How To Get Free High Speed Internet (100% Legal)

Everybody wants faster internet, but sometimes

it’s just not worth the extra cost.

But in this video I’m going to tell you

how you can get high speed internet not just

cheaply, but actually completely free, and

yes, completely legally.

In fact the US and European governments both

recently passed laws requiring internet companies

to offer very fast internet, in some cases

gigabit, completely free in certain circumstances.

So don’t worry I’ll explain everything,

including why this is allowed, and how you

can take advantage of it with stuff you already

have in your house, it only takes a couple

of minutes.

Before we jump in, I have to do my usual plugs

real quick.

follow me on instagram :- @kr_shivraj_hkm

So get started

So to begin, I’ll go over why this is all

possible, and explain how you can tell what

potential free internet speed you might get.

It turns out, with a new trade deal between

the USA and European Union, both countries

have decided that as of January 1st 2020,

all internet service providers must offer

a minimum internet speed to all citizens via

new 5G technology, with even US President

Donald Trump tweeting that the USA should

roll out free 6G as soon as possible.

The law is called the “Fair Access Kilobyte

Equity” law, or yes, the funny acronym “FAKE”

for short.

This new service is very similar to how network

television channels are offered over the air

for free to receive if you just have an antenna.

And governments have said that these internet

companies must offer af ree tier of speed,

that is equal to at least one half of their

lowest paid 5G internet tier.

But here’s the kicker.

5G is extremely fast.

In fact, because of the way the technology

works, it has a minimum speed, usually around

100 Mbps.

Meaning you’re guaranteed to get this speed

no matter what, yes for free.

I’ll keep this extremely simple and easy

to understand, but if you are interested in

the reason this minimum exists, there’s

some interesting physics behind it.

You see, 5G relies on a property of electromagnetism

called dielectric permeability, aka how easily

a radio signal can penetrate objects, including

walls.

Each broadcast also has a so-called “transmission

power to bandwidth ratio”, which essentially

means that as you raise or lower the broadcast

power of a transmission, you not only raise

and lower the maximum bandwidth and speed,

but you also change the minimum bandwidth

and speed by the same amount… it’s a range.

You can see it in this simple graph measured

with a coaxial wavemeter, where digi-lateral

coefficient is directly proportional to the

material’s diffusion factor, NOT the Scheimpflug

coefficient like you probably assumed.

But you don’t have to know all that it’s

not really important, it’s more of just

a fun fact.

Anyway, my point is that for some internet

providers, because they exclusively offer

extremely high speeds, such as 2 gigabit or

more minimum, that means the free tier will

still be as much as 1 gigabit potentially.

So basically 5G is much faster, and thanks

to the laws of physics, it helps take even

better advantage of this new law.

Obviously the internet companies are not advertising

this at all, and want to keep this as secret

as possible, but not on my watch.

So enough of the science, let’s go over

exactly what you’ll need and how to do this,

and then afterwards I’ll tell you how you

can more easily determine what kind of speed

you can expect before doing this, or if it’s

available in your area.

Because while technically ISPs must begin

their rollout of the service by January 2020,

they are not required to have full coverage

until 2023.

Now normally you would have to buy a specially

designed antenna by calling up the local internet

company and ask for a compatible “FAKE”

antenna, named after the law, but this can

potentially cost hundreds of dollars, because

the law didn’t say anything about offering

a free antenna, just the service, and internet

companies obviously want to discourage you

from using it, so they charge a very high

price for them.

However, you can make your own antenna at

home with some household materials practically

for free.

So these are the materials you’ll need.

 

Steps 

First, some electrical tape and scissors to

cut it.

Next, a regular plastic drinking cup, or just

a mug or something, just as long as it’s

not made of glass, but I’ll spare you the

scientific reason for that.

You’ll also need a smartphone which will

be used for calibration, any kind of USB charging

cable at least three feet long, along with

a charger, and finally a reasonably long ethernet

cable.

I’ll explain what all this is for as we

go along.

So let’s got to the table and show you what

to do.

The first thing we need to do is construct

the antenna.

You need to wrap the entire drinking cup with

electrical tape, except you don’t want to

cover the opening or the bottom.

The electrical tape will attenuate the signal

and happens to have the perfect dielectric

permeability to filter out most other radio

signals except the ones we want.

