Hey everybody, Josh here. Welcome back to

my channel. I do a lot of videos on IT

cyber security education and career

things, and today's video is going to be

on vulnerability management. We're

actually going to be doing a

vulnerability management lab where we

install Nessus Essentials and we install

VMware Workstation Player, and set up

Windows 10 inside of a VM, install some

old deprecated software on it, and then

we're going to be doing some

vulnerability scans against that virtual

machine to kind of discover any

vulnerabilities that might be on there,

and then we're going to go ahead and

remediate one or two of those just so we

can kind of observe what's happening. I

figured this would be a good video to do

because there's like quite a few

vulnerability management jobs on

LinkedIn and I've gotten a

lot of spam from recruiters for these

type of positions, and actually the last

real job I had I was a vulnerability

management program manager for King

County here in Washington State so I

kind of did this on an ongoing basis for

a while. Basically what vulnerability

management is continuously assessing

your assets, discovering vulnerabilities,

remediating them to an acceptable risk,

and then kind of starting the process

over and over again to kind of make sure

the risk in the whole organization is

low or at least an acceptable level. So I

think if you kind of watch this video

and practice it a few times, you can get

pretty good at it and get an idea of how

vulnerability management might work in

like a larger corporation. This is

definitely something you can put on your

resume. It might look something like this.

So it will definitely help you out. So

yeah, if you're excited to learn

vulnerability management, consider

smashing that like button and let's get

started. So the first thing we're going

to do is go ahead and

download and install VMware Player. Now

you probably want to have like a

semi-decent computer to be able

to do this, maybe like at least eight

gigabytes of ram and maybe dual core

or something. But if you don't know about

any of that, just try to go ahead and do

it, and if something fails, then it fails.=

I suppose. But go ahead and download

VMware Player. I'll put a link to this in

the description. Just download

for Windows. I'm not gonna do it again

because I already have it, but just go

ahead and like click this, download it,

and install it. You can see mine started

downloading, I'm just going to go ahead

and cancel this. And then while you're

waiting for VMware Player to download,

we'll go ahead and download the Windows

10 ISO. That's basically a file that'll

let us install windows 10 onto our

virtual machine. So again, I'll put a link

to this in the description as well, but

just go ahead and go to it, and then

you'll go to where it says create

Windows 10 installation media and you'll

say download tool, and when

this downloads, just go ahead and open it.

Don't be surprised if this takes a while

to like start up and download. So we'll

just say accept. And then we're going to

click

create installation media. We want to get

an ISO file so we'll say next. This looks

good. And we're going to say ISO file, be

sure to select this. And then we'll just

choose where it goes. I like this nice xp

pro ISO that I have. Go ahead and put it

in a folder, just remember what folder

you put in. So I'll just save it to my C:

_ISOs folder and then we'll

wait for this to finish. And while this

is going, we can actually

download and install Nessus

Essentials which is going to

be the vulnerability scanner that we use

to actually conduct our scans. So I'll

put a link to this in the description as

well, but you can probably find it on google.

And just basically like fill this thing

out. After you fill this out, you'll be

able to download it and it will send

like a key to your email, so just go

ahead and- actually I'll just do it. Just

fill this thing out, cool. So it will send

an email inside of your email, I can't

show it because it has a key and like, I

don't know, so inside of your email

there'll be like a button that says

download Nessus and then there will be a

key. Go ahead and click the button to

download Nessus and it will take you to

a page that looks like this, and just

click on Nessus. And we already have an

activation code, it should be in your

email, so we'll pick the one for, this one,

it says Windows Server 2008 blah blah

blah, and then it says 10 in here. So

we'll download this. Just say agree and

then, you know, download it anywhere. And

then meanwhile, remember in the

background, Windows 10 should be still

downloading. Virtual VMware Player might

be downloading still too, so we just have

to install that on your own. I'm not

going to show it on the screen because I

already have it installed. Here we are at

the Tenable setup, so we just say next,

accept, and just accept this location, and

then go ahead and install it, and then

say finish.

And then it's going to kind of show

this like socket up here like localhost

in the port. I would recommend saving

this URL because it's kind of

annoying if you lose it, so just save it

in like a notepad somewhere or something

like this. And then we'll say connect via

SSL, and just say advanced, and then say

proceed. And this takes a while to set up

the very first time. It has to like

initialize and install things, and I

assume, download a whole bunch of

definitions or something like this, so

just go get like some coffee or

something while you wait for

this to happen because it will take a

while to do. And we're going to say

Nessus Essentials. It's essentially free.

