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🔴LIVE - Al Nafi EduQual Diploma Oral Presentation Assessment | Abdullah Muhammad Saleem
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So, my name is Muhammad Fil. Today is
August 13th, uh 10:36 a.m. Eastern
Standard Time. Uh I'm the chief examiner
of Anafi. So today we will be going
through um AI ops diploma artificial
intelligence operations uh RQF level six
educall level six exam uh the candidate
name is Abdullah Sal
uh the topic is pretty uh interesting uh
implementing autonomous site reliability
engineering with uh captain Argo
rollouts and Prometheus for e-commerce
right uh site reliability engineers is
are in high demand right now, right?
Organizations are looking for these
kinds of people
like they're like know I would say they
are paid very well when it comes to u
engineering disciplines nowadays as
computer system administrators and
societal right. So this is a very
detailed topic Abdullah.
Uh the key learning objectives are
autonomous deployment and progressive
delivery, advanced observability in SLO
service level uh management,
uh intelligent autoscaling and resource
optimization, automated in instant
response and remediation, cost
optimization, resource management,
performance testing and load management
and industry applications. Right? topic
is very loaded. Um you'll be given 15 to
20 minutes for the presentation followed
by 30 to 40 minutes for in
are you ready? >> Yeah.
>> Yeah.
>> Do you have any questions before we start?
start?
>> Uh no sir.
There is an echo sound or like a white
noise sound coming from your background.
I guess that's okay.
>> That might that might be the fan. That
might be something else.
>> Uh yeah, it's f.
>> Yes. Right. It says continuous white noise.
noise. >> Yeah,
>> Yeah,
>> you can turn it off. That would be good.
If not, we can we can proceed.
>> So I will try.
This is now better. It's better than the
past. Okay. All right. So,
you may start your presentation now.
>> Okay. Uh, good evening everyone. My name
is Abdullah.
Um, I'm from Saroda, Pakistan. I'm
enrolled in educ level six exam.
Today I will present my project
implementing autonomous site reliable
engineering with captain or rollout and
prometheus for our e-commerce scale.
This solution is all about modernizing
how we manage reliability, performance
and scaling in large scale e-commerce
system using intelligent automation
and self-healing deployment especially
for those applications who suffer from
slowdown system crash due to
unpredictable traffic companies like
Amazon, Shopify, Alibaba spending
Let's move to the agenda of our project.
Here is what we will cover. Our project
goal, challenges in our e-commerce
system, our system architecture and
detailed discussion on observability,
autoscaling, incident response and cost optimization
optimization
and more. Ending with real world
applications and key takeaways.
We will start with an overview of the
project then understand why autonomous s
matters. We will also take a look at uh
Let's move to the project overview. In
this project
uh we focus on creating a fully
automated self-managed reliability
system for cloudnative applications. It
integrate multiple tools like captain,
arco, prometheus
that handle things like safe deployment,
automatic recovery and system monitoring.
monitoring.
It's especially useful for e-commerce
platform that cannot afford a single
second of downtime.
On the coming slide, we will also
discuss about the tools we are using and
what are the purposes of those tools in
Let's start with a question.
Why autonomous S sur and how it is
better than traditional S sur? As we
discussed early uh our e-commerce
traffic is unpredictable and managing
everything manually can be timeconuming
and errorprone.
So uh autonomous s sur help us automate
reliability. So when the traffic spikes
or something breaks the system can
response automatically without need of a
human to jump in every time.
Uh this will improve uptime and user experience.
In this project, I have learned how to
build feedbackdriven system
using progressive deployment strategies,
monitoring system in real time, scale
application based on usage and business needs.
needs.
Performance testing and use uh
performance testing using different
tools uh before going live. optimization
cloud post using smart tools and we also
used some tools that responds uh to
Here is the architecture diagram that
shows everything uh how everything fit together.
together.
At the top we have deployment tools uh
which is uh like captain and argo rollouts.
rollouts.
In the second layer we have
observabilities tool uh Prometheus and
Garpon that help us monitor everything.
