Great.
So the Niko you are starters out?
Yes.
Sure, one second.
OK.
Yeah.
Do you see my presentation?
Yes, I can.
OK, great.
I'll start off.
Good evening everyone.
My name is Tye McCombs.
I will be presenting on the evolution of big data and how
industry leaders leverage big data effectively.
The title of my presentation is Giants use of big data.
How big is big data?
Big data refers to the size, complexity, and manageability of
data.
Organizations have found value and effectively processing and
actioning data that is on the premise or in the cloud.
This data empowers their decision making by providing
data driven evidence and patterns.
Data patterns of what's most valuable because they allow them
to analyze information and make informed decisions about the
following market trends, customer behavior, operations,
supply chain optimization, product development and
innovation, risk management and security, financial performance
and resource allocation.
Data analytics is the process of transforming raw data into
actionable, insightful information.
This helps identify the data patterns and trends that we
previously spoke about from these patterns, we were able to
summarize that data grows in multiple ways.
Volume of data which is referred to as data at rest.
Velocity of data speaks to data in motion.
Variety of data refers to data that comes in many forms, but
Rosie of data is concerned with the data that has some doubt
called data in doubt.
The veracity of data reveals with flags or uncertainties in
data, such as inconsistencies, incompleteness and deception.
Big data is a collection of data patterns and trends that are
monitored to better predict market growth.
The application of big data will vary depending on the industry
and specific needs of each company.
Big data refers to the analysis of large and varied datasets,
large or small collections of data, which are the data sets
that when combined and stored, exceed the capacity of
traditional database tools.
It involves handling, processing and extracting valuable insights
from structured and unstructured data.
That traditional spreadsheets software cannot accommodate the
rise of big data in 2022 has been fueled by technological
advancements that enable the collection, storage and analysis
of vast amounts of data.
The following are the three main phases of big data that were
primarily driven by technological advancements in
the 1970s.
Began the big data phase, one that had originated from
database management systems, which are considered structured
content.
In the early 2000s began phase two that involved more data from
web analytics defined as unstructured content.
In 2011, began phase three mobile and sensor based content,
which contains data that is generated by mobile technology
and devices.
The big data journey began in 1801 by inventor Joseph Marie
Jacquard.
He became he paved the way for digital data with the invention
of the manual punch cards.
This led to the invention of the first data processing
application in 1890 by inventor Herman Hollerith.
He laid the valve foundation of representing data digitally
digitally by processing and storing it mechanically.
Further technological advancements led to the
invention of the first commercial computer, the UNIVAC,
in 1950.
That stored up to one KB KB of debt data in the 1970s, mobile
phones were developed.
A fun fact, the first mobile phone call was made in 1973 by
Martin Cooper, an engineer at Motorola.
Currently, he is 95 years old and yes, he is still living as
we currently move into 1990s, we were becoming more technical.
Savvy.
Does anyone recall the use of cassettes?
They store 200 kilobytes to 1.5 megabytes of data, and we're
used to store audio and business.
This error introduced relational databases and data warehouses in
the 2000s.
Web applications and added to the tremendous amounts of data
already being stored.
This view of the big data revolution for the use of Hadoop
and distributed computing.
And distributed computing data has continued to grow mainly due
to the following reasons.
Increased Internet and mobile device uses usage expansion of
Internet of Things.
Growth of cloud computing.
I'm sure we all are familiar with these four industry
leaders.
Their effective use of big data has boosted their investor
confidence and overall company value due to a consistent
competitive edge and a high potential for growth.
The daily collection of data for these companies are as follows.
Amazon processes 160 umm at a byte of data per day.
Per day, Netflix process is 2.5 kilobytes of data per day.
Walmart processes 40 petabytes of data per day and Google
Process is 278 petabytes per month.
Couldn't find a daily amount for that.
This is a direct result of a diverse consumer presence that
increases the potential for a diverse data pool of data pool
of data.
Diversity is one of the main factors driving the evolution of
big data technologies and solutions.
The impact that big data has on these companies, data,
analytical firms and overall data generation data generation
trends has been a major influence and the economy,
investment decisions and market dynamics.
Amazon is a multinational technology company that focuses
on ecommerce, cloud computing, online advertising, digital
streaming and artificial intelligence.
Data is collected using the following customer purchase
history, browsing behavior, search queries, product reviews,
seller data, logistics information, social media
sentiment, Voice Assistant interactions, and Internet of
Things device data.