You can read the, I guess, license

agreement if you want, but we're going to

install Essentials. And then just fill

this thing out and we'll get an

activation code. I believe I have one

already. It should have emailed it to

you actually. It should have emailed the

activation code to you so maybe skip

this, and then just paste the activation

code that was in your email

that you already received, and just

continue. And then this is where you're

going to set up a username and password.

Just make sure you don't forget this. It

might be troublesome, you know, if you

forget it, you'll have to reset it or

something like this. So just set up a

password, I guess. And this is the part

that takes a while, so just, you know, go

get coffee or sandwich or something, and

we will meet back here. Okay so while

this is still installing and

initializing and doing everything that it

needs to do, let's go ahead and set up

our virtual machine since this is going

to take some time anyway. So by now you

should have downloaded and installed

VMware Workstation Player. So we'll just

go ahead and open this up and check on

your Windows 10 ISO download. It should

be finished by now as well, maybe it

looks something like this, and then it

shows you like where it's at the C: ISO

Windows dot or yeah, wherever you put

yours. So just take note of this and

we'll say finish, cool. And then we're

going to create a new virtual machine

inside of VMware Workstation Player.

We'll go to player and then file and

then new virtual machine. And then

for the installer we're going to say

browse, and then we'll just browse to

wherever you downloaded the Windows 10

ISO. So this could probably be named

something better, but that's okay. So

we'll say next, and just name this

something appropriate. This is fine. This

location's fine. I guess you can change

it if you want. So we'll say next. Maximum

disk size, this is fine. We're not

gonna really put anything on it, I'm just

gonna set mine at 50. And then we'll

go to customize hardware, and for memory

like if you don't know how much RAM you

have, maybe just like leave this as it is.

I'm going to increase mine a little bit.

I'll increase this a little bit. If you

don't know about your CPU, just leave it

as is. But we do have to change the

network adapter. We should change it to

bridged. Without explaining too deeply,

bridged kind of puts this virtual machine

on the same network as your actual

physical computer, so your nessus

implementation can talk to the

virtual machine

more easily. This looks good. We'll close

this. And this is good, power on after

creation, we'll just say finish. Kind of move

Tenable

to the side.

And then after the VM finishes getting

kind of created, it's going to launch and

then we're going to have a chance to

install Windows. Be sure to press any key

to boot into the ISO when it asks. And if

your cursor is gone, you can see

in the lower left it says like press

control alt to release your cursor, and

then you can get your cursor back. So

we're just going to install windows 10.

So we'll just say next, install, and say I

don't have a product key. You can close

this message down here. And just pick

Windows 10 Pro and say next, and we'll

say accept, say next, and say custom, and

then this is our blank hard drive, so

click on that. It's the only one you can click

and just say next. And then this will

take some time to install too, so I'll

kind of come back when one of these

finishes. Cool, so it looks like both

finished now. I'll just finish setting up

the VM. I will say yes and US and skip.

And for Nessus we'll just kind of,

we'll close this thing here, and then

we'll just kind of wait on this

until we finish setting up the virtual

machine.

And we'll say set up for personal use,

and next, and then we'll say offline account,

limited experience, and then just name,

I don't know, just name it like admin, and

make a password, but just remember

what it is. Make it like something simple

because we're going to use this later

for the credentialed scans, so just

remember what it is. It's troublesome, you

know, if you forget it.

Just make up something for these

if it asks you. This is just like, you

know, a junk VM, no one cares. Say no for

all of these things. Not now. Cool, okay.

Now everything is totally set up. We have

our VM here and then we have our Nessus

Essentials set up and ready to go. So for

now we're just going to do a kind of

basic scan against the virtual machine.

There's, we're going to do a credentialed

scan later which I'll kind of explain,

but I just want to make sure we can scan

it and make sure we can kind of get some

kind of result back. So before we do that,

I'm going to go to the VM and like get

the IP address from it. So go, make sure

to go to the VM, not your actual computer,

but go to the VM. Click start, open up

command line, and then we will type

ipconfig just to get the IPv4 IP address.

And we're going to ping this from our

local machine just to make sure that we

can reach it, I guess, essentially. So open

up the command line on your

PC, and we will just say, we'll just ping

this IP address. So we'll just say ping

10.0.0.189 and then we'll do -t

which means like perpetual ping, like

keep going forever until we cancel it.