Autoscaler HPA and BPA that adjust the
resources based on CPU and memory
and if something goes wrong incident
response uh tools like packet duty and
NCL AWX take over. For cost
optimization, we have QOST and Goldilo.
Each part share data with the other uh
Autonomous deployment explained
instead of releasing all code at once
which is very risky and uh can also
cause a downtimes and system crash. So
we use safe deployment strategies like
Kendry and blue green deployment
tools like Argo rollout slowly shift
traffic uh while captain checks the
performance in real time that keep an
eye on SLOs's during deployment. If a
problem appear the rollout stop and roll
back this way uh bad code never reaches
all user and our system remain healthy
Deployment tools we uh there are three
key uh deployment tools we are using uh
which is Argo rollout, captain and
player. Argo rollouts control how
traffic is shifting during deployment
using canray and blue green deployment.
Captain uh act like a quality controller
checks if everything are running
smoothly and deployment is not violating
SLOs's like latency and error rate.
Tracker support this by controlling and
automating the rollout process uh
shifting traffic intelligently from old
to new uh from old to new version. Uh
they together make deployment safe and secure.
obser uh advanced observabilities we
need uh we need to know what happened
inside our system at all time. Advanced
observabilities mean we track trace and
simulate user behavior. This give us
early warning and deep visibility to fix
issues quickly even before the user
notice. It enable us to uh for faster
incident response uh for faster incident
response. The tools we are using for uh
observabilities are Prometheus and Garpona.
Prometheus collect all the performance
data from metrics. Garpona turns them
into a nice dashboard so we can easily
see what's happening.
Jagger and open telemetry shows how
traffic are talking uh how service are
talking with each other uh by checking
the uh request travel that shows uh
which part is a bottleneck uh which part
is a bottleneck and uh blackbox exporter
and synthetic monitoring uh sends fake
traffic to test availability of our
system. Combined they give us a complete picture.
Intelligent autoscaling traffic can
change fast. So our application need to
adjust on its own. Uh because in certain
traffic changes can cause downtime and
system crash. Autoscaling let us
increase or reduce resources depends on
how much load we are getting.
uh uh we use V HPA, VPA and KDA for
resource scaling based on uh based on
traffic patterns. This way we don't
There are the tools we are using uh with
uh mixed tools we are using uh like HPA
and VPA that handle port level scaling
uh that is based on CPU and memory while
ketta uh while ka react to business
events like uh uh like in black Friday
uh 111 and
uh and in some sales uh and in some sale events.
events.
Cluster autoscaler manage infrastructure
size increase or decrease nodes uh on in
our cluster
uh in our cluster together uh they keep
automated incident response if something
break we don't wait for uh someone to
fix it manually
uh if system detects the issue and kick
off a Pred uh if the system detects the
issue uh it uh kick off a predefined
issue uh predefined response
uh predefined respond that fix the
issues uh that fix the issues like uh uh
restarting restarting board scaling uh
resources or deleting cache caches.
uh this make recovery fast and reduce
incident response tools patcher duty
help us notify the right people and
trigger automation nibel AWX runs
playbooks that fix issues automatically
like restarting board and scaling
chaos monkey and germline
uh simulates user failure so we can test
cost optimization strategies
in the cloud. Using too many resources
cost money. So we use tools and
strategies to rights size our resources.
Move workload to cheaper machine and
constantly look for waste uh uh that can
uh that can remove without hurting the performance.
tools we are using for cost optimization.
optimization.
Qost show detail cost uh detail cost
breakdowns. It uh shows uh where we are
overpaying uh and if something uh is
expensive we will fix it.
Cool log tell us best CPU and memory settings.
settings.
Sport oceans and carp painter find uh
let us find the cheapest instance
available. uh all of these uh help
reduce billing without affecting reliability,
performance testing and load management.
Before user hit the system, we want to
know if it can handle the load. So we
run performance test of uh performance
test uh set up uh set up a load
performance uh load load protection like
circuit break uh and plan resources
Performance tools
tools like Ksix run load testing as a
part of our pipeline. K6 simulate user
traffic and perform uh and performance
testing during CI/CD pipeline. We also
use predictive models that learn from
the old traffic to tell us when to spikes
industrial application.