Netflix is very is a very humble company that describes
themselves as an American subscription video on demand
over the top streaming service.
They're growing.
Subscriber base has provided data from the following content.
Do your history ratings search queries?
Device information.
Social media sentiment, demographics, viewing completion
rates, eye tracking data.
Walmart is an American multinational retail corporation
and operates a chain of hypermarkets and stores.
This conglomerate started using data analytics analytics in the
1970s for inventory management and basic analytics.
They are well known.
A well known industry leader in retail analytics, using big data
to improve customer experience and increase sales.
They use various technologies to produce real time data.
They optimize the following data, say sales data, social
media trends, weather patterns that is used to help their truck
drivers reroute to avoid weather conditions that would hinder on
time delivery, location data.
Customer demographics, supply chain information and store
sensor.
Customer sentiment from social media and review this industry
giant also offers a Walmart data cafe.
It is the world's largest private cloud that offers
company employees access data quickly to access data quickly
and easily, enabling them to make data driven decisions on
demand by anet analyzing big data.
Walmart has optimized supply chain management, improved
product availability and provide personalized recommendations to
customers.
Walmart is known as one of the giant leaders of leveraging Big
Data and staying competitive in today's market.
Yeah.
Google is an American multinational technology company
focusing on artificial intelligence, online
advertising, search engine technology, cloud computing,
computer software, quantum computing, ecommerce and
consumer electronics.
Plainly said, Google is Google the the acquired.
They acquire data via the following search queries,
browsing history, location data, app usage, email content, voice
commands, YouTube viewing activity, wearable device data,
smart home device data.
Jaya, corporations thrive on data.
We are the driving source of big data.
Our human factors are which shape the responsible use and
beneficial effects of future data.
Here are some human factors that drive how big data is used by
industry giants ethical considerations.
Accessibility and skills gaps explain ability and intro and
and interprets and and interpret ability can't get that word out.
Sorry, it's a gration with human intelligence technological
advancements.
Our diverse our diversity fuels the use of using big data
effectively.
With this knowledge, diverse companies leverage big data to
gain a competitive edge in multiple markets.
Giant corporations will continue to use big data to analyze and
predict our patterns, which shape the data patterns needed
to generate big data.
Thank you for your time and that's the end of my
presentation tonight.
Wait, good job.
Good job.
That is a big topic.
Believe me, I've done a lot of papers on this.
Yes, it was very interesting.
Umm yeah, but I get.
I guess I get tired of, you know, if I'm searching something
on the Internet then then I get all these ads from Google.
Uh.
Even you know Amazon and Walmart, because I usually go
there for if I need certain things.
But it's like, wow.
Yeah, it's a lot.
It was a lot of information to try to make make it to a
Yeah.
presentation, but it was interesting.
It was very interesting.
It is very interesting.
I learned a lot.
Yes, very good, Ty.
Umm anybody have questions for Thai?
Everyone's quiet.
Yeah.
OK.
Well, I guess we'll go to our next speaker or presenter and
that is Brenden Faust.
Are you ready, Brenden?
I am.
Can you hear me?
Yes, I can.
Wonderful.
Let me this going.
Oops, not that one.
I was like that background.
With this little thank you, is this the?
Is it sharing the right screen or is it not?
It's sharing both the right there.
That right there, that one good.
That was perfect.
OK.
Yes, yes.
Alrighty. Well, I guess I'll get started on this.
Sounds good.
Hello everyone.
My name is Brenden Faust and I'm going to be presenting on the
evolution of hacking.
I'm just gonna kind of give you guys a brief history of what had
happened and how it's evolved, and also, I'm just gonna kind of
give you a brief introduction of what's going on today.
And so in the term, hacking has been kind of coined as a
negative connotation, and society has looked at it as
hacking as a malicious act and hackers as themselves as digital
thieves.
That will steal and let loose any malware into businesses.
But however, back in the day, hackers were not really seen as
villains.
They were seen as in society as technological enthusiasts that
wanted to be able to tinker, customize and automize how
technology is used.
I technology is just constantly evolving it and many are very,
very curious about how technology is still functions.
But in the end of the day, malicious intent through hacking
and basically the public would be seen, would see hacking as a
villain act.
So I'm gonna be going over.
And freaking and the Stuxnet worm.
And what we see today from malware, ransomware, phishing,
Deloss attacks and stuff like that, but where we're gonna
start is on freaking freaking is one of the most influential
hacking, quote, unquote, hacking parts that we see at different
companies.