And we see like it's timing out, so

we just have to disable the firewall on

our virtual machine here. You might not

want to do this in production, it just

depends on like what other controls you

have in place. So we will minimize this,

we'll go to our VM here, and then we will

type

wf.msc, it's this windows firewall

microsoft something console, can't

remember. So we'll open the firewall and

we're just going to do a lot of this

stuff for our lab. So we'll go to

defender firewall properties, and just on

these first three tabs, we'll just turn

all three of them off. Like domain

profile off, private profile off, public

profile off, and we'll just say okay here.

The firewall is off. And then we notice

that the ping is kind of going through

on our local computer here. So we can

press ctrl c to cancel this. And we'll

just copy this IP address. This is the IP

address of our VM. We will close this. And

then this is our Nessus Essentials.

Essentially it's like a web app

essentially, so we'll go back to this and

then we're going to create a new scan. So

we'll just do a basic network scan here.

And so we'll just name it like, I don't

know, Windows 10 single host, something

like this. And then for targets we'll

just paste, this is our virtual

machine's IP address, so we'll just kind

of paste it in here. We don't really need

to change anything else on here. We're

just going to do like a manual scan, but

you know, take note that you can do

like a scheduled scan if you're working

in an organization, you want to scan like

every x days or like every Tuesday or

something like this. Port scan common ports,

port scan all ports, obviously all

ports going to take longer, you can

customize it. There's a bunch of settings

that you can kind of explore in here on

your own. And there is, there's also

this credentials page which we'll get

into in a little bit, but basically you

can, we won't do this yet, but you can

enter credentials in here like the

username and password that we made when

we created the virtual machine, and then

the scanner will kind of go into the

machine more deeply and like look

through the registry and the file system

and like more things. And the reason for

this is you can kind of discover more

vulnerabilities if you have like

deprecated software or insecure services

or something like this running.

This is what this kind of credentialed, the

credentials page, is for. But right now

we're just going to do like a basic

network kind of port scan. It's not going

to be too deep. Just want to make sure we

can scan it and get some kind of

information back. So we have our IP

address and we will just say save. We'll, oh,

remove this credentials, oops. And then

just say save. And then this is our, this

is our scan. It's not running, it's

just kind of like a scan that's

configured that we can run in the future,

so we'll just go ahead and click launch

now and launch the scan. And I believe

you can kind of sometimes see

the progress of it like if you click it,

you can see, you know, what it has done so

far. It makes like little logs and then

the findings will kind of be on this

page, but we can just go back. Click back

to my host and then back to my scans, and

we'll just kind of wait for this to

finish. Cool, so we can now see that our

scan has finished over here. It says like

today and there's like a check mark. So

we can just kind of click this to look

at the individual results for it, and you

can see like down here like blue is info,

green is low, medium it's yellow, etc. And

depending on the organization you work

for, like a lot of people, a lot of orgs

like won't even, depending on what they

are, a lot of orgs won't even like really

touch medium or lows because they have

like so many criticals and highs that

kind of take precedence. And because we

didn't use any credentials for our scan,

we don't really see that much of what

might be actually vulnerable inside the

VM, but we do see like some things here.

So we can click

vulnerabilities up here and just kind of

look through these a tiny bit. We can see

like SMB signing is not required. If

that's something that your org cares

about, you can kind of read about it here

more, and consider like implementing

implementing the solution to

kind of remediate this vulnerability.

There's other kind of interesting things

in here. Traceroute information, it's

listed as info, means it's not

could not necessarily be a vulnerability,

but just something you should be aware

of, that you can see traceroute information

which means like ICMP is

accepted on this particular host.

And down here we can see

target credential status by

authentication protocol, and it says like

Nessus was not able to successfully

authenticate to the remote target

because we didn't actually provide any

credentials, and we can see that down

here. SMB was detected on port 445,

means it's listening on 445, but we

didn't provide any credentials. That's a

kind of vulnerability, that's a

vulnerability scan, some basic results. So

the next thing we're going to do is

we're going to, we're going to set up the

virtual machine to be able to accept

authenticated scans, and then we're going

to provide some credentials to Nessus,

and then we're going to try to rescan

the virtual machine with credentials, and

then kind of compare the results of the

new scan which with these ones that

we're looking at here. So we'll go back

to my scans. Actually we'll go back to

the virtual machine here, and then we'll

open up

services.msc. And there may be better

ways to do what I'm doing like

especially if you're in like a corporate

environment. I got these steps from

Nessus, the things that they recommend to

actually do credentialed scans against

windows hosts that are not on the domain.