The architecture is not just theory. Big
companies like Amazon, Flipkart,
Alibaba, Das, eBay using the similar
setup. uh if uh it help us uh it helped
them to stay online and past uh even
millions of people visiting their
website at the same time
if uh it help us manage millions of
transaction during event like black
Friday, Cyber Monday 111
open source and cloud native tools
everything we use in Everything we use
is open source and cloudnative that
include Argo, Captain, Prometheus,
Karpana, Jagger, Ka and more. These
tools are reliable, well supported and
free to use making them great for setup,
This project bring together automation,
observability, scaling and performance
into a single platform that can run
itself. It shows how modern S sur can
eliminate manual work, reduce downtime
and save cost.
Thank you for listening. I'm happy to
continue. Abdullah.
Uh, it's the end of our my presentation.
>> End of the presentation. Okay.
>> Okay. Just let me compile the notes.
Hold on. >> Okay.
Okay.
So, let's jump into the the Q&A session, inshallah.
inshallah. Um,
let me open the presentation on my side quickly.
All right. So, explain the role of
captain in autonomous deployments and
how does it in integrates with the Argo rollouts.
I cannot hear you. Abdullah,
>> can you hear him now?
and lot of noise.
So, uh just dis just uh turn off the the
fan. We'll be done in 30 minutes. Don't
worry, you won't be sweating. Don't
worry. Okay.
>> My uh my fan is on pro. I'm not turning
on it.
>> Okay. So, keep the volume slow because
as you know sometimes there's a lot of
background noise and other things coming up.
up.
>> There's a lot of white noise, right?
Okay. So explain to me the role of
captain in autonomous deployments and
how does it integrates uh with argo rollouts.
rollouts.
Argo rollouts is used for traffic
shifting from uh traffic shifting uh
using deployment strategies like Henry
and blue green deployments while captain
is you uh while captain is uh
intelligently watching the uh watch the
matrix uh like SLOs's uh uh if the if
some uh if uh something if something
goes uh if error increase uh captain
will uh captain will trigger uh captain
will trigger and alert the uh uh it will
uh stop the uh uh roll out process.
>> So roll back. How does it uh
how does it executes you know uh like
for example captain it automates the it
automates what in the
>> uh in the
>> captain uh
uh like captain is intelligently looking
for a deployments uh based on SLOs's uh
we have set like error uh latency and
error rate uh it's uh
>> we we call those deployments as quality
gates and deployment,
>> right? We call them in the industry, we
call them quality gates and deployment decisions,
decisions,
>> right? And deployment decisions are made
using what?
>> Mention SLO. >> SLO
like error, latency and error rate.
>> SLO matrix. SLO matrix. These are all
matrix, right? It can be error matrix
and different. So, but those are known
as SLO matrix. Okay. Continue. >> Yeah.
>> Yeah.
>> So, that's what they do, right? >> Yeah.
>> Yeah.
>> Okay. Uh, what does captain evaluate?
I'm still not finished with the first question.
>> Like, uh,
captain uh, captain will uh, stop the
captain uh, if something goes wrong,
captain will stop the the roll out forces.
forces.
>> I think someone was just driving by.
>> Yeah. Sorry.
>> Okay. Sorry.
>> Uh like captain uh stop the roll uh stop
the deployment or roll it back or save deployment.
deployment. >> Okay.
So what is the purpose of the blackbox
exporter in this architecture that you
just showed? What does it do?
>> Yeah. Uh blackbox exporter uh is used to
uh is used to send uh send the fake
traffic to our services to check the
availability of uh to check the
availability and uh uh before uh before
it uh before the user notice and uh
Explain to me uh blue green architecture
deployments in the context of autonomous
deployments. What what is that?
