Download "WireGuard : le VPN nouvelle génération !"

"videoThumbnail WireGuard : le VPN nouvelle génération !

0:00

Introduction

0:47

Découverte de WireGuard

5:00

Lab WireGuard du jour !

7:33

Configuration WireGuard Debian 11

17:05

Configuration d'un tunnel WireGuard sous Windows

21:59

Test du tunnel VPN WireGuard

23:24

Conclusion

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Informatique

High-Tech

Tutoriel

VPN

WireGuard

Debian 11

00:00:00

[Music]

00:00:04

hi everyone and florian da and icon is

00:00:07

today I'm going to talk to you about VPN

00:00:09

and more precisely about wire garde so

00:00:12

it's a relatively

00:00:15

recent and modern VPN solution and which is much

00:00:18

lighter and faster than the other

00:00:21

solutions that we know like openvpn

00:00:24

or ip sec so I will give you a little

00:00:26

presentation of hoyaux look and then

00:00:29

after there will be a

00:00:31

demonstration phase based on a

00:00:33

debian machine for the linux part and then

00:00:35

with a station also under windows

00:00:37

rose without further ado I suggest that

00:00:40

we move on to the first part of the

00:00:42

video but off before that it is

00:00:43

absolutely necessary that you subscribe to the

00:00:46

youtube channel haiti knows

00:00:50

so royals look what is it well

00:00:52

it is a vpn solution relatively

00:00:54

modern relatively recent since the

00:00:56

first stable version was published in

00:00:59

March 2001 and it also has the honor

00:01:01

of being integrated into the Linux kernel since

00:01:04

version 5.6 which also proves

00:01:06

that there is a certain enthusiasm for

00:01:09

this solution is a certain

00:01:11

confidence that they are integrated

00:01:12

directly at the level of the Linux kernel

00:01:15

even if we can find it on

00:01:18

slightly older distributions which

00:01:21

do not use at least the verb the

00:01:23

Linux kernel in version 5.6 so how does

00:01:27

it work and well does it work

00:01:29

authentication with an exchange of

00:01:31

keys so the public private keys which

00:01:33

are managed on each side there is an

00:01:35

exchange of keys which is carried out between the

00:01:37

two others for authentication in

00:01:40

fact a bit on the same principle as

00:01:41

authentication by key when you

00:01:44

connect with ssh for example why are

00:01:48

garde is a solution that works in

00:01:49

peer to peer mode so we will say

00:01:51

point to point connection and not

00:01:54

a client server relationship as

00:01:57

can be the case with openvpn or ip sec

00:02:00

to cite here are the two

00:02:03

major alternatives that we see that we come across

00:02:05

today in business or even at

00:02:08

home if we want to set up a

00:02:10

VPN flock to look of course at a

00:02:12

secure solution and for the

00:02:14

cryptographic part several algorithms

00:02:16

are used we have in particular the chacha

00:02:19

20 for symmetric encryption and the

00:02:22

poly 13 05 for slow authentication

00:02:25

of messages exchanged between the two

00:02:28

others so that there are five or six

00:02:29

algorithms like that which are used

00:02:31

by royals look we cannot not

00:02:34

change them in fact they are they are anchored

00:02:37

we will say in the functioning of the

00:02:38

software to choose its algorithms it

00:02:41

was here handpicked there were

00:02:44

different audits which were

00:02:46

carried out to ensure that the security

00:02:48

was sufficient and there are

00:02:51

also security researchers

00:02:54

there who worked on the subject to

00:02:57

ensure that wire garde was a

00:02:58

secure solution because we know that

00:03:01

when we set up a VPN and

00:03:04

the encryption of the exchanges is

00:03:07

relatively important so royan

00:03:09

look it's simple light and ultra

00:03:10

efficient that's what I noted on

00:03:12

the screen so why quite simply

00:03:14

already simple because you will see

00:03:17

that it is based on authentication

00:03:18

by key so it's is relatively easy to

00:03:21

set up lightweight because they

00:03:24

work DP problems moreover it does

00:03:26

not support TCP so it can be

00:03:28

annoying sometimes to get through

00:03:29

certain firewalls but the fact of

00:03:32

relying on udp a wish that this is

00:03:34

more fluid, simpler to

00:03:36

initialize the connection but it is

00:03:39

also lighter in the sense that its

00:03:42

source code, which is accessible, is only about

00:03:44

four thousand,

00:03:46

4000 and a few lines of code which

00:03:48

is really very little,

00:03:50

particularly in comparison of other

00:03:52

solutions on the market have nine several