And the government would see technology as a tool.
That was able to be exploited.
The term freaking is comes from the words phone free and freak.
Freaking is the fraudulent manipulation of a telephone
signal that allows the user to make free phone calls.
It had began in the 60s where certain whistles would be able
to replicate the 2600 megahertz pitch that we're able to be used
to route different phone signals.
Joe and Gracia or Joy Bubbles was the first to achieve this by
manipulating his own whistle to the perfect pitch.
After Joe and Gracie had discovered this, his friend John
Draper was able to win the captain Crunch seal the prize.
That you find at the bottom of the box and he was able to admit
that same 2600 megahertz pitch and he was then labeled as
Captain Crunch in the next slide.
I'm going to show you how Joe and Gracia was able to
manipulate his the phone lines with his whistle.
Is there any sound?
How is there no sound?
No sound.
Ohh, hold on.
You might have to go back out and then click on that audio
button.
Yeah, it's still going hold on.
Yeah.
Hold on.
I guess.
Make their calls.
How about now?
In the days when calls went through, the operators cool
Yes, yes.
alright.
Don't freaking wasn't possible, but as humans, switchboards were
replaced by mechanical systems.
Different noises were used to trigger the switches.
If you had perfect pets like blind phone, free Joe Engressia,
you could whistle calls through the network.
Let's see if I make at this time.
This is really hard to do.
It sounded like all the tones were present, so it tone should
be ringing about now.
OK.
And hit the phone, it just takes a little while even showed off
his skills for the local media from his one phone to a town in
Illinois and back to his other phone 1000 mile phone call by
Whistling Joe Engressia said.
And that's just basically him showing off.
That he's able to manipulate the phone lines.
I thought it was very interesting as he was after
practicing multi multiple times he finally got it down to a
science where he was able to get his phone calls out.
Pretty independently, so as freaking would continue to gain
notoriety, many people would try to replicate this process.
So instead of trying to get their own whistles from the
Captain Crunch box or anything like that, they would get create
blue boxes that were able to manipulate the phone lines that
that 2600 megahertz sound.
The practice would become very common in universities and even
Apple itself would make their blue boxes before they had
created their own computer or the Macintosh.
The International Youth Parties leader, Abby Hoffman, would be
very interested in this practice as she saw this as a means to
resist the monopoly that AT&T or American telephone
and Telegraph had on phone calls and by the end of the 1970s
eighteen T would have projected that they lost around $30
million per year due to freaking in 1983, they were able to
create phone lines with CIS or common channel inner interoffice
signaling, which would separate the signal from the voice line.
Yeah, I I found it.
Kind of interesting on how AT&T had a major response to
this issue as it had become nationwide in America and in
turn this would completely end freaking.
But personal computers and modems would start coming into
as a commonplace for different households, and freakers would
transition into hacking as the new age of hacking would come
around.
Many college campuses, laboratories and workplaces
started to obtain computers, and different hackers would test the
cyber security of many, like military installations and
businesses.
This is a most notable is that MIT Tech Model Railroad club
they would actually hack their, quote, unquote, hack their
trains to modify their functions, either like go faster
or anything like that.
They would then move from toy trains over to computers as they
found this more fascinating to innovate, explore and expand any
tasks that they had on the computers.
One of the most notable achievements was from Dennis
Ritchie and Keith Thompson as they were the first to create
the Unix operating system from hacking.
As they guess as computers would develop in the 80s and 90s, a
new phase of hacking from the government and businesses and
hackers alike, there would be major attacks that would start
to occur.
Ransomware worms and self replicating malware would be
invented.
These exploits would be used to siphon from banks, commit credit
card fraud and deface websites.
One of the most notable incidents that had occurred was
the deployment of the Morris worm, which was able to
replicate itself so aggressively that over 6000 computers in
government facilities and universities would bring down
the early iteration of the Internet itself.
It was very impactful for the government and just everywhere
in general, you can kind of see that it was a floppy disk that
was able to transfer all of the data onto the computer and just
spread like wildfire.
Next up is the four fourteens Morris and the four Fourteens
would start a new wave, just national concern of hacking as
the four fourteens were a group of teenagers that just wanted to
see what was possible with the computer and see how far they
could take it.
How what they could do, they were able to impact and the just
the Internet in general as they were able to attack with minimal
equipment and Intel and attack many high profile networks, they
Yeah.
just opened the eyes of the public to see that a group of
teens is able to do this.
We need to be able to shore up our security.