>> Uh in blue green deployment uh traffic
shift all at once uh to the new uh to
the new deployment. Uh while in Kendry
we uh while in Kenry uh we don't uh uh
shift all the traffic all at once. Uh we
uh uh we make create a small amount of
users uh and then uh slowly
slowly shift traffic. If everything's
>> So, uh if I'm a retail merchant, right,
e-commerce merchant and
and
the network cannot be cannot go down
because we have uh lots of customers
buying in right now because of Black
Friday, right? Then we found out our
engineers found out that there's a
problem and they need to remediate the
problem. It can be a zero day
vulnerability. It can be something else,
misconfiguration item, whatever it is,
right? And they found out uh that there
is a fix for that. How would you use
blue green architecture to deploy the
how would you do that?
>> Uh so can you repeat?
for example
gap for example right and what is
happening is customers
and I cannot allow any downtime but the
engineers the site reliability engineers
What are they going to do? What are they
going to do specifically to redirect the
customers? Make sure everything is being
done while you're using Kubernetes or
using some of the other things.
>> Uh so we will use Argo rollout uh for uh
for our blue green deployment
strategies. Uh we will slow uh ship the
traffic from uh like uh if one of our
deployment have they fault uh like uh
like you said uh if uh we will shift uh
we will shift them from uh into a uh
previous deployment.
>> How do you shift? How do you shift? What
does shift mean?
>> Uh we will shift during blue green uh
via Argo rollout.
>> No, Argo comes later on. How do you shift?
shift?
You use uh load balancer. uh
>> to yeah
>> direct the traffic to the deployment
which is the green deployment away from
the blue blue deployment right the
customer betab
you are redirecting the new customers
over there right then
once those customers once and then what
do you do to move those customers on
those customers are done what do you
what do you call that process that
It's known as draining the traffic.
Okay. That's known as draining the
traffic. Okay. >> Okay.
>> Okay.
>> It's tough. Yeah. The topic is tough,
right? So be easy.
>> Uh differentiate between horizontal
ports autoscaler and vertical part
autoscaler. HPA and VPA what is it?
Explain to me.
>> Uh yeah, HPA is a uh it's a horizontal
port scaling uh based on CPU and memory
while VPA uh is uh uh scale based on uh
based on the resources uh of our board
uh like resources uh request for the
resources to adjust uh to adjust the board.
board. >> Okay.
uh
how do you combine them together?
>> Uh combine what?
>> The horizontal
pod autoscaler and vertical pod
autoscaler. Right? How do you combine
them? If I'm a if you're working as an S
sur engineer, how would you do that?
uh server will uh like uh implement both
uh like HP and BPA uh uh as uh one as a
CPU and uh and a memory uh and one for
uh for uh like uh
>> I understand I understand that partially
I understand that part
>> what I'm asking you is like in the S
Do you know uh ke
ke
>> to scale? >> Yeah.
>> Yeah.
>> Yes. What is
>> Kea is beyond about that. Uh it is like
uh uh scaling based on business events.
>> Yes. like like the uh
>> so in S sur both are combined with kea
for eventdriven
scaling to handle unpredictable
workloads I'm looking at your
presentation that's how you do it right
because horizontal autoscaling and vert
horizontal autoscaling is all is all
about what CPU and memory
>> CPU and memory
>> vertical autoscaling is about resources
requests limits for existing pods right
because it is you know this is what we
have right now in our side as well every
Say we have reserve instances which are
running in AWS
and when the load increases
it goes from a pod of five to a part of
6 10 12 15 it keeps on going right
>> and that is designed by using ka
kubernetes eventdriven autoscaling okay
remember that this is very important
okay all right so why would an s sur
Choose spot ocean or carpenter for cost
management. What are the benefits?
>> Uh sir, it let us uh choose the cheapest
instance available uh uh like uh spot uh
like uh it tells us the uh that uh like
uh the
instance available in the cheapest
price. uh we used uh it help us.
>> It optimizes the infrastructure cost by
leveraging spot instances. Whatever is
cheaper, we use that first, right? >> Yeah.
>> Yeah.
>> But it's not it's I I understand you're
sweating because of the fan. It's okay.
>> You'll be done. The scores are good.
