All right, welcome back, everyone.
This is interesting, and we just talked about the lab components and very interesting lab components,
and you might think there are so much of softwares.
Right.
And there are so much of operating systems.
So component system as well.
Right.
And I just have one laptop or one computer maybe.
How could I deplore all of them just in one computer or should I buy new servers or maybe buy some cloud
hosting as well?
Well, you don't have to do that, but we have a solution.
But before I want you to take it, do the exact solution.
I want you to understand the core component of how exactly came into the picture.
That's what it's all about.
Let's get it started.
OK, let me take some
Blackbaud, I would say and let's take some example.
In the early days in the Olav's, I would say.
OK, organization, if you talk about the companies, so they have employees,
pretty bad for human diagrams.
OK, so and they have to they they have to access the applications.
I'm talking about the situation before 2003.
So they have to there has to be services.
There has to be some cost.
And there was some customers.
Right.
There was supply chain.
Supply chain is an inventory, product delivery, all the stuff.
Right.
But is procurement and all the stuff and marketing says all the stuff was there already.
Right.
So for that there has to be some software to manage those, you know, items as well.
So some of the core software was ERP, which was enterprise resource planning.
This is still and very important tools.
If you know the SFP, Oracle, these are leading in through the ERP software.
Right.
And then we have CRM, which is says customer relationship management.
So let's consider three servers, for example.
OK, this organization has got maybe Acme Corporation has got three service.
OK.
And three said, OK, and of course, a hardware needs a technology, need hardware and software running
water.
Right.
So that software is nothing but the operating system.
You have got your next stop, then Windows running on it.
You have got your MacBook, which runs the, you know, Macintosh, the Mac OS on onto it.
And maybe you have got your maybe any of your phone, maybe it's your and your Android phone.
Maybe when you say Android phone, it could be any information could be LG, it could be one glass Samsung
and it runs the.
That's the hardware.
Right.
What's the software running on it.
That's Android.
If you talk about your I watched that you have your eye which is the what is the software always running
on it.
If you talk about your iPhone, that's the hard part.
What's wrong on the IRS?
That's the software similar to that.
Every technology that you talk about, that one thing is the hardware than the software runs or.
Right.
That software is the operating system.
Now, similar to this, of course, you know, this is the hardware.
And then we have a software running, my friend.
And the software is the operating system.
Right.
And then on the operating system, then you can install any sort of application.
Right.
So if I talk about your WhatsApp, right.
So your WhatsApp is just an app which sits on your operating system, maybe Android, maybe iOS or any
stuff.
Right.
And then you have your hardware, which could be your iPhone or maybe it's Amazon over the phone.
So I hope you get the idea.
If you talk about your WhatsApp, that's app which runs on the operating system, which is which sits
on your hardware, you're on your mobile phone.
Right.
Similar to this, if a server runs the CRM, do so.
In this case, this is the CRM CRM software that's runs on US operating system.
So let's let's take an example.
We have install of windows on it.
Right.
And this might be any hardware.
So any every hardware has got some resources.
Every hardware has got three important core resources, which is processor then we have which is memory
and then we have storage.
Right.
So we'll allocate some random resources.
Let's take an example that this has got four core processor.
For Gore, and then we have maybe four GB of her, and this is pretty much pretty old time, and then
we have 128 GB of storage.
This is running the operating system as windows, or which we have a CRM software, maybe any ABC company
software.
Right.
And then again, this is the second server, which is maybe a four code processor again.
Then we have four GB of the RAM and then one eight GB of storage, more or less.
And this is for let's imagine let's take here at our human resource for employee and everyone.
And this runs on, again, windows maybe let's say this is for ERP and this situation.
Let's say this the software works only only on Linux.
It could be a any distribution, maybe it may be Iraq dependent.
Linux has got to distribution.
It could be one distribution, Ghostwood, Ubuntu and all those platform.
Another one could be towards Sendai's rahad and all this stuff.
Right.
So we have a Linux operating system and then these store configuration is maybe let's it go the CPU
aid GB of RAM and then we have 256 GB of storage.
OK, so we have are very good.
Life is pretty good.
These all users can access any of this application.
At any moment of your time, they are pretty happy the company is working absolutely fine, company
revenue is also good, companies making really good in the business, revenue is pretty good.
But after, like two or three years, when it does observe that we have pretty good revenue, but we
we have an increasing expenses as well.
We have increasing expenses as well.
And this expenses.
So, I mean, it could be a meeting as well.
I mean, they might think, OK, is there any way to bring down this expenses?
And this is this wasn't really observe with one company.
This might have observed, but many organizations and that's where the technology expert researchers
came together and they understood.
Is that an easier solution?
But they need to understand where is the problem.
Right.
They they understood that the problem is arising because every hardware is dependent on its operating
system, because the software might be dependent on the operating system as well.
Right.
If you look at this ERP, this can only work on the Linux.
And of course, one hardware, it's attached to the one operating system.