They were able to hit high profile places like the Los
Alamos National Laboratory, Security, Pacific National Bank
and the Sloan Kettering Cancer Center.
They all had something in common that it was like their osses as
it was, the digital equipment corporations, VMS and RSTS E
operating systems.
This was just a basic business format so that they were able
to, uh, save data for different like patients, different banking
systems and such.
And after that with the user manual on hand and just
administrative oversight, they were just able to use default
passwords to get in as an admin through the Dec manufacturer
guides to log in to their timeshares.
This just kind of shows the importance of how management and
network security has evolved from to protect sensitive
information.
The attack didn't really have any financial damage, as the
four fourteens did not attack maliciously.
Rather, they just wanted to see how far they could go.
The most damage is that they did do, however, was around $1500 as
the some of the critical banking information from Sloan Kettering
was deleted, but they just didn't want to attack
maliciously.
They just I wanted to see how far and moving off for that
we're gonna be kind of going towards the 2000 tens kind of
where the Stuxnet worm was starting to become prominent and
we kind of see just the different techniques that were
used from phishing around somewhere, social engineering,
malware and viruses as they would progress in their
techniques and see where we are today.
The Stuxnet worm was a powerful computer worm that was able to
disable key parts of the Iranian nuclear program.
It was supposedly created by the US and Israeli intelligence, and
the worm would unexpectedly spread from the Iranian nuclear
program to different computer systems outside of it.
And the Stuxnet worm was a zero day exploit and a zero day
exploit is an attack vector that will take advantage of
unaddressed or unknown security flaws that are in a computer
system.
Hardware, firmware or software and today there is only been a
Is it?
recorded 7327 zero day vulnerabilities that have been
used since 1988.
It's just such a low number.
Not many vulnerabilities like this.
There's very common today, as we constantly are being updated on
both Windows, Apple and such.
Well, first I.
I'm with the Stuxnet worm.
It was a 500 KB worm that would be executed by plugging in a
USB.
The worm would first analyze and target Windows networks and the
computer systems.
After infiltrating, it would replicate itself and progress
through the Simons Step 7 software, as the worm would gain
access to the industrial program logic controllers.
The worms creator would be able to gain access to the
information that they were a building and then also the
creator would be able to operate the machinery, thus sending the
Iranian nuclear program down and sending them back around 14
years.
So after that, we're just gonna go off.
Into what attacks we see usually today, social engineering,
excess attacks, SQL injections, ransomware attacks and many,
many more.
These attacks, even from 2010, have changed in both their
techniques and philosophy as hardware.
Software has changed drastically with technology as it is today.
Hackers were able to adapt to all these changes and the most.
These are kind of like the most common attacks that I you have
seen to this day.
So going into our first attack is social engineering.
Social engineering is one of the most easier methods as it relies
on human error to tie in with this.
It's usually phishing and tailgating.
Phishing is those funny little emails that some employees will
get stating like I'll need your username and password for such
and such application and they usually will hit them with a
time crunch or something to manipulate their emotions to
keep them to send information and to give them.
Access to different parts of the company and usually ransomware
will be LinkedIn with a lot of this as they will be able to
receive access to this information and they would bring
in an added step of locking the information to receive some sort
of payment for the information to not be released or to gain
access back into this information.
Next up we have the XSS attacks.
It's a type of injection attack that will inject malicious code
by using a browser side script.
The perpetrator will usually discover a website that will be
able to have script injections.
Then he will be able to inject the website with most just code
and when someone decides to visit the website the script is
activated giving the visitors information over to the attacker
to the attacker.
Get this and there was actually a recent attack on counter
strike two.
I played that a lot back in December of last year.
The I'm gonna show you another video.
Just kind of explaining what was going on in Counterstrike.
It's not very professional video.
I found it off of one of my Youtubers that I usually kind of
watch, but he does a very good job on going over the different
parts of how the attack occurred and how easy it was for the
perpetrator to gain information on their attackers. Umm.
What up, everybody?
I regret to inform you that CS is not safe to play right now.
I was browsing YouTube earlier and I got this recommended to me
counter strike to XSS exploit IP capturer.
This is a video demonstrating the current xsplit.
That's in CS2 right now.
The individual in the video literally just calls a vote and
has his name as some HTML code, and this enables him to grab the
IP's from people in the server.
He's using a PHP script posing as an image and I am told there
are far worse things that you can do with this exploit than
just capture people's IPS.
