Thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank you for having me, thank
you for having me, thank you for kind of having me, thank you so much, thank you for having me, it's been a year because we've stages, we've been ready for a few years, thank you for having me, how far could you have I have been, thank you guys so much, thank you with all of us for having me, thank you for having me, thank you for having me, thank you very much, thank you for having me, what a pleasure to have you in total, thank you for having me, thank you so much for having me, thank you for being with me, thank you for running me here, thank you for having me, thank you for having me, thank you for having me, thank you for having me , thank you for having me, thank you for having me, thank you for having me, thank you for having me I love you a lot, thank you, thank you for having me, thank you for having me , thank you, thank you for having me, thank you for having me, really, thank you
to be able to accomplish what we set up to do, and then put you in the blueprint and the automation and the very time that promises that you can find in it, and I would like to say.
Anyone there, where we take, actually the next step, we have the open solar party, the planets, so, first of all, who knows, open it, so, who knows, who knows, yes or yes, no, thank you, yes, okay.
So, the idea is, you know, due to the, all the time, due to the performance, the commercial level, the most important thing, that's the energy of blood boxes.
Who is really, I think that we'll all count and make sure that it can be the open solar system, build a primer faggie or commercial VES, and I work with what it is, as to do it, that provides commercial services to all the users.
And for that, you know, we have chosen this mature open source of education, and the testies that we're doing is very useful for the nearest participation.
And we gave it makes a top of great material for a cost infrastructure, our business, and it seems it's from now, we do, and we come to it here at any time, that's what we have for now.
So, since you know what I think that is, I'll give it back to you, set the transition platform.
I think that it's, to virtual machines, the one who will make this is the content.
I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I
think that's what I think that's what I think that's what I think that's what I think that's what I think of what I think that's what I think it's that's what I think that is what I think that it's what I think that's what I think that's what I think that's what I think that you think that's what I think that that's what I think that's what I think that's what I think it's that's what I think that's what I think that's then that's what I think that that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think that's what I think certain things that I think that's what I think that's what I think like that's what I think that's what I think that is what I think that's what I think that's what I think that's what I think that's what I think that's what I think that is what I think that's what I think that's when I think that's
It's not too complex, you can use acceleration parts or anything like that.
Just like high-end CPUs that are not too complex, nothing that you have over there.
You have to apply a very thin disk space.
And we deploy open Nebula and build it to just yourself.
One for the four.
And one for the other.
That's what it's going for to do.
The regular unit is a hardware integration.
So let's know what we're going to do.
And then all the rest of it is nobody's going to see that.
If all of our clients say it's like the place where you find the device, you know what it says, the notebook.
That's what it's just for.
Then you have something to do with the user.
And once you go for the performance, the reform for the simulation and then the orchestration platform.
So let's place it there.
And then we have a library of science, particular.
So you know, PCPU, you know what we're going to do.
And then at the end, overall, time to time is in the clock.
And then things will run straight.
And you can get some elevated teachers.
So the opening is very good.
And doing the functional engineering.
Yeah, but I don't really spend a lot of time.
I'm going to show you the performance.
So the first thing that I'm going to do is the.
Why we have the difference between what we lose.
That's good.
And it's our.
Are you real?
Yes.
We have.
I'll be over.
Yes.
You can see here.
The rate.
The virtual function.
For me.
For it.
Through the production.
So we have more.
And we can see.
And by having.
Different.
So we're trying to.
That's what bigger to.
And that's.
So it's.
They're.
So it.
But at the will.
Since.
Then remember.
Just.
And I'm.
In.
You just think.
It's.
everything.
So you take.
So that's.
And yeah.
You check.
So this.
So yeah.
So I think.
So it's.
And you might find this, well, it's the different,
if you know, if you can say out there,
there are data out for it, remember it,
and the virtualized capabilities on the firmware,
and you might have problems that you'll be able
to use the high-soluble field,
such a lot of you can be drivers on firmware,
again, you know, when you buy this in the firmware,
you can be very aligned, very close together,
and make sure that they do work well.
And the idea of hearing the case,
like nothing to say,
that you know, even managed out,
and then we don't be adding the latency,
and keep it to this gap,
so that it's something that it must be.
You look together,
second, I think you'll leave the,
we will leave the work done,
let's continue working,
and then we'll manage.
This is, we want to avoid.
We want to avoid that virtual city.
We want to avoid that one time,
that, that we, you know,
when you're using the virtualized CPUs,
and remember,
you could have,
on CPUs,
a one of the servers,
and one of the servers,
and one of the,
of the tricks, trying to use the memory,
also another one of the CPUs,
and that is,
we leave troublesome for a boardwork,
trying to be working,
to minimize the time,
we take the,
data point through from the CPU to the memory,
and to the mid-part.
So, you want to try to maintain,
it's very far ahead,
you can say that,
that really keeps you installed,
and then,
you know,
you avoid that,
and how you do,
to do much,
even across,
and the voice of the brain,
people,
lots of description.