Mashallah. Scores are good. Okay.
>> Words are coming. Good. Mashallah.
>> Don't worry. Don't worry. We're almost
there. Almost there.
>> Uh okay. uh what advantages does
distributed tracing with Jagger provide
over traditional logging?
>> So distribute tracing uh we use
distribute uh distribute tracing uh to
check uh however uh how request travel
from uh multiple uh multiple services.
Uh we used uh uh open telemetry and Jagger
Jagger
uh to uh like open telemetry uh uh tele
uh use the telemetries of matrix logs
and matrix logs and Jagger uh displays
them. Uh Jagger is the back uh back end
and the UI that visualize them uh that
visualize them.
>> Good mashallah. You know like Jagger
traces the entire life cycle of the
request across microservices. That's
what it does. and uh you know revealing
what revealing performance
>> it help us debug the
>> latency issues all of these things good >> uh
>> uh
the thing is like this is very important
for you to understand you have to do the
alazra labs because the labs is where
you will be doing these things labs
cover all of these things and their labs
are tough right so that will prepare you
for the physical interview when you have
to go in today I was reading somewhere
that organizations have started calling
people to come on site for the interviews.
interviews.
>> Yes. come on side because you know when
when you're on site you will be put on
the spot there to explain you know how
does the autonomous feedback loop
architecture in S sur works so many
things you know okay explain to me what
is self-healing
>> selfhealing uh yeah if something like uh
uh something breaks or something uh
happened our uh we have the tools like
pad duty that uh trigger uh that also
inform home the team and also trigger
the play uh uh like uh tools uh like NCL
AWX that fix the issues automatically.
Uh that has the job to uh restart the
board uh clear caching and fix the
You can tell everyone you know I
literally sweated throughout the whole interview.
interview.
>> You tell everyone it was such a tough
that I had to do everything, man. Like
Okay. Um
how would you implement predictive
scaling for black Friday traffic using
ka and prometheus metrics?
Uh we uh we use predictive scaling uh
that is uh based on uh our past data uh
that is based on our past data to uh
increase the resources on the uh the
future. uh like uh it's an uh like uh if
uh uh a traffic uh increase in every uh
Friday night uh uh every Friday night uh
uh it will uh it will increase in the
So wouldn't you be looking at historical
data traffic and ML models for for
demand forecasting
when you're doing the predictive you
know scaling for Black Friday
>> uh like we use the our past data uh
right like
>> this is very important you know yes we
use ka can trigger all of those things but
but
>> based on what
>> you know today
>> based on the historical data you know
al-Basir is is our data lake right every
system log goes there
so we using different visualization
tools to look into what is happening and
we were able to find out that where the
people are having the most common
issues accessing the containers on the
cloud and they were all clumped into
specific area so we were able to see
okay this is the only place you know uh
in Pakistan, in India, in Bangladesh
where the people are having problems.
They're not having problems in USA, UAE,
Saudi Arabia, Australia, New Zealand,
Germany, France. So, we were able to
pinpoint it, right? >> Yeah.
>> Yeah.
>> And this was all because of his. So,
this is our historical data. Now, if any
customer comes and say, I have a
problem, I have this, I have that. So,
we can say
there are 10 customers having the same
problem as you. are you using the same
internet provider and if he says yes
that's your problem
>> right so historical data is very
important that's how we are
troubleshooting our own issues as well
you know when you go into the
organization you have to dig dive you
know dig take a deeper dive into the
data to see what is happening okay and
that's how you do it
>> describe a CI/CD integrated performance
testing setup with Ksix or an e-commerce platform
platform
uh we uh we use KS6 for our uh
performance testing uh during CI/CD
pipelines. Uh uh before uh before
deploying a new version uh uh we use
Ksix to simulate user uh user traffic uh
that will uh that uh uh that will let us
now uh that will uh that will check the
deployment uh before uh that it can uh
So why is chaos engineering essential in
>> Uh why is chaos engineering
>> essential? Why is it important in autonomous?
autonomous?