People in the comments seem to think that it was already sent a
valve like a week ago, but I'd imagine as soon as Valve know
about this, this should be top priority.
Various people have messaged me on discord about it.
You can pretty much do anything you can do on a website with it.
So for example, download an executable and people are
starting to wrap CS2 community servers again, so be careful
there, he told me.
The best bet is to keep your antivirus on and pray if you get
something along these lines, you know to avoid the server and
this is just an example image of the antivirus picking up quite
clearly a download from a map in community servers and if you
didn't trust your own eyes and other people messaging me on
discord, you should probably trust this guy.
100% is excess.
I would not play.
I would not play CS right now.
You are 100% vulnerable to this until they fix it.
Do not play that game right now and that is coming from a
security expert.
I've been a hacker for 20 years.
This is incredibly easy to pull off.
It's incredibly easy and you you don't want this.
The fact that this is now spreading very rapidly and
people know how to do it, that's a serious one.
It's very easy to pull off.
Yeah, script Kitty level. Easy.
Very simple.
Yeah, they should turn the game off until they fix this
legitimately.
This video isn't going to have any fancy editing or anything
like that.
I wanted to go and I'm just going to cut off there because
he just kind of goes on and on about how not to play on CS go
and such.
But lastly, we're just gonna get into SQL injections.
It's another injection technique that is able to gain on
authorized access to a web application, a database by
adding a string of malicious code to the database query.
So he will just find the website that is able to have an SQL
driven injection possible, then they will be able to validate
and command it and execute inside of the database to get
access to different records.
Uh, and possibly give him administrator privileges within
that website database.
Uh, but other than that, that's just gonna be what I have for
you today.
I was just wondering if you guys had any questions or anything
that I have come across I can possibly answer, but yeah,
that's about it.
Good job.
I like that and from good information.
Thank you.
Umm yeah, especially by some of the history of hacking.
Cause yeah, I've been researching that myself,
Yeah, it's very interesting.
although I don't really wanna be.
You know a hacker cause to me.
It's some, you know it.
Yeah, I don't know.
I just feel like guilty.
Yeah, yeah, I got you.
If I if I did any hacking, I'll be feeling guilty all the time
and that's not.
I can't live like that, so I don't even try it.
Yeah.
No, I got you.
I did not finish my CHFC EH?
Yeah.
I'm going for penetration plus through.
Umm.
What you call it?
Uh, wow.
Pen tester.
Can't think of the word.
Yeah, CompTIA.
Thank you.
Uh-huh.
That's OK.
Yeah, but yeah.
Yep, sounds good.
Anybody have questions for Brendan?
No, no questions.
Well, everyone's quiet.
Don't worry, I won't call on you unless I you're on the list.
OK now.
Let's see, we have the next person on the list.
Is the jeongsoo.
It I hope I'm not killing your name. Jeongsoo.
Yes, jeongsoo that that's that's good, yes.
OK, I was trying.
I was trying to remember how things sound like cause uh, I
have a Chinese name, so I understand.
OK.
But how long is your talk?
It's gonna be like 10-12 minute.
Cannot be longer.
A little bit longer than 10, yeah.
OK, the reason I'm asking is Joseph Brady is after you and he
still in his seminar class.
Umm.
So he said he'll be coming after he finished.
Uh, he's currently in the in a seminar.
OK.
And let's see, I would not be able to join the meeting for a
presentation to after 8 central.
Yeah.
So it has to be.
You have to hang in there till 8.
Do you think can do that?
Still, until eight, that's going to be until 9.
Ohh, that's until nine.
You are on Eastern Standard Time.
OK. Yeah.
OK, OK.
So go ahead and we're ready for you.
The Internet of Things, that's a big topic.
OK.
So that should be a, you know, good information there.
Hopefully.
Thank you Brenden though OK.
We need help John too.
So dancing.
Hello.
I'm sorry, I'm here.
Uh.
It's still here trying to figure out what's working, sorry.
Uh, OK.
Cause then.
Basically you have it on uh, slide show.
Umm yeah.
OK.
So right here.
Yeah.
Because then if you hit share in the teams.
I don't know if you're able to see you now.
Not yet.
OK.
Keep permission.
It starts firing OK.
You have alright.
Nothing.
I'm just going to share the entire screen here.
Are you able to see it now?
Yes, not yet.
God. OK.
OneDrive.
I'll, I'll try to do it from OneDrive.
Is it working now?
Uh, yes, I see Internet of Things.
OK, that's good.
