There definitely needs to be public health awareness about the harmful
effects of EMF radiation resulting from 5G Antennas. The World Health
Organization has classified cell tower type radiation exposures as a
‘possible Class 2B carcinogen’. For example, nearly everyone knows not to
use plastic in the microwave, a much lower emitter of EMFs. Cigarettes and
alcohol have this kind of awareness created, as so is a bar of chocolate
that warns you it may contain peanuts, gluten or dairy – we see this kind
of warning in restaurants as well. The FCC guidelines that direct the set
up of today\’s technologies were established in 1996. Obviously way behind
time! 5G is not safe – plain and simple. They are man-made EMFs which are
totally polarized and incoherent and are more bio-active than natural EMFs
which explains the biological effects of EMF. The public needs to be
protected from its harmful effects.
And to your point Samuel, I\’m actually rather surprised at the response of
China upon being kicked out of the UK networks – must indicate very high
stakes involved. Worth a keen eye going forward…
On Thu, 16 Jul 2020 at 09:25, florence mwangangi <email@example.com>
> I cannot agree more with you Kathy. The Judiciary once abandoned the idea
> of taking up some premises in Nairobi for use by the Court of Appeal
> principally for fear of negative effects on the health of the users of the
> premises from suspected radiation from nearby telecommunications
> How now does the public get to be educated on all matters-5G including the
> \”rumoured\” radiation, it being their constitutional right to access the
> On Wed, 15 Jul 2020, 16:41 Kathy Mwai via kictanet, <
> firstname.lastname@example.org> wrote:
>> You do make a case for 5G in Africa, and Kenya specifically. It was only
>> yesterday however that Britain decided to strip Huawei out of its 5G
>> network implementation. While I am not indicating this is the trend that
>> Kenya should follow, the point I want to make is that I do not think we are
>> going to accept 5G infrastructure in our residential areas particularly
>> without questioning it.
>> Yes, they may just be conspiracy theories about the radiation dangers of
>> 5G, but if I could use my neighbourhood as an example, the residents here
>> have decided to contend with poor network connection than have the
>> telecommunications company install a mast.
>> It is not an easy decision because the emerging technologies do require
>> 5G strength to work optimally. I wonder if there are groups working to
>> educate people on how to mitigate the radiation effects of 5G. There are
>> some I know online and it would help everyone to get themselves educated on
>> it so that when the inevitable time of 5G rollout comes, then you can
>> protect yourself – to an extent!
>> On Wed, 15 Jul 2020 at 15:47, Adam Lane via kictanet <
>> email@example.com> wrote:
>>> Something that We Cannot See Is Holding 5G Back in Africa
>>> There is an intangible resource that most people do not know exists and
>>> cannot be seen or touched. That resource is holding Africa back from
>>> rolling out high-speed 5G mobile services. If we don’t solve managing this
>>> resource better, then we won’t get 5G in Africa and we’ll be left behind.
>>> Spectrum is of critical importance in Africa. Not necessarily because
>>> Africans need high-speed mobile phone services, nor because they are likely
>>> to have tens of thousands packed into stadiums or highly dense areas
>>> (especially this year). And it’s not because self-driving cars will be
>>> populating the continent’s roads any time soon.
>>> It is of critical importance because so few homes and businesses have
>>> fiber in Africa.
>>> However, through Fixed Wireless Access (FWA/WTTx) solutions, 5G can
>>> provide fiber-like services without requiring the expense or time needed to
>>> install fiber. Upgrading existing base stations and deploying a CPE
>>> (Customer Premises Equipment) like a mobile router or dongle inside or
>>> outside an office or home instantly yields the fiber-like speeds that are
>>> critical for e-commerce and online learning. And now more than ever, it is
>>> clear how important both are.
>>> Spectrum 101
>>> Most people may think of spectrum as a range of colors in a rainbow, or
>>> a range on which political opinions belong.
>>> But it also refers to the range of wavelengths of electromagnetic
>>> radiation. Even though these are generally invisible to the human eye,
>>> spectrum matters for communications, whether it is radio, Wi-Fi, mobile
>>> phones, or satellite broadcasts — all use electromagnetic waves to travel
>>> and reach a user.