00:03:54

hundred thousand lines of code

00:03:56

so why are garde supports

00:03:58

ipv4 ipv6 as well and finally it is multi os

00:04:03

i.e. it can be installed on

00:04:04

windows on linux on mac os there is even

00:04:06

a version for bsd on ios and android

00:04:10

it's the same we can use it so

00:04:12

there it is really multiplatform

00:04:14

that's rather rather cool and it has

00:04:17

even been used since the end of 2021 since

00:04:20

October I believe by proton vpn so

00:04:23

proton vpn which is directly linked to

00:04:27

the Swiss company so behind proton

00:04:29

mail so it is integrated into proton vpn

00:04:32

so what is missing slow which shows

00:04:34

again that there is a real enthusiasm

00:04:36

a real interest towards this

00:04:39

solution and then for those who have

00:04:41

a router with openwrt at home

00:04:44

so the ol we are going to say customize that we

00:04:48

can install on certain routers and

00:04:50

also know that wire garde is

00:04:52

supported so now we are going to

00:04:54

spend a little bit discovering the

00:04:55

lab we are going to see what we are going to set

00:04:57

up today and we will then move

00:04:58

on to the demonstration

00:05:01

so to set up voyeur

00:05:03

gain we can imagine a

00:05:06

classic operation a sort of

00:05:08

client vpn also where we have a pc that

00:05:12

has the client sent with regard to which will

00:05:14

connect to a Horoya server

00:05:17

distant view even if they rather

00:05:18

spoke of royal peace look since

00:05:20

ultimately there is no

00:05:21

client server relationship but we will have a pc

00:05:24

which will connect to a violation

00:05:25

as we would do

00:05:28

with a classic vpn openvpn for

00:05:32

example then in the case where we set

00:05:34

up why look on a debian

00:05:37

rose machine as we are going to do today and

00:05:39

not directly on a router

00:05:41

well it will be necessary think about doing

00:05:43

port redirection at the

00:05:45

router level for example on port 51 1820

00:05:48

which is the default port used by

00:05:50

wire yards so that the flow is

00:05:52

redirected towards the wire server watch

00:05:55

only there so that the connection can be

00:05:57

established then in what concerns what

00:05:59

we are going to do today here is

00:06:01

really the diagram of the lab so here one

00:06:05

is me the worst one with my PC under

00:06:08

Windows with my network due to home

00:06:11

so in 192 168 points 1.0 really a

00:06:14

very classic network to when we have

00:06:16

a box at home I will use

00:06:19

the network 192 points 168 points 110

00:06:22

points 0 slash 24 for the tunnel wire

00:06:25

guard and my PC will have the interface in

00:06:28

points 2 and there the remote server

00:06:31

the interface in points 121 because it

00:06:34

already has an IP in 100 points 121 for their

00:06:38

corporate network where

00:06:40

other servers are also located so on the

00:06:42

network 192 168 points 100 points 0 then

00:06:47

with royal look you have to keep in

00:06:48

mind that each machine must have an

00:06:50

ip address on a vpn interface

00:06:54

in quotes and this ip address

00:06:56

must be defined statically there

00:06:59

is no automatic assignment of

00:07:02

the ip address like on an openvpn vpn

00:07:05

for example so it is a small

00:07:07

inconvenience but that's part of the

00:07:09

operation of two jewels

00:07:12

so look for the demonstration and well we

00:07:13

will start by configuring

00:07:15

the debian host a little bit after we will come to the

00:07:18

windows machine and we will have to return

00:07:20

to the debian to finalize the

00:07:22

configuration in particular for declared

00:07:25

l remote host and then after we will do

00:07:27

some tests to check that everything

00:07:29

works so if you are ready

00:07:30

now all that remains is to go

00:07:33

to the demo

00:07:35

to start with the installation of

00:07:38

fog guard on the debian

00:07:39

11 machine and well we must first

00:07:42

update the cash of the packages then we will

00:07:44

simply do a Swedish peter

00:07:45

get install hoyaux simply look

00:07:48

to install the pac is

00:07:51

necessary so I will already

00:07:53

installed and it does not need to be updated

00:07:55

day no it's perfect then what we

00:07:57

need to do is suddenly generate

00:08:01

a pair of public private keys

00:08:03

which we can then use at the

00:08:05

level of this machine for

00:08:07

authentication with the 'other distance

00:08:10

so this is done with the command wg jen

00:08:13

which is wg pop which so here we will generate

00:08:17

two dwg files draw private point