>> Yeah. uh
uh in uh like in traditional S sur uh we
wait for some uh something to break down
uh and then fix it manually. But in
autonomous uh we use chaos monkey that
uh uh randomly break down the parts of
our system uh uh it sounds risky but it
is very helpful. So we can see if one of
our service uh goes down other also
others will keep working. uh and will it
will also let us uh it will also confirm
that our autoscaler and uh encable
Okay,
the exam is over. You can turn on the
fan if you want or you can just go
through it if you like.
>> Yeah, I'm sorry.
>> Turn on the fan. It's getting hot
>> now. I'm good now.
>> Okay. Good. Okay. >> Yeah.
>> Yeah.
>> See, after some time a person get
>> Okay. Uh the interview was good.
Mashallah. uh you secured 22 out of 25
in your presentation. That's 88%
mashallah. Okay. >> Okay.
>> Okay.
>> Uh in the uh
in the exam uh the Q&A uh that was the
presentation. In the Q&A, you secured
23.5 out of 25, which was good.
Mashallah. That was 94%.
So the overall score is 88 + 94
is coming out to be 91% mash. >> Alhamdulillah.
>> Alhamdulillah.
>> Alhamdulillah. Okay. So, so this is my
recommendation to you. It's very
important. Please pay attention and make
sure that you listen. Uh I'm going to
quickly just give me one minute. Update
So just need to insert these numbers in
there because then they go finalize and
then system will take it over. Okay. So
here's what needs to be done. Okay.
Okay. This is my recommendation for you.
So pay attention to what needs to be
done so that you can do all of those
steps and you can make sure that those
things are carried forward. Okay. If you
log on to the portal,
you will see multiple things. Okay. >> Yeah.
>> Yeah.
>> I'm going to show you that. I'm going to
show show it to you. So, first of all,
uh you have already secured the job, right?
right?
>> Yes, sir.
>> Mashallah. Okay.
>> When did you started the preparation for
the exam?
>> Uh like uh this presentation.
>> Are those your kids
or are those in the neighborhood?
Uh I don't understand sir
>> people who are you know I'm I'm hearing
kids shouting in the background. Yeah,
it's uh it's outside neighborh.
>> So mah you secured 91%. So go outside
and tell them that happy these are the
sweets for you. Okay. So give them
>> don't scold them. Don't do don't say
anything. This is the sunnah of
>> used to be happy. >> Okay.
>> Okay.
>> Uh all right. So
don't forget to do that. You have to do
that inshallah. Okay. So give them
something like that. and they will be
very happy in all right so zak uh so
here's the thing that I have for you right
right
uh when did you started your studies
with us
>> uh I'm started studying uh from uh 2023
>> so 23 which month
>> I think it's May uh or June I don't uh
really remember
>> so mashallah you moved there you started
your preparation, you started your
studies. Prior to joining us, did you
know anything about all of these things
that we discussing right now AI ops,
devops, sysops, any of those things?
>> Uh no sir. Uh I just have only uh the
knowledge about the cyber security. uh
because at the first uh from the
starting uh when you start uh teaching
uh in Pakistan or at uh 250 uh 250 250
rupees uh like uh per year
>> there was no accreditation there was nothing
nothing
>> there was nothing
>> there was no cloud there was nothing >> yes
>> yes
>> that's how we started that's how that's
a long time ago right >> yes
>> yes
>> you started uh learning because I'm
looking at your resume right and you did
your intermediate in 2022.
You did your metriculation O level and A
level equivalency and then you went
>> 2023 and you completed that and almost
one one and a half year one year and
five months, right?
>> Yes sir.
>> Right. Uh something like that. Oh almost
like you studied AIS for how how long?
Uh sir first of uh first I start
studying uh level three cyber security
then I will move to
uh devops uh level five uh and when I
see the uh p uh fee structure is not uh
that much high so then I move to AIOPS.
>> Okay. So now mashallah you have
completed this thing and you have
already secured a job right? Uh
>> yeah right.
>> Uh this is somehat government
organization right now. Uh yeah,
government organization NAV.