OK.
I'll start with it now.
OK.
Thank you.
OK.
Hello everyone.
My name is Jeongsoo Park.
I would like to talk about the Internet of Things today.
IT I chose this topic because I thought this is an interesting
topic for me and honestly for myself to be more familiar with
it, but at the same time I'm conducting this class to let you
know what the IT is and to let you know how things work.
You know your tea.
Agenda first thing I would like to talk about is what is the IoT
and how does it work?
Then we will talk about the real world applications of the IT
benefits and challenges of the IT a brief history of IT and
lastly about the future of the IT.
These are the references that I use.
What is the IT in a short sentence IT is a network of
physical devices embedded with sensors, software and Internet
connectivity, allowing them to collect data, communicate and
interact with each other and the surrounding environment.
IT is connecting devices in your room to a network and enable
those devices to send and receive data.
There are devices just like smart watches, thermostats and
light bulbs that has sensors that became smart devices.
This the important thing with this effect is that IoT made
things possible for automation deficiency and innovation.
For example, you can think about your coffee maker brewing as you
approach, or your light justing automatically based on the time
of the day.
Uh, that is the part of the Lt where physical objects transcend
their traditional functions and become part of a larger
intelligent network.
So just like I said in the last slide, there are sensors
embedded in each device that detects temperature, motion, or
location.
These devices are connect to the Internet through wireless
functions.
Then the data will be sent to cloud platform.
Lastly, those are, uh communicated back to devices or
user users for desired actions.
There are different types of real world applications.
Applications of the IT.
The IT is transforming industries, optimizing cities
and even revolutionizing healthcare.
I think about the factories with self repairing machines.
Cities that are just traffic lights based on real time data
and personalized healthcare tailored to your, you know,
tailored to your unique needs.
So let's talk more about it in specific.
First one is the smart phones.
A smart homes.
Smart devices relates to each other and can be accessed
through one central point, just like automated lighting,
temperature control, and security systems.
This can be controlled with a smart phone, tablet or laptop.
Second example is a wearable technology such as the smart
watches and smart rings.
Those those have health data tracker functions also helps
improving smartphones connectivity.
Connect the city.
This is also known as smart cities.
Is a city that works like a giant smartphone, so it is like
putting sensors, networks and smart systems to make everything
run smoother.
From traffic lights to garbage cans in Barcelona, Spain, they
have implemented.
They they have, they have, OK.
Get they have implemented smart systems for wasting waste
They are.
management and energy efficiency and citizen participation.
Ohh wait.
Thank you.
You should see it's like.
There is also an article stating that Barcelona is one of the
world's leading smart cities.
This city has Beijing BICING and know what they pronounce it that
way, but it's different.
UM, which is the personas?
Extensive bike sharing system to reduce power usage and smooth
transportation.
Sensitized parking, there are sensors that detect available
parking spaces in real time.
This allows people to save time from driving around, searching
for spots, and another thing is the intelligent St lighting.
Uh, which is St lights that adjust their brightness based on
pedestrian presence.
This saves energy and enhances security.
The last one I have here on the slide, the industrial IoT, uh,
where we talk about the industrial, the supplies to
industries like manufacturing, energy, transportation.
Umm, if that's true, but the industrial IO T has devices and
machines connect to the Internet to collect and share data.
For example, manufacturer quality control has cameras and
and sensors embedded in.
In production lines continuously inspect products, ensuring
consistent quality and identifying these defects early
in the process.
So the smart watches and thermostats are familiar.
Examples.
There are some indentures.
Uh to have to try connecting things like deodorant dispensers
and pet theaters to the Internet.
I thought this was pretty interesting too.
The OT has lots of benefits, but at the same time it has
challenges since it is a new technology.
If you use the IT we can get the benefit just like reducing cost
from automation, improved productivity and business
opportunities.
But at the same time, it has challenges, just like security
vulnerabilities, previous concerns, data ownership issues
and social inequality.
This means as the technology grows, we need security measures
cleared, data privacy regulations and ethical
considerations to ensure this technology benefit.
Everyone equally and responsibly.
OK, surprisingly, the history of the IoT starts from 1970s
nineteen, our between 1970s and 1990s.
The idea of interconnected devices emerges with
technologies like in various systems and or fighting types
from 1990s through 2000, devices start connecting to the
Internet, paving the way for remote monitoring and control
the Internet of Things sounds like a new technology, but the
term, first coined in 1999 by computer scientist Kevin Ashton
while he was working at uh Procter and Gamble, he proposed
putting radiofrequency identification if ID chips on
products to uh, track, track them through a supply chain.