So that's kind of what we're

using here, so I'm just going to first

I'm going to enable the remote registry.

The remote registry which will allow the

scanner to connect to this computer's

registry, and like kind of crawl through

the registry and look for insecure

configurations like maybe deprecated

cypher suites that might be enabled. You

can enable and disable those in the

registry, so I'm just going to enable

remote registry so our scanner can

connect to the registry. So I enabled it

and I turned it on, and then next we're

going to, be careful when you close this so

you don't close the actual VM. I'm just

closing like the window inside. I'll

close the firewall. And the next thing, I'll

enable file and printer sharing so, oh it

looks like it's possibly already on. Turn

on sharing so anyone with network, I

don't think public folder sharing needs

to be on. I was going to turn this on but

it looks like it's on already. Turn on

network discovery, file, and printer

sharing, oh, looks like it's already on. If

yours are not on, just make sure to turn

the file and printer sharing on.

And then we will go to user account

control, and this is not good to do,

but our computer is not on the domain so

we have to do these kind of hack things

to be able to scan it. So I'll disable

this, say okay, say yes. And then we're

going to open the registry and then

add a key that's supposed to allow the

remote account to like connect in. And

next we're going to connect to the

registry and add a key that's supposed

to I guess further disable user account

control for the remote account we're

going to use to connect to this

computer during our scan. So just go to

start and type regedit. Again, I got this

documentation from Nessus, I'll put a

link to it in the description. So we will

browse to a local machine here, so we'll

go to local machine, software, Microsoft,

Windows, current version, policies, system,

and then inside here we'll create a

DWORD called local account token filter

policy, so

local account token filter policy, local

account token filter policy. We'll say enter

and then we'll set this value to 1, and

we'll close this. And we'll go ahead and

restart our virtual machine at this

point. Cool, and then we'll log in,

remember our username, I made mine admin,

and then whatever your password is, just

make sure you don't forget it. And we

should be ready to scan our computer now.

We're going to edit this scan that we

made, so go back to Nessus Essentials, and

then we will, oh, so check this box next

to the scan, and then go to more, and then go

to configure, and then we're going to add

a set of credentials to this, and we're

going to add Windows credentials. So

we're going to use password, and remember,

our username is admin, so if you go to

the VM and go to cmd and type like

whoami, the name is

admin right, so we'll say admin, and then

whatever you made the password. And I

believe,

I believe we can like leave all these

things as default, if it breaks, I mean

maybe we can come back and configure it, or

if it doesn't work, we can check it. So

we'll save this as it is. So it saved, and then

we'll go back, and back to scans, and then

we'll run this scan one more time.

When this finishes, we'll compare the

results with the first scan, and

technically we should see more results

with this one because we enabled

credentialed scanning and we kind of

configured the VM to accept remote scans.

So we'll see what happens, so I'll just

pause this and I'll come back, I'll pause

the video and come back when it finishes.

Okay, it's been a few minutes and it

looks like our scan is finished here. So

we will click on this, and we can see

like immediately, remember last time we

we had like one medium and a bunch of

infos. Now we have like seven criticals,

38 highs, and, you know, four mediums, and a

whole bunch more infos. It's pretty

interesting, so before we like really

dive into the vulnerabilities and all

this. I'll just click on history over

here really quick. And this is the

current one and you can see the

vulnerabilities down here. You can see,

you know, five percent criticals, etc. And

then if we click on our first scan, we

can see like we didn't use credentials

for this, so we couldn't look at the file

system or the registry or any other

running services or any of that, so

you can see there's like a big

difference in doing credentialed scan

versus like uncredentialed scans. So this

kind of like solidifies the importance

of running credentialed scans whether or

not you're like scanning Cisco devices

or like Linux machines or like Windows

machines or Macs or whatever. If you can

use credentials, you can really like

discover more vulnerabilities. So I'll

just click on the vulnerabilities tab

here first, and we'll just kind of like

look at these a little bit. We can see

like this is essentially the

list of findings, and some of these

are mixed, so if we click on this, for

example, we can see it's like a

combination of like mostly criticals and

highs, and you can see it's like mostly

edge, mostly edge which can probably be

remediated from like updating, running

windows updates essentially. And you can

kind of look at these individual ones

and dive more deep into them to

see like what the actual thing is and

like how to fix it.

So we can go back a little bit. We'll

back up a little bit more. So

vulnerabilities around edge, around

windows, around a bunch of other stuff.