>> You'll be doing you'll be doing what
over there like you'll be teaching
>> uh teaching docker certified associate. >> Okay.
>> Okay. >> Teacher.
>> Teacher.
>> Okay. So they're paying you a six figure
salary. How much?
>> Uh yes. Six figure salary. 150.
>> Mashallah. That's good. That's good. So
whatever you invested here, you'll be
able to take it out inshallah.
>> Yes sir. >> Yeah.
>> Yeah.
>> Inshallah. Okay. So >> sure
>> sure
>> this is my recommendation to you. Okay.
If you log on to the portal, if you log
on to the portal, you will see
something. Uh this is very important for
you to understand. When you log onto the
portal, you will see alazar,
right? Yeah. So this part one, my portal
is different because I see everything,
right? So you will see alazak part one.
This is important. And then you will see
alazak part two. Alazak part one is part
of the course. So you need to complete
this. You need to complete all of these
labs and these labs will keep on coming.
So you complete all of them. But then
this is alazak part two. Very very
important for this for getting the
diploma. You need to complete this these
labs, right? You need to complete all of
them. This is very important for you.
>> Uh and they will keep on coming. You
will see that they will keep on coming
etc etc. But like to get the you know uh
be ready for the job be ready for the
teaching all of those things your whole
job is here containerization do
>> but you can you will be able to teach
your students the whole QP astronaut
right with all
>> I can't because uh because the
government uh choose uh what I need to
uh what they want to teach their uh students.
students.
>> Okay. So there's a specific protocol
>> but whatever it is like I'm not sure like
like
>> if you guys will be able to provide them
with the labs and everything and the
containers right
>> uh just like we do if you click here on
dockers right this is your whole course
right uh but the good thing is there are
labs here
>> the labs cover everything right it
covers all the aspects so if you click
on here you see lab three it starts with
lab 1 2 3 4 5 6 and the labs keeps on
going until you have almost
you know 100 labs more than 100 labs 110 labs
labs
running Apache CFKA with Docker Compost
running Docker containers with Microsoft
Jour like it keeps on coming and coming
and coming right and this is what
prepares you
>> you know for what you have to do right
this is just one example so you can see
the lab is there what do you have to do
in the lab. The container is already
ready. You start the lab, you do the
lab, the AI assistance is already ready.
Move here. Right? So yes,
>> everything is there
>> and this labs contains check docker
version, check docker compose, check all
of those things. Make sure download and
configure clear. It goes through all the
details. These are beginner's lab. These
are not even intermediate and advanced
which we are about to release. Right? So
in Allah zak you will get most of these
labs. The other thing that you will get
is basically you know part two which
covers many other aspects as well that
you'll be covering. Right? So if I go
back and uh quickly
go here right uh let me see give me one
minute. Hold on.
Just want to make sure I'm on the right screen.
close.
Yes. Okay. So, this is the one. So, if
you go back on the course, you will see
something very important. You will see
here progress and you will see uh courses
courses
very very important for you to focus
right Linux open source it covers
hands-on labs as per the job description
not for passing the exam you can pass
the exam by studying them as well but
they are based on job description
>> see red hat the whole redhead repository is
whole altogether more than 45 plus exams
open shift and everything and then open
shift and all of those things were there
on top as well. Yes,
>> this is what prepares you for the market
because whatever course you you know for
example anible automation if you click
on it you will find the course but you
will also find all the labs all the labs
and there are handful of labs right and
all of these things there are lots of
labs you can pick up a lab lab 11 lab 12
they're like more than 20 labs right 20
plus labs something like that
>> you can
This is very important for you. If you
go through all of these things and if
you focus your time and effort, you'll
be able to pass any interview whatsoever
What do you have to do next? You have
scored 91%.
Laz program complete complete your Lazak
program become QB astronaut
that teaching job if the government is
good is okay but this is not your future
>> yes sir
>> will get the money back that you have
invested you did your inter intermediate
then you did this and you have completed
your bachelors alhamdulillah you can go
forward but think big you know think big
right everyone
>> so there are seven levels of ja right
>> everyone wants to Which level?