Between 2000 and 2010, the Web Connectivity Awakens smaller,
cheaper sensors enabled wider adoption of IO T devices and
starting from 2000, tens and until present cloud platforms,
uh provide storage processing power and uh analytics for IoT
data unlocking new uh possibilities.
The IT has, uh come a long way like this, making our life our
lives more convenient.
Efficient in even safer.
Uh, then let's see how it's going to be in the future.
The IT is continuing to grow.
We see that the number of connected IT devices is
estimated to reach 225.4 billion by 2030, impacting almost every
aspect of our lives.
There are also some unexpected applications like smart farming.
It is like putting sensors on the equipment to monitor
everything from soil, soil moisture to livestock health to
optimize resources and increasing yields.
For example, of smart farming, there are self self driving.
Tractors and drone surveillance.
And we expect that advancement in artificial intelligence or
edge computing and 5G will enhance connectivity and
automation just like I said in the last slide, ethical
considerations and responsible development is very important
when we talk about the IT now.
So concluding this three learning learning about IT has
opened that opened up my eyes to the potential of technology to
improve our lives.
But it's also raised important questions about privacy,
security and inequality as students in the IT field, let's
work together to ensure that IT develops in a way that benefits
everyone and safeguard our bodies.
Thank you for attending this brief.
Any questions here?
Good job, good job.
Thank you.
Yeah, it's a really broad topic.
So yeah, what?
It is really.
They used this in a movie.
I don't know how you know.
They were just faking it, probably because I don't think
technology was there yet, that one movie.
Umm, something about the earth.
And it was, you know.
Umm, they're growing crops and then they sent people off to
find a better planet.
To, you know, grow crops cause then the earth was not being
able to produce crowds.
Forget what?
That movie was called hmm.
I don't think you're.
I don't know, but yeah, when I think of it.
But yeah, that's probably be too late.
But yeah, I like watching these, you know, sci-fi type movies.
Ohh Enoc said it was interstellar.
So let's say it's interest that.
There, it's probably.
It's the one because I I did watch that one more than once.
Hmm.
Michael saying the office space printer?
Maybe, maybe.
Uh-huh.
We are satisfact to the future, you know?
Ohk on baby.
Or any questions?
Do we have any questions?
Sorry about that.
So I guess no questions. UM.
Michael saying that.
Who was saying that?
Ohh, here is responding to someone else's.
Information.
OK, so let's go on then.
Thank you so much for presenting.
I appreciate that.
Thank you.
And be the stuff sharing here now.
OK, you can stop sharing.
Hey, Joseph, are you're here?
Joseph Brady.
He was in our chat so.
Someone say he is so.
It's your turn for your presentation.
All right.
Hmm, I saw a man.
Our chat, but I don't see him in our list.
Uh, what?
I do that for.
Chat. Hmm.
Yeah, we'll just wait a little while.
Sorry about that.
If you need to go, you can go, but I'll wait for him.
So he can present.
When I talk about movies with UM hackers, Brandon the hacker
movie, the one with the young kids.
The one with the young kids.
Ohh like the the fourteens.
It's just called hackers.
Yeah, it's just called hackers.
Ohh yeah yeah yeah.
It's a really, you know.
You know, they they say, oh, this has almost speed and this.
And I was like, no, that's not it's, you know, it's not fast
anymore.
Yeah, it it.
And they I forget that they actually did an actual movie for
the four fourteens they were.
Or the day.
Yeah, they did.
Shoot.
What was the name called?
Hmm, I'll be interested in that one.
Let me.
Yeah, let me look it up real quick because I can't quite
remember what it was called.
Sorry, I had my mic on.
We're we're taking.
Uh wait, zone 414.
That was their movie.
What's it called again?
Zone 414.
OK, let me write this down so.
Yeah.
Or maybe is it that?
No, no, sorry.
The 4:14 this Jamie just the 414.
So I looked up a different one.
Ohh.
Yeah, you got it.
Umm, cool.
Yeah.
Although I'm interested in the topic, but I don't want to do
it.
Yeah.
Yeah, yeah.
Yeah, well, I remember my class, my teach.
My instructor was telling us to go to a parking lot and, you
know, grab as many packets.
You know that you can.
So I went.
I did that and I felt so guilty about it.
I was like ohh I can't.
I can't.
I can't, you know.