You have a lot of leeway when doing this,

just make sure the entire cup is wrapped with

electrical tape like you see I’m doing here.

It’s totally fine if the tape overlaps,

in fact it’s probably better if it does

a little bit so you know there are no gaps.

And only one layer is all you need, don’t

bother adding any more than necessary because

it won’t make a difference.

After the cup is all covered like this, the

next step is to receive the over-air signal.

For this we need to insert the ethernet cable

into the cup, and sort of coil it around inside

like this.

Each coil of the wire should be on top of

the previous one just like a spring.

You’ll need it to coil at least 3 times,

but really 4 or 5 will yield the best results,

especially if you expect to access very high

speeds.

If you have trouble getting it to look right,

it’s OK to use some small pieces of electrical

tape to secure the cable in place in a few

spots to make sure it coils correctly.

It doesn’t really matter if the spacing

between each coil is consistent, but you do

need to make sure none of the coils crosses

over another.

You’ll also want to make sure you use a

long enough ethernet cable, because the other

end will plug into the computer, and you’ll

want to have enough slack.

Alright now that we have the antenna full

constructed, next we need to calibrate the

antenna to the correct internet service provider.

For this step we’ll need your smartphone,

the USB cable, and the charger.

You see, each internet company broadcasts

on a slightly different 5G frequency, with

a slightly different longitudinal polarity

for each.

To ensure the antenna will be able to receive

on this frequency, we need to sort of train

it first, but don’t worry, it’s very easy.

What you do is plug your phone into any wall

outlet using the charger and USB cable, and

make sure it’s charging.

It’s OK if it’s already fully charged,

that won’t make a difference as long as

power is at least able to flow from the phone

to the charger.

Then, get the antenna-cup device we just created,

and stick as much of the charging cable into

the cup as you can, within reason of course.

You don’t have to be very neat about it,

it can be tangled and messy, just get as much

in there as you can.

And next, we’ll need to create the signal

pattern unique to whatever internet service

provider, or ISP, you want to use for the

free internet, which is a lot simpler than

it sounds.

We can use the website Speedtest.net to do

this, so open that up on your phone hooked

up to the antenna.

You can either just use the website version

of speedtest or the actual standalone app,

it doesn’t matter.

But here’s the key, the speedtest will let

you choose which ISP with which you want to

conduct the test.

Most of the big ISPs in your area should have

test servers you can pick.

Just be aware, there are also a lot of other

companies that offer speed test servers, that

are not actually internet providers, so using

them won’t work.

Make sure you choose a server from a company

you recognize as actually being an internet

service provider, which will vary depending

on your area.

Keep in mind you will be able to redo this

later if you want with another company, so

it’s not the end of the world if you make

a mistake.

This also means you can try out different

companies and see which will give you the

fastest speed.

In any case, choose whatever ISP you want,

and run the test, making sure it finishes.

Then, run the full test four more times, for

a total of 5.

Each time the test is run, some residual signal

will be conducted through the power cable,

and the electromagnetic field will be embedded

into the ethernet cable.

This process won’t affect the ethernet cable’s

performance if you use it for something else

later, it only affects it when using it to

receive this special 5G signal.

After you finish the 5 tests, unfortunately

there’s no visual indication to distinguish

this cable from any other.

Technically you probably only need to run

2 or 3 tests, but there’s a small chance

that may not be enough, and since you can’t

tell visually, I still recommend 5 tests,

which is a 99% chance of success.

You may also want to label the cable with

a marker so you know this one has been calibrated.

So anyway, at this point the 5G frequency’s

electromagnetic signature is embedded into

the ethernet cable, but it’s polarity is

not ‘locked in’ you might say.

Without fully stabilizing the polarity of

the cable, the effect will wear off in a matter

of minutes, and even within that time frame,

it will likely be unusable because of competing

polarizations along its length.

But don’t worry, we have a fix for that

too.

So for the final step we just need to polarize

the ethernet cable.

For this I actually forgot, you will need

just one more thing, a basic spectra-dipolarizer,

so just grab an extra one you have lying around

your house.

Ideally one with a phase-contrast attachment,

but that’s not super necessary, it will

just speed up the process a bit.

Once you have this device, take the antenna

and place it on the polarizer, making sure

to reasonably center it, or of course you

might ruin the procedure and need to start

all over.

