refrigerators, speakers, and even small devices like aquarium thermometers can be a vulnerable point in your network. The lack of a security standard for 5G devices can lead to an active rise in cybercrime.
The lack of encryption when establishing a connection gives access to information about a device that criminals can use to attack that device through an IoT connection. By intercepting unencrypted data, attackers will know exactly which devices are connected to the network. Once you have learned the type of operating system and device (smartphone, car router, etc.), attackers will be able to plan their attacks with greater precision.
Top 5G security issues
1.- Botnets control devices connected to the network for massive cyber attacks.
2.- DDoS attacks overload a network or a website to block your access to the Internet.
3.- A man-in-the-middle (MiTM) attack is a stealthy interception and modification of messages exchanged between two parties.
4.- Location tracking and call interception are not a problem for anyone who knows a little about search protocols in broadband systems.
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