00:08:19

which is the wg which republic points which

00:08:22

in the folder the tc wire keeps so there

00:08:26

we have the public key which is displayed on

00:08:29

the screen and we will have to

00:08:31

recover the content of the

00:08:34

private key to indicate it in the

00:08:36

configuration file that we will create just

00:08:38

after we simply make a private cat wg

00:08:41

have point which is slow to the

00:08:44

value of the private key of my

00:08:46

host world so that obviously it is a value

00:08:48

really which must be kept

00:08:49

confidential and not

00:08:52

communicated to anyone

00:08:55

it is only the public key we

00:08:57

communicate to the other remote who must

00:08:59

connect then this private key well

00:09:02

we are going to copy its value into a

00:09:04

file that we are going to create immediately

00:09:06

from below to remove its flock from the

00:09:08

look so there I uses nano as

00:09:10

an editor and we see the pwg 0 points

00:09:13

against like that it will make it possible to create

00:09:15

in fact a wire guard interface which

00:09:18

will be called wg 0 a bit on the same

00:09:21

principle that we often do at thg

00:09:23

euros by example so here we are going to create a

00:09:25

block which will be called interface to

00:09:28

declare the flock interface in view

00:09:32

so we will then add different

00:09:34

properties firstly the

00:09:36

address property and there we will put the ip address

00:09:39

of the wire interface so I

00:09:42

remind you that it is this IP address there

00:09:44

once it is done we go to the

00:09:46

line have made a save config equal under

00:09:49

to activate this option which will

00:09:51

allow us in some way to

00:09:52

lock the config file that is to

00:09:54

say that when we go

00:09:56

when we activate the wire

00:09:59

guard interface well we will no longer be able to modify this

00:10:02

file since when we stop

00:10:04

the interface it will be overwritten with the

00:10:07

possible values that we could not have

00:10:08

injected live so to modify this

00:10:11

file there you will have to stop the interface

00:10:13

modify the file is restarted

00:10:15

the interface so that is linked to this

00:10:18

little option the port of the elbows so

00:10:20

listen port equals so here I am going to

00:10:23

take the default port 50 and 1,820

00:10:26

but I of course authorize you to

00:10:28

use something else and finally we are going to

00:10:29

make a private which equals and there we are going to

00:10:32

paste the value of the private key

00:10:34

that we had

00:10:37

that we recovered just before once

00:10:40

that it's done and well save this

00:10:41

file and we're going to come and do another

00:10:44

command csu of water wg pull quik up to

00:10:49

go up and the name of the interface wg 0

00:10:52

so there it tells us that it has good it has

00:10:55

good mounted the interface besides if I

00:10:57

do an ip to on my machine I can see

00:11:00

here that I have a new

00:11:03

point to point network interface with the ip address 192 168

00:11:08

points 110 points 121 I could

00:11:12

also do a south to wg so hot wg 0 and

00:11:17

there it really puts me in touch with the state of

00:11:19

the interface but by going to check

00:11:21

directly with doyer see if we

00:11:23

want the ria interface to start

00:11:25

automatically when we restart

00:11:26

the debian machine it so you have to

00:11:29

activate its startup in this way wg

00:11:32

pull quick @ and the name of the interface

00:11:35

for a service like that, it will

00:11:38

start automatically

00:11:39

every time I restart my

00:11:42

debian 11 machine now that we have

00:11:44

configured royal look on this high

00:11:47

we have to go a little

00:11:48

further in the configuration of the

00:11:50

debian 11 machine in the sense that the focal points play

00:11:53

the role of routers since it must

00:11:55

allow my windows machine which is

00:11:58

remote to access the other machines

00:12:01

on the LAN in particular the servers which are

00:12:04

connected to this same lanouf for this we

00:12:06

must activate different

00:12:07

functions in debian so that

00:12:10

the system is able to do

00:12:11

routing that we will modify the file if

00:12:14

it was such a point that we do and at

00:12:16

the very end we will add this option

00:12:18

ip forward to 1 to activate the leap and

00:12:22

cold we on the distribution on the

00:12:25

distribution of the ranges then we will

00:12:27

have to activate lippé masquerade

00:12:30

basically it's is a bit like nat but

00:12:32

at level 2 the debian machine to

00:12:35