So, number one,
before you know,
how far as morning a server that you meet,
and you know,
we need to make sure that,
you know,
you want to provide,
probably think about it,
just to everybody,
and the resources,
that,
and,
so,
that,
that the network do well,
and that's,
you know,
this is really cheap,
the server is so often,
it's nothing as,
like,
a good way to do,
and,
the third,
and,
because,
we did,
is that,
you see,
the time drop,
because,
we want to have,
one single,
master drop,
and,
we used,
it's,
it's a master drop,
and,
the lead part,
with the GPS antenna,
to ensure that the master drop,
for all,
for the whole deployment,
and,
the same,
drop,
drop synchronization,
make sure that we don't lose anything,
okay,
or we avoid,
you know,
people who need to avoid
and continue to continue to accomplish,
and,
to,
and,
or,
or we might,
or,
you know,
we don't want to have,
you know,
we don't want to have,
you know,
which I don't,
you know,
no,
You know,
I share,
because it's for,
you support this grace thing,
and then you won't end it.
this is for us.
you need help again,
and there will be,
you need help again,
you need help again.
they did. She's a hard work, giving one single function. We can use a stack of silver to
many functions. Not only fighting, we can do a variety of things, we can do analytics of
video on the same way. On the edge, you know, we can do some patching, some...some...some...some...some...some...some...some kind of
functions that are in services. So, you know, just using the infrastructure for whatever it is designed
for my own proprietary design. When the times, when these servers, we're trusting that
it goes down because of nine people going for that natural, whatever they're in, watching too much
and we were...some hours you can use that hardware to do something else. And this is really
a real, real, real, real excel. Open maybe there's some multi-tenant platform, maybe you can have
sign-offs of virtual data centers, e-siders and infrastructure in the same way, just not just that.
And then, for hosting for a multi-content, you think, we'll stay in this, you know,
all our progress last year where we had two separate operators in the same infrastructure. Each one
of them is a multi-tenant platform, and we're trying to be customers.
What is the good thing for automation of first device, the mission that the manager has to do,
has to be a specific way to work on this environment, the OS in the kernel. And then we have to make sure
that we have a little alive, and then we could be trying to talk about, you can be seeing how
thing that can play for TV, and now we have all that you can find in a real work site.
And in our marketplace, we have appliances too, because you can go away this open source,
so we can go in and deploy it, consider your own private safety network, get appliances,
and the marketplace, so this sequence is easy to catch, verify, start for, start run, and validate.
And the other safety, multi-tenant scene, for hosting, first of all, take away,
8.8 is mandatory for third of the greatest ability. You know, otherwise, they can see and
just go away from your communication, group needs makes the deployment real this way,
and we want to make sure that we don't have to go too weak to each edge note, and handle the plug,
we want to make sure that we have the same staff, with the same condition, with the same
specific patients, every time they get very useful, we're talking about this,
you know, if you're talking about an end work, you're going to have hundreds of thousands of
weeks here, but every time you have to go to the field, you can store, you can store with
no理 and ensure that it works. There's tools, like four minutes, I'll turn on the
design, is that a base of a pretty new system, and then you can make it with a
point out to make it the point of tools, you take over the hungry and the play it, and, you know,
you have everything has to be deterministic for it to work, especially from the telephone
network side. On the other side, you know, when you have five party services in the
perspective, you can do more efficient distribution of the loads, and you can, you know,
we can work, play it a bit with it, but we're talking about network, everything has to be
deterministic. So for us, with our mystic edge, most you can't see, but important, because you
want to make sure that you use your hardware, and out the best conditions, and we need to use
someone there, that being used for telecommunications, you're focused in, you know, this is important,
and as well as from a commercial point of view, that the telecommunications, that they
want to try to change their mindset from real-state companies to a unit that has a more
services to the telepoperators, right? I'm sorry, I don't know what you're saying,
but I'm really happy with that. I'm really happy with that. And then it's a piece for one operator,
not for my day, virtually some permanent where they can put. They're not great here, staff,
well, the seafood will be good. Plus, they can lose their body services,
seen the ends, which is very common, I use for it for example, and we must now since AI is
one of them, plus one, two of them, and then it's like the AI, and the difference is quite important.
Now, to say, we have some more thoughts this morning, I hope you're able to
attend them, who's not in a campfire battle by board news, and we've had to talk about them,
and to be very much.
Before we start with questions, can the next speaker, that would be an envelope,
and so, everything that we're seeing has been provided to, special is quite creative and
thus what in my mind will question this one and and that way, it would be an Tack for the
Okay, this is a little bit of a shame.
It's been a long time, you just see a great corner of the corner stand.
And it's been a long time.
I'm going to post it in the next place.
Yeah, I'm going to post it in the next place.
I'm going to post it in the next place.
Thank you.