That means this hardware one hardware can run only one orders at this moment.
This windows are attached to this hardware.
This means this windows can run run on one operating system, on one device.
What I mean to say is you can have your phone, you maybe have a Samsung phone, can you have Android
and any other maybe any other operating system, maybe iOS, which is not really possible.
But just to take an example, can you have two operating system running on the same hardware?
Practically?
It was it wasn't really possible on those days.
We still have some situation where we can do it, but that's exactly what I mean to see.
Can you have two operating system on one hardware that wasn't possible earlier?
That's what I mean to say.
If you use every operating system is attached to its hardware, that means you can have only one operating
system runs on a one hardware.
And that was the problem.
So now look at it very closely.
What is basically started happening was what basically started happening was let me give you an idea.
Let's take an example of p.g.
B.G. service, the pinkest service.
I'm an owner and I have a house.
OK, I have a house and I want to give it to somebody, I want to, you know, give it to somebody on
rent so I'll be giving it to somebody.
Maybe I can give it to only one person.
Right.
That's where I can have the agreement and all the stuff to be done.
That's pretty clear, right, that this one person is attached to one house at this moment of time.
And he does know.
Right.
Is that any solution wherein I can be a bit more smarter?
I can sometime I can think about become more smart or I can unmourned money, money as well, because
I have a huge house and I know I can I can I can give it to, you know, on rent, on not only up to
this much off rent.
And so I can think about making this house.
Bingo bingo service.
I can just run a big service, I can just run.
A sort of big service.
What's going to happen is in spite of having the same house, which is pretty large as well, let's
of course imagine this is a large house, I can have three rooms and do it right.
I can have three rooms in the same house.
So this time I can have it in spite of just one.
I can have three people.
So three person in the same house.
Isn't it really interesting?
And I can ask for the money accordingly.
Right.
I can have I can ask them the money accordingly.
What I used to charge like five hundred dollars maybe just example.
I can take maybe two hundred from each.
So this is good for me.
Right.
And two hundred, two hundred.
Two hundred from three becomes six hundred which was earlier 500.
Why this happened.
Exactly.
What I mean to say is, is this what you like.
Right.
Because of p.g service.
Exactly.
In the same situation what's going to happen is exactly the same situation when the researchers came
in with an idea of what allocation they seize, wanted to make the soft operating system a kind of abstraction,
a kind of independent or the hardware for that.
What would need to be done is we have one hardware.
Let's imagine we have one server, OK, one server.
In spite of having three servers, let's just have one server.
And that has a CPA of around maybe 16 core and then four GB or sorry, not 4G, 16 GB of RAM and fight
together, GB of storage.
I understand the problem.
First, the problem was basically every windows was atat, every operating system was attached to one
hardware.
The problem was that when the company revenue was increasing, everything was good.
But one thing was observed that after like three or four years, each of these components, each of
these servers wasn't really optimally used.
I mean, after three years, it was observed that only only 20 percent of resources were getting utilized
because memories and storage as well.
Even with the HRA as well, only 40 percent of the resources were getting used to rest, 60 percent
was sitting just idle without any use.
And even that works for ERP as well, where only only, you know, 30 percent were getting utilized.
The rest, all memory storage and calls were sitting idle.
That's the really serious issue in spite of, you know, from the operating system as well.
Right.
In spite of having the attachment of your OS to the hardware, there's a serious issue.
And that was the major issue as but because everything was not getting optimally use.
And in spite of that, just for all three use all three services, we have to allocate a different space
in the organization.
We have to allocate ingenius to manage the service as well.
So there was a huge operational expenditure involved for each one of them.
Right.
So the utilization solution say's in spite of buying three servers and running three service on it just
by one good server and then run and then run a war to laddish and then run a virtualization software
on it, or I would say a virtual addition service on it.
And then you don't you really have to forget and then Hargadine to forget about the operating system,
about this software, that means now we can have now you can have any operating system running on it,
any number of operating system running on it, as long as you have the enough resources.
So what's going to happen is you have a you have complete 14 cores so you can allocate for GBE for course
or here and then for cores or here for course over here.
And then you have 16 Jubran.
So you can have Fauji Behram or here for Jibran or here for to be around and and accordingly you can
have 128 and 64 then 64 GB of space.
What the solution is about is you will be optimally use it and every time you all these areas are completely
gone, what is the another solution is you can run any sort of operating system.
So first you can have windows, next one you can have Linux on another one you can again have a Windows.
So C, you still have one hardware, but this time you can run three different operating system.
That means two different software on.
It isn't really cool, isn't it, really solving the problem and that's what it is.
The virtualization alone have solved such a huge problem that whatever you see, you know, as far as
Strawn's transformation of any any digital network or the growing or tremendous number of applications
online and how effectively organizations are handling and in entire applications and their enterprise
digital strategy as well, it's all because of regulation.
And I hope you got the idea.
If you have any question about this, you can catch me in the Q&A as well.
Thank you.