allow transit packets and

00:12:37

correctly between my windows pc and

00:12:41

the remote lan so that's the same

00:12:43

it's essential if you want to

00:12:46

allow the access like that to an

00:12:47

offense to do that you will have to

00:12:50

configure the local firewall of the

00:12:54

machine I am going to go through

00:12:57

the uaf w because I like this little

00:12:59

this little utility which allows you to

00:13:01

configure

00:13:02

the firewall fire therefore frozen already installed on

00:13:06

the machine but here is the command to

00:13:07

install it and then so if you

00:13:10

have not yet installed or configured it at all,

00:13:12

think very strongly first of all

00:13:14

about creating a first rule to

00:13:17

authorize the port 22 years tcp that's

00:13:20

to keep control in ssh on the

00:13:23

debian machine because otherwise if you

00:13:25

don't follow this rule we activate

00:13:27

the firewall you will cut off

00:13:29

access to your vn so it's a bit of

00:13:31

a shame you just have to think about

00:13:33

modifying the 22 by the Matthews port

00:13:35

used to let it know once

00:13:39

it's done and well we also see

00:13:40

authorizing another port it's port 51

00:13:43

1820 udp which corresponds to wire grade there

00:13:47

he tells me that the rule already exists because

00:13:49

indeed I had I had

00:13:51

prepared the work a little bit and is

00:13:54

this demo so then we have to

00:13:56

go and modify another file

00:13:58

so first of all we have to

00:13:59

recover the name of the network card

00:14:03

which is used by the debian machine

00:14:05

to access the remote lan

00:14:07

that is to say the network 192 168 points

00:14:11

without point x in this case here I

00:14:14

see that these ems 192 so that is is the

00:14:17

name of my interface now I'm

00:14:18

going to modify

00:14:20

a file in a f w which is called

00:14:23

before point Russian here and in this

00:14:26

file in fact we will be able to

00:14:28

manage the firewall rules of

00:14:31

certain channels in particular the channel

00:14:33

for war is what we are going to do

00:14:35

first of all is go to the very end to

00:14:37

activate what we call lippé

00:14:39

masquerade is therefore this ip will mask 10

00:14:43

assets in this way and we clearly specify

00:14:45

here the name of the interface so you

00:14:47

see I put back the n s 192 and there we are

00:14:50

really going to act at the level of the

00:14:52

post routing chain of the machine that is

00:14:55

really essential for the whole

00:14:58

routing part of

00:15:00

the other debian is not directly

00:15:02

linked to wire keep ultimately but it is

00:15:05

essential so that we can access

00:15:07

our network remotely so we must

00:15:10

add that is a little bit higher

00:15:13

here we are going to position it there so that it is

00:15:15

logical to find it at the level

00:15:18

of the itie of the fw before for world we must

00:15:22

declare the networks we will say

00:15:25

trusted which will be able to transit

00:15:29

at the level of the mat rules and all

00:15:31

that is there so we will specify the

00:15:33

network my remote lan and the network of

00:15:37

the network of tunnel vpn core look we

00:15:41

could also and the place of that if I

00:15:44

want to authorize the vpn tunnel and

00:15:46

only a remote server not or

00:15:48

access to all we could specify instead of the

00:15:50

place of 100 points 0.20

00:15:53

to be 100 points 11 for example h 30 two

00:15:56

to specify only one machine one

00:16:00

machine once it's done and although we

00:16:02

save durable here we can close

00:16:04

the file now it will remain

00:16:08

low for us to activate the firewall first of all

00:16:11

therefore to that of unef w enable so

00:16:16

there it asks me if I want to reload the

00:16:18

confie so I say yes and then I

00:16:21

will do a follow-up to the system control

00:16:24

restart usw to really reload be

00:16:28

sure that the conf is well and truly activated

00:16:31

and well started so once that

00:16:34

's done we're going to say that for the moment

00:16:36

the debian machine is almost

00:16:39

configured to go to 90% we

00:16:42

just need to go to the

00:16:44

windows rose machine that we install royal

00:16:47

see that we configure voyeur keeps

00:16:49

that we recover the public key

00:16:52

that they have just added on the

00:16:54

debian machine for which a

00:16:56

mutual approval does so much in

00:16:59

both directions at the level of the two machines

00:17:01

so that is very important so we will

00:17:03

now go through the configuration of the

00:17:04

Windows machine

00:17:06

[Music]