If we click on remediations, this tab

kind of gives us like a high level like

instructions on how to like remediate

most of the findings from like a really

high level, basically just like run

windows updates is what I'm

seeing here. So security updates,

install this KB to fix a bunch of other

ones, and then all this is pretty much

Windows updates. And this VPR top threats,

these VPR top threats is essentially

what Tenable is like recommending we

prioritize to remediate probably based

on CVSS score and like whatever other

metrics they use. So like I would say

before like, if I were

doing this in like an organization,

like the first thing you want to do is

like make sure you have third-party

patching and like Windows OS patching

like set up properly and like properly

being like tested and deployed on

regular intervals, so you don't have to

like kind of go through and deal with

these like individual vulnerabilities

that are related to things

that can be easily fixed by like

automated patching and stuff like this.

So before I start like

remediating these and fixing them, I'm

gonna install some like deprecated

software on this computer like a really

old version of Firefox, and then we're

gonna kind of run another scan, and then

observe the results from that as well. So

I'm gonna get this old version of

Firefox. I'll put a link to it

in the description, I was gonna say I'm

worried about doing that, but I'll put a

link to it in the description. It's

really old, from six years ago apparently.

So we'll just download this Firefox

3612. And make sure to do this, make sure

you're doing this in the virtual machine.

Don't accidentally do it on your

computer, and that's

what I'm actually doing, so make sure

go to the virtual machine. So we'll open

up Edge in our virtual machine, and then

we'll paste, oh no, I can't paste it? I'm

just gonna search like download

deprecated Firefox. I shouldn't

use the word deprecated. I'll

say download old Firefox, and

I think I can click here and do it.

Still want to downgrade directory, I'll go

to directory of all old ones and then

I'll get 3612. This is random by the way,

you can get any old version that you

want. I'm just using this one because I

did it already. win32, en-US, and

I'll get this. So we'll open this, and

then install this super old version of

Firefox. We'll say next, standard, sure, and

then sure, we can launch it, I guess,

yeah why not. Cool, so this is old, old

Firefox, so now we have an old Firefox on

our computer, so we'll close this. This is

our virtual machine remember. Here's

Firefox. And then so we will go back to

our scans here. This is on our host

machine, and this is Nessus so we'll go

back to our scans, and we don't need to

change our scan anymore. We'll just click

launch and it will just run another scan.

It will do the same thing scan all, scan

the common open ports, inspect the

registry, inspect the services, and then

inspect the file system. It's going to

discover this old deprecated version of

Firefox. There's like a million

vulnerabilities in it probably, so

hopefully we'll see that reflected

in the scan results when this finishes

here in a couple of minutes. Okay, it's

been a couple more minutes and our scan

is finished, so we can click on this

again, and we'll see like our

vulnerabilities like went up to 68

critical now. So before we kind of dive

into these, again, we'll check out the

history just so we can see like a trend

in these. So this is the first one in the

bottom here we can see only info, no

credentials provided. Second one is our

credentials provided, and we, you know, we

have a little bit more, we have some

criticals discovered and some highs. And

then we installed Firefox, like a really

old one, and then this is our current

scan. There's like a bunch more criticals,

whole bunch of criticals, so we'll go to

the vulnerabilities tab here.

And then we can kind of see this one at

the very top mixed with Firefox and

total count of like 141, so if we click

on this, it's just absolute chuck full

of criticals just because that version

of Firefox is like so old, it has so many

vulnerabilities. And it's not like you

have to like go through like fix each

one of these one at a time, you can

either just like upgrade firefox to the

latest one or just like completely

uninstall it and it will remediate the

vulnerabilities. So we can click

remediations, we pretty much see the same

thing as last time except for at the

very top now we have a recommendation to

upgrade Firefox. And then again this VPR

top threats, we have this kind of

Firefox in here. Again, history, first scan,

no credentials. Second, credentials,

default Windows install. Third scan,

Firefox, old Firefox, whole

bunch of vulnerabilities that need to be

remediated. So the next step we're going

to, we're just going to try to remediate

as many of these vulnerabilities as we

can by doing like really simple things,

like we're just going to uninstall

Firefox totally, and then we're going to

just essentially like run Windows

updates until there's no more updates

that need to happen essentially. So we'll

go to our virtual machine here, and then

we can go to appwiz.cpl, that's like a

kind of shortcut to go to this thing.