>>> The Role of Governments
>>> The use of these intangible wavelengths are regulated by governments to
>>> prevent multiple users using the same frequencies of spectrum, as this
>>> would cause interference and nothing would reach the user. At a global
>>> level, the UN oversees a process for all countries to agree on the kind of
>>> users for different frequencies (such as for Wi-Fi, mobile phones, or
>>> meteorological use). At the national level, the government decides which
>>> specific organisations or companies can use that spectrum.
>>> National governments often charge a fee to commercial companies for
>>> using this — one purpose is to recoup the costs for managing, monitoring,
>>> and enforcing the regulation of spectrum. Another is to generate revenue
>>> for the government. And a third (and arguably the most important) is to
>>> weed out those who may not be serious about using the spectrum. In other
>>> words, they want companies that have the resources to invest in the
>>> infrastructure to use it. So the thinking goes that if serious players can
>>> afford the spectrum, they can also afford to pay for the infrastructure.
>>> Regulators want to support existing actors with solid track records to
>>> deliver infrastructure, but they don’t want to restrict new entrants to the
>>> market or innovation. So, they face striking a balance — to allow new
>>> companies to come in even if they do not have much in the way of resources
>>> yet, but are serious and could still make good use of the infrastructure in
>>> the future. There is also pressure from the treasury to generate as much
>>> money as possible. This may come from the richest companies, but could in
>>> turn affect these companies’ finances, so they cannot subsequently invest
>>> in building networks.
>>> For high-speeds, it is necessary to have large amounts of spectrum in a
>>> big block. But right now, few companies in Africa have that, which means no
>>> company can provide it. Lots of companies each have small amounts of
>>> spectrum, so none can provide a high-speed network to lots of people. It is
>>> critical that this changes — and urgently. Companies, whether big or small,
>>> existing or new, must be given access to that spectrum. And there must be
>>> enough to go around, providing it is only given to companies that are
>>> really serious about using it and are seriously able to make the necessary
>>> During COVID-19, South Africa has temporarily made spectrum available to
>>> its operators. This has resulted in two new operators launching 5G (one
>>> launched last year with the spectrum it already had). With the
>>> affordability of Internet data creating such a critical challenge in
>>> Africa, the prices local operators are charging for 5G are telling:
>>> – Comparing 5G with 4G, one operator will give you 10 times more data
>>> for only 4 times the price, or 40 times more data for only 6 times the
>>> -.Another provides unlimited data and charges by speed instead, just
>>> like a traditional fiber service, even though they are using mobile.
>>> Countries like Nigeria, Ghana and Kenya have strong technology sectors,
>>> innovative local companies, a significant presence from international
>>> companies, and a strong focus on creating jobs involving technology. They
>>> need to move faster with 5G to ensure future development.
>>> Future businesses in the technology industry and the profits, social
>>> impact, and jobs that come with that, rely on having high-speed Internet
>>> for consumers through FWA. Millions of Africans could use that connectivity
>>> to get trained online, get jobs online, earn money online, and create tech
>>> businesses. And now is the time to make that happen.
>>> M: +254-790985886
>>> Deputy CEO, Government Affairs
>>> Huawei Kenya
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>> *Dream and Your Dreams Will Fall Short <firstname.lastname@example.org>…*
>> kictanet mailing list
>> Twitter: http://twitter.com/kictanet
>> Facebook: www.facebook.com/KICTANet/
>> Unsubscribe or change your options at
>> The Kenya ICT Action Network (KICTANet) is a multi-stakeholder platform
>> for people and institutions interested and involved in ICT policy and
>> regulation. The network aims to act as a catalyst for reform in the ICT
>> sector in support of the national aim of ICT enabled growth and development.
>> KICTANetiquette : Adhere to the same standards of acceptable behaviors
>> online that you follow in real life: respect people\’s times and bandwidth,
>> share knowledge, don\’t flame or abuse or personalize, respect privacy, do
>> not spam, do not market your wares or qualifications.