>> Well, at the level seven.
>> Why? Why is it is there a difference
between level one and level seven?
>> Yes sir. The big big difference.
>> Big difference. Right. Level seven
>> is first of all just beneath alas the
jah ofam and above the ja of rasoolam is
the throne of Allah. Right? So Allah is
watching all of us. But what you get in
level one you don't you know level two
you get more level three you get more
level four level five level six and
level seven level seven is the ultimate
it can't get better than this it that's
the best right so everyone wants to
>> if you have a option to fly there's
economy and then there is business and
there's first class everyone wants to go
into the first place why
>> because it's better
>> it's a You have but you have to pay
more. You have to work hard to get earn
that money to be able to do that, right? >> Yes.
>> Yes. >> Similarly,
>> Similarly, >> right?
>> right?
>> Yes, you're going in business right now
from the economy to the business because
you secured a job but you need to go to
the first class you need to go to level
seven. For that you have to work hard.
but don't stop your learning. Learning stop
stop
you stop your learning. You will be left behind.
behind.
You have to focus on
>> you have to focus on the most important
thing is the core integration framework.
I'm going to pick up quantum computing.
I'm going to pick pick up energy
systems. I'm going to pick up like 5G,
6G communications. I'm going to pick up
this. Any one of them you can pick up.
But do it.
Practice, practice, practice. All the
labs are there. You don't have to study
these courses anymore. You can go on
cloud and you can buy the labs from
there. Just the labs and the videos for
the specialization. But go and do it in
>> Okay. Okay. And also target to go
outside once
gather some money and then move outside
or a master's degree
you will you've already secured one job in
in
>> but inshallah what I'm saying is in this country
you can't go anywhere further. >> Yes,
>> Yes,
say
91% may meet up all the other
requirements you can already uh secure a
bank financial statement from us
requirements complete you already did
that was a part so you already did that
meet all the other requirements and then
you can go in
>> just gather some of the fee if but
before You go get all the skills right. >> Okay.
>> Okay. >> Okay.
>> Okay. >> Okay.
>> Okay.
>> If ask your parents to make special dua
>> to make me inshallah
for your time. I'm really happy for you.
You did very well. Mashallah. Okay. uh
it will take four to six weeks maybe 8
weeks to submit everything get the
certificate and everything but we can
give you a provisional letter in the
meantime in okay >> sure
>> sure
>> one document sir
>> which is very important for you to know
and have which is this I'm going to send
you this link here so that you have it
as well uh on the chat this is
qualification can cross boundaries right
so you did your diploma at level
>> this is level six diploma
which is equivalent to bachelor's degree
with honor.
>> So this is RQF level six. This is what
we for
and this is what you did right after this
this
>> there is level seven you can take
admission in level seven many students
from uh different places are leaving
outside right so >> yes
>> yes
>> I'm telling you inshallah you have a
good opportunity you have everything
secured work hard may Allah give you
more success do you have any questions
for me
>> uh sir can I uh
uh like do CISSP certification
>> no need no need I
like like 725
do the specialization
go and go pass QB astronaut that's much better
better >> okay
>> okay qualification
when you secure a job let the employer
no visa the companies will look at your GitHub
GitHub
Do the labs, put them on the GitHub. I
did this. I did this. I did this. I did
this. I did this. These are my projects.
Do all of those things. Start blogging
on LinkedIn.
>> Yes, sir.
>> That's much better.
That's much better. Inshallah. Become QB
astronaut. become golden cubin at all
the labs you will find all the labs
everything is ready for you to consume
it's like Jenna you know like you don't
have to do any installation you don't
have to cook you don't have to do
anything and the food is there for you
consume it and we're telling you how to
eat it as well what commands you have to
run what do you have to do everything is
there why are you looking for hardship
passing CSSP is not worth it
>> sir uh for getting uh QBS to node uh uh
did I need to enroll again. Uh
>> as long as your membership is active,
you can
>> Yes, sir.
>> get the benefit from Al Razak Labs.
>> Sure. Okay,
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