So we can go to Firefox, I'm just going

to uninstall it to be honest. So uninstall

Firefox, and then I'll go to Windows

update, and let's see

I guess I'll just manually check for

updates, I'll leave the settings to like

whatever they are. And then you can do

this too just keep like running Windows

updates, and you might have to like

restart and then run it again then

restart and run it again. I'll pause this

and I'll just kind of like let the

updates happen, then I'll come back to it

again. Okay, it updated for a while and

it's asking for a restart, so I'll just go

ahead and restart and repeat the process.

Okay when it comes back up, just go ahead

and log in again, and go to Windows

updates again, and just click check for

updates one more time just to make sure.

Okay, it looks like it's installing some

more, so I'll go ahead and pause this and

kind of let this continue. So it actually

looks like the updates are done, so we'll

go back to Nessus, go back to my scans,

and we'll run our scan one more time. So

we should expect to see a lot of the

remediations done, there should be a lot

less highs and criticals like Firefox

should be gone, like all the windows

updates should be no longer required, but

we will let this finish, and then check

it out in a couple of minutes, or for you

it will be instantly because I'll edit

this out. So our last scan has finally

finished, so let's check this out. So

we'll click on this and before we like

really dive in deep, we can kind of see

there's some highs and some

criticals and highs, but we'll go to

history over here, and this is our

current scan, and this is the last scan

right here before we uninstalled Firefox

and before we updated windows, so we can

see there's quite a bit more mediums,

quite a bit more, sorry, there's quite a

bit more criticals, quite a bit more

highs. So current, after removing

Firefox and running Windows updates, and

then before. So there's quite a bit less, and

this scan right here, this is the

default install of Windows and then this

is the current one after updating

Windows. So current or default and then

current. So we can kind of dive into

these like a little bit, it looks like

the remaining vulnerabilities, most of

them are around Microsoft Edge. It looks

like maybe Windows update didn't update

Edge for some reason. We can check

this one, a bunch of highs, I can't

read these. Microsoft 3D Viewer Base 3D

Code something. Maybe this is some like

native app that's installed, oh yeah, it

is. So it looks like there's some like

random stuff that's still on this

virtual machine that maybe it's like out

of date or something like this, and

you can just kind of look through this. I

won't like do any further remediations

because this video is getting kind of

long so, but maybe you could consider,

you know, figuring out exactly like how

to update Microsoft Edge or like

uninstall it if you're allowed to do

that like, I don't know. But yeah, it's

pretty interesting to kind of

experiment with this and like install

like really old stuff, or maybe even

like get a hold of like a Windows XP ISO

and install Windows XP, right, and scan

that and see what kind of like swiss

cheese scan results like come back. It's

like going to be absolutely full of

holes, but yeah that is vulnerability

management. And those are kind of like the

really kind of the core components of

vulnerability management just like

scanning and remediating, scanning and

remediating, but, you know, a lot more goes

into it because you have to have like,

you know, when you work at a big

organization, you usually will make some

kind of standard and like policies and

procedures, and you have to kind of bring

all the departments in and work with the

individual groups to like get

credentials for all their individual

resources, or maybe you use like a domain

account to scan everything, and it

gets a little bit more complicated when

you're in a large organization, but this

is pretty much the guts of it,

just like scanning stuff, finding

vulnerabilities, and then essentially

remediating them. You want to automate it,

as much of it as you can as possible

like updating like the third-party

apps and like Windows update and this

kind of thing. And you want to have like

a secure build standard, so like make

sure the build is like already like

remediated and like secure enough before

it goes into production to kind of

reduce the amount of vulnerabilities

that get introduced, but now that you've

kind of like watched this you have a

pretty good idea, I would say, of how

vulnerability management works, so you

can, you know, practice this a bunch, and

consider like reading up on how to

implement vulnerability management on

like a large organization, and then you can

like put something on your resume that

might look something like this, and then

go ahead and start applying to jobs that

are looking for like vulnerability

management engineers or vulnerability

management analysts or like whatever

they're calling them because it's a

relatively like straightforward process.

It's pretty easy technically speaking.

Like the hard part about

vulnerability management usually comes

from like dealing with the humans and

like getting everyone to like coordinate,

that's like really difficult. But yeah, I hope

you enjoyed this. If you

thought I was interesting, you know I'd

appreciate if you liked and consider

subscribing, and if you have any

questions or comments, criticism, please

like let me know in the comment section.

I 100% read all the comments every time. I

respond to everybody's comment. If you

feel like supporting me, I do have a

Patreon, but other than that, thank you so

much for watching and we will see you in

the next video, bye bye.

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