More and more people are realizing that they suffer from the stresses of magnetic fields .
It's not surprising, because sooner or later the body reacts to this unnatural state.
But for some time now, a new technology has been waiting in the wings that could lead to groundbreaking changes. We are talking about LI-FI:
Light Fidelity, in German light reproduction!
No radio frequency radiation
With this new technology, data is not transmitted with high frequencies , but with light signals.
This new transmission technology does not produce radio frequency radiation and is said to be faster and safer.
The difficulty, however, is that the light signals cannot transmit through walls like radio frequencies can.
Therefore, free spaces must be available for transmissions in order to ensure no interruptions .
More and more parents are critical of the use of W-LAN in schools
In schools in particular , where children are exposed to ever-increasing stress from magnetic fields , parents increasingly criticize it . Logically, who wants his child this burden of
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Children need even greater protection as they are still developing .
This can also bring about a rethink in schools and promote the use of LI-FI more quickly.
Increased difficulty for hackers
Especially for people who react sensitively to EMF and there are more and more of them Li-Fi show promise.
The disadvantage that Li-Fi does not go through walls could even turn out to be an advantage , since a hacker cannot access data without authorization , but would have to stay in the respective room at all times, which takes the hack itself to a new level of difficulty .
The advantages of LI-FI
Li-Fi is a solution primarily for people suffering from electrosensitivity.
LI-FI Does not produce high frequencies
No reduction in transmission speed, as is often the case with W-LAN
Increased security due to natural limitations by walls: hacker attacks are made more difficult
The disadvantages of LI-FI
Short range. Receiving and sending is only possible in the area of the light source
Light sources must be on continuously to send data signals.
Not yet really applicable for private households.
Focus on industry and airports, few providers for schools and the like
Greater installation effort as each light source has to be connected to an Ethernet cable.
Shielding from radio frequencies
Best practices to shield high frequencies:
Avoid WiFi at home
Prefer the Internet connection via a LAN cable
Do not use smart home applications
Avoid using a hands-free device via Bluetooth when driving
Only use your mobile data when you need it