It’s hard to do that though so don’t worry,

just make sure it’s somewhat centered, and

not completely off to the side and touching

one of the edges or anything.

Just look at how I have it here and it will

be fine.

Calibration starts automatically when you

turn it on, and then you’ll notice it will

begin displaying some various information.

As long as it isn’t showing any kind of

error message, it should be working.

It’s pretty much completely automatic so

you don’t have to do anything besides wait.

Once it’s started, you can just let it sit

there for about an hour, being sure to not

move it in the slightest, or else you will

have to start over the calibration and wait

an hour more past the time you moved it.

You may be wondering what the information

on the screen is saying.

The only one you need to keep an eye on is

the ‘beat error’ which should almost always

end up at by the end of the process.

In all likelihood though, it will probably

start out at 0 anyway unless it’s an old

cable, and it’s fine if it starts out at

something else, but definitely by the end

of the hour it should be at zero.

If not, you might unfortunately need to try

another cable.

The other information isn’t really important,

but basically these have to do with the 5G

radio signature polarized onto the cable.

The “rate” has to do with actual frequency

that it will be receiving on, and the amplitude

is the amplitude of the modulated carrier

waves.

Finally the parameters are just settings the

machine uses to detect the type of calibration

required.

All of these will be unique to each internet

provider, so they will appear different depending

on which one you use.

After about an hour has passed though, it

should be completely finished.

And now, we’re ready to test out what kind

of speeds we can get.

So get whatever computer you want to use to

test out the antenna, and plug it in with

the ethernet cable.

It should show as a wired connection on the

computer.

At this point you’ll know it worked because

you’ll obviously have internet access, and

we can test the speed by going again to speedtest.net,

or whatever other internet speed test site

you prefer.

This time you can choose any test server,

but it might yield the faster result if you

choose the same one as before.

And now with this all hooked up, it’s the

moment of truth…

And look, I’m getting extremely fast speeds.

Not quite Gigabit, but I mean I’m not complaining,

this is a crazy fast result.

And it’s completely free too!

Now we’re not quite done yet, because I

must admit, this is a pretty unusually fast

result, so you probably shouldn’t expect

anything this fast.

But there is a way you can test out which

ISP’s free connection will give you the

fastest speed before going through all the

stuff we talked about.

It’s pretty easy just using a command built

into Windows.

So at the computer in Windows what you can

do is open up the command prompt by going

to the start menu, typing CMD, and then running

it.

Then you can type in the following command

to figure out the different internet tiers

available from a specific ISP.

You type in “com-test”, followed by the

name of URL of the ISP’s main website, then

the parameters “-tiers -5G”.

So for example, if the ISP I’m interested

in was Google Fiber, the full command would

be “com-test google.com -tiers -5G”.

It will probably take a second to load the

result.

This is a standardized command supported by

all ISPs to display their different speed

tiers.

As you can see, it will list out the different

tiered speed offerings by the company.

Next to each tier, there will also be a column

labeled “5G”, with an entry of either

Y or N, for Yes or No, to indicate whether

that tier is supported for 5G.

To determine what speed you can expect from

the free connection, look at the lowest speed

tier that has a “yes” in the 5G column,

then divide that by 2.

Remember, the company is only required by

law to offer 50% of their lowest 5G speed.

However, the exception is if the lowest 5G

speed, divided by two is less than 100 mbps,

because 100 is the minimum, so even if that’s

the lowest tier, you’ll get the full 100

no matter what.

Also notice there may be many tiers not labelled

5G, probably some that are lower than 100

mbps, but again those don’t count, only

the 5G speeds do.

Now if you run the command and you get an

error message of any kind, probably something

like “command not recognized”, it’s

saying the ISP does not recognize that system

command, which means they have not yet rolled

out the 5G internet network yet.

If that’s the case, you’ll just have to

try another ISP in your area.

If it doesn’t seem to work on any ISP you

try, unfortunately, that most likely means

you won’t be able to get free internet access

just yet in your area, because it hasn’t

been rolled out yet.

But if you do get some results, great!

Just go with the internet company that offers

the fastest minimum speed.

So now you can enjoy your faster internet

speed.

Be sure to check out my other tech tutorials

that are just as useful, including everything

from how to get more RAM, to improving phone

battery life.

I’ll put a link to that playlist right here

to click on.

Thanks for watching, and have a good one.

Please Comment any question.