00:17:07

on the official website of wire garde you

00:17:10

can download the installer or even 1

00:17:14

and messi for windows knowing that after

00:17:16

you just have to run it and install

00:17:18

itself I I really have nothing to do

00:17:19

so it's really super simple

00:17:22

then in a window like this we

00:17:24

will appear on the screen and therefore

00:17:27

within this window we will create

00:17:28

a tunnel so we will click here on the

00:17:30

little arrow added a life tunnel

00:17:32

when we are going to do that in fact it will

00:17:36

automatically generate a pair of

00:17:39

public private keys here we have the value of

00:17:41

the public key and here we have it at

00:17:44

the interface which is declared with the

00:17:47

private key so it will we will need to

00:17:49

presently when we retrieve the public t value

00:17:51

here and we have it declared

00:17:54

on the debian server to declare and

00:17:57

finally this new connection point

00:18:00

when we start by making

00:18:02

the declared address of this interface

00:18:05

so we put havrais segal and there I will

00:18:07

put 192 168 points 110 points 2

00:18:11

slash 24 to correspond to the diagrams

00:18:13

that I had initially imagined then

00:18:17

we must collomb declare the

00:18:20

remote connection point, that is to say the

00:18:22

machine debian for that we are going to create a

00:18:25

new block which is called worst and

00:18:27

inside we are going to indicate several

00:18:29

properties first of all public is equal

00:18:32

and there we are going to go and recover on the other

00:18:35

debian the value of the key lacquered public

00:18:38

that will be in this folder there and we will

00:18:41

resume here this time the wg we will

00:18:44

retrieve the value here which is here

00:18:47

like these and we will come and

00:18:51

position it so to send a look I

00:18:54

paste this value here then we will

00:18:57

add a directive additional

00:19:00

of which it is this one that allows you to

00:19:02

roughly declare the IP addresses or the

00:19:06

networks for which it is necessary

00:19:07

to go through the wire tunnel so keep

00:19:10

there what I am going to do its 192,168

00:19:13

points 100 points

00:19:15

0.24 since it 'is my lan

00:19:18

mom remote lan williams and server

00:19:21

which I really want to access and we

00:19:23

will also put the direction 10.0 since

00:19:26

it is my VPN tunnel have the same

00:19:29

windows machine it is that when she wants to

00:19:30

reach her two networks there it must

00:19:32

go through the tunnel if we want the whole

00:19:34

flow to pass through the tunnel voyeur

00:19:36

guiral it is necessary here m 15 00 finally 4 x 0

00:19:42

this I have zero for really that everything

00:19:44

passes in then they will be made to be

00:19:46

endpoint and we will have to specify

00:19:49

the remote ip address of the debian so

00:19:54

here we will put the public ip address in

00:19:56

fact and then thanks to

00:19:58

port forwarding it will reach the

00:20:01

debian hong kong host but the ip address or the

00:20:03

domain name and we put a colon the

00:20:05

number 2 for 51

00:20:08

1820 here we have to put a name or

00:20:10

a bep thwala vpn quite simply we

00:20:13

click on save but before that

00:20:15

we are going to copy the public key is here and

00:20:19

validate it so there I have well my

00:20:21

configuration finally my tunnel which is

00:20:23

declared here now what we will have to

00:20:26

do and well returned to

00:20:29

the debian machine to declare the father

00:20:32

therefore the connection point as we

00:20:34

did in fact on the windows machine

00:20:37

so I I'm going to return here except that

00:20:39

this time what I'm going to

00:20:41

do is stop

00:20:43

the interface already

00:20:45

wg 0 to be able to modify it,

00:20:48

then I'm going to modify the configuration file

00:20:52

from earlier wg 0 points against and

00:20:56

there it's a bit the same I'm going to add

00:20:57

a block called worst like this I

00:21:00

go inside this blog created a

00:21:02

value called public which equals and

00:21:05

there I put the value that I retrieved

00:21:07

on my windows host there in the same way

00:21:10

we tell him while lurking when

00:21:12

should he use this tunnel in

00:21:14

this case it is only to

00:21:15

communicate with my machine

00:21:18

well windows machines so I take

00:21:20

care of them loose 32 because

00:21:23

the debian night it must communicate in

00:21:25

this tunnel only to exchange with my

00:21:27

windows machine and only with it

00:21:31

once that is done well we

00:21:32

save closed there we will restart

00:21:34

the interface

00:21:37

with a widower restart the interface is

00:21:39

good to make testino one last

00:21:40

thing to do is modify the rights

00:21:42

on the wire folder look at all the

00:21:44

account files which are behind

00:21:46

in particular the key files for which

00:21:48

is that the user route that they

00:21:50

are able to 'go read them and

00:21:53

possibly modify them

00:21:55

once it's done all that remains is to

00:21:56

test our vpn wire tunnels keeps

00:22:00

to test the tunnel and thank you very

00:22:03

simply we take the average customer looks

00:22:04

at the level of the windows machine and we

00:22:06

click on active and so once

00:22:08

its activated like that it will not necessarily

00:22:11

mean that it works I have already seen cases

00:22:13

where it did not work in this case you

00:22:15

have to go to the log tab here

00:22:17

to see a little bit now what we

00:22:18

can do is try to ping

00:22:20

and communicate through the

00:22:21

travel VPN network look at me what I'm going to

00:22:24

do forward disconnected my openvpn

00:22:26

since I had an openvpn which

00:22:28

allowed me to access the remote infra

00:22:30

and in particular to the debian machine that

00:22:33

I administered here so we see that

00:22:35

I lost the connection I have my

00:22:38

why are guard tunnel which is mounted and so I

00:22:40

will I will simply take the

00:22:43

powershell console I I'm going to make a pin

00:22:45

already on my debian wire interface

00:22:49

so look at the 110 points 121 to see

00:22:52

if it responds so we can already see that

00:22:53

it responds so that means

00:22:56

that my tunnel is operational and I can

00:22:58

communicate with my host with my

00:23:00

debian host is now 6 pin

00:23:02

100.1 which is my server in

00:23:04

fact in my remote infrastructure we can

00:23:07

also see that it works

00:23:10

normally even at the level of the

00:23:11

debian machine here and well if I try to

00:23:14

reconnect and well this time it

00:23:16

should work by going through the

00:23:18

voyeur tunnel look here what is

00:23:20

good what is the case so we can

00:23:22

see that it works very well

00:23:27

the seeing tunnel look now in

00:23:30

place you have a lot of information for the

00:23:33

do also on your side and I made

00:23:35

a really super complete tutorial which

00:23:37

covers all the

00:23:40

commands and all that to find it

00:23:41

on haiti connect point fr etc.

00:23:44

allows you to go over all that at your

00:23:45

leisure in addition to this video in

00:23:49

in any case I thank all those who

00:23:50

followed it in terms of the throughput tests

00:23:53

that I was able to do hoyau look they

00:23:55

really show much more because

00:23:56

forming would say a six or seven times

00:23:59

faster in terms of throughput especially on

00:24:02

file transfers via via the

00:24:04

smb protocol so there is really a

00:24:07

huge difference at level 2 from this

00:24:10

point of view it is really

00:24:11

faster in terms of speed but also in

00:24:14

terms of speed when it comes to

00:24:16

two rises the connection raise the

00:24:19

vpn connection finally therefore to all this

00:24:22

which is really appreciable and which

00:24:25

shows clearly that wire take a good look at these

00:24:28

lighter more efficient as I

00:24:31

said in the introduction if this video

00:24:34

was able to you do not hesitate to leave a

00:24:36

little comment to share it and al

00:24:38

ahly quai and then we'll meet again

00:24:39

quickly for the rest

00:24:42

[Music]

Description:

WireGuard est un VPN moderne, plus rapide qu'OpenVPN et IPSec ! Dans cette vidéo, nous allons apprendre à la configurer sur une machine Debian 11 afin d'accéder à une infrastructure distante (client-to-site) depuis une machine Windows 11 ! Explications en français. ⭐ Sommaire 00:00 Introduction 00:47 Découverte de WireGuard 05:00 Lab WireGuard du jour ! 07:33 Configuration WireGuard Debian 11 17:05 Configuration d'un tunnel WireGuard sous Windows 21:59 Test du tunnel VPN WireGuard 23:24 Conclusion Tutoriel associé à cette vidéo : 📌 - https://www.it-connect.fr//mise-en-place-de-wireguard-vpn-sur-debian-11/ Site officiel WireGuard 📌 - https://www.wireguard.com/ Pense à t'abonner pour ne rien manquer : ⭐ https://www.youtube.com/c/It-connectFr/?sub_confirmation=1 ----- 📢🙍‍♂️ Auteur : Florian Burnel ----- ➡ Visitez notre site : https://www.it-connect.fr ➡ Suivez-nous sur les réseaux sociaux : Twitter : https://twitter.com/itconnect_fr Facebook : https://www.facebook.com/unsupportedbrowser Instagram : https://www.facebook.com/unsupportedbrowser LinkedIn : https://www.linkedin.com/company/it-connect-fr

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