No, I I get it.
Yeah, it I always.
I found it, so I find just the art of, I guess hacking in
general to be just really interesting.
So I just kind of I'm kind of branched off to that.
Yeah. No.
Yeah, it is interesting, but it's just some something, not
something that I could, you know, survive doing myself.
Yeah, it's very ethically challenging, yeah.
I like playing at it.
Yeah, I like playing at it because then there was some UMA
program long time ago it was just called Hacker and it gave
you.
Well, it doesn't give you any instructions.
Basically you try to hack through some systems, but and if
you, you know got any word then they'll tell you if you got in
or not.
But you you can tell by getting into the things, but I didn't do
that very long because I felt guilty again.
So I was like, I think I'm done with that.
No, I get it.
Yeah.
Yeah, for sure.
Yeah.
I think that someone said that Joe's back.
Ohh so Joes here.
Yes, yes, I'm here.
Yeah.
I'm here finally.
I'm sorry.
Well, we were waiting on a little while, so I was gonna.
My my professor, my professor was playing like 30 minutes of
videos in a in a 45 minute seminar.
Ohh no.
Ohh not good.
What class was this for?
I'm in the IT consulting class right now.
At the same time, so it it, the seminar runs concurrently with
Ah.
the master class presentations though.
Yes, I know.
Yep, I know that.
So no, I I appreciate you letting me know that you were
gonna come anyway.
And so we just waited a few minutes.
Not too long, less than five.
OK.
So we were just talking about hacking and, you know, Internet
Uh, OK, I'm.
things.
Yep, things like that.
OK, so your turn.
I'm sorry that I missed everybody else's presentations.
Well, you can always, you know, listen to the video or watch.
Watch the recording if you like.
Yeah, I probably will.
Some some of the topics looked pretty interesting tonight, so.
Umm, it's very interesting. Yeah.
Alright, I I've got my screen up.
Can you guys see it?
OK.
Yes, I do.
OK.
Alright, let me go ahead and get my recording started on this
end.
So I can save this for later.
Start.
Alright, good evening, ladies and gentlemen.
Today I will be exploring one of the most fascinating frontiers
in modern medicine and technology.
Bionic limbs from ancient civilizations.
Rudimentary attempts to replicate lost limbs.
Ohh sorry, my teleprompter got ahead of me there.
Ohh, for mentioned civilizations, rudimentary
attempts to replicate lost limbs to the cutting edge,
advancements of the 21st century, the evolution of
prosthetic technology has been nothing short of remarkable.
Imagine a world where artificial limbs not only restore function,
but also offer capabilities beyond the human bodies, natural
limits, a world where amputees can run, grasp, and even feel
with prosthetic limbs that seamlessly integrate into their
lives.
Today we delve into the realm of bionic limbs, where science
fiction becomes reality and where the boundaries of human
potential are continually redefined.
In this presentation, we'll go over a brief history of
prosthetics.
Uh discuss how bionic limbs function.
I've got a short video to show you a introducing the symphonic
ability hand, which is one of the most advanced prosthetics on
the market.
Uh.
Then I'll go into some future developments that could enhance
the functionality of this limb and follow that up with a brief
conclusion and uh, time for questions.
Uh, I chose this topic because it's very near and dear to me.
Being in the military, I've met a lot of people who have lost
limbs and are unable to perform jobs that they enjoy or other or
other functions that they enjoy.
Uh, so I I felt like this was a good topic to explore that.
So As for the history of prosthetics, ancient
prosthetics, including toe replacements from Egypt, date
back to between 2600 and 3400 years ago.
Early prosthetics like the Cairo toe were functional, while
others like the gravel.
Uh, I'm sorry.
Yeah.
Grevel Chester toe.
We're likely cosmetic Roman prosthetic advancements such as
the Capua leg made of bronze and wood date back to 300 BC.
The Middle Ages saw the use of wooden limbs by nights, while
the 16th century introduced functional prosthetics by
Ambrosia Perry.
The American Civil War 1860s led to a surge in prosthetic
innovation with patient, with patents like the hanger limb
introducing rubber for comfort.
By the late 19th century, for instance, Switzerland developed
more functional limbs using gears and springs.
World War One spurred prosthetic manufacturing.
Making advanced devices accessible to more people, the
20th century brought plastics and other modern materials to
prosthetic design, improving functionality and accessibility.
Current research, supported by NIH, focuses on integrating
robotics, AI, motion sensing, tech and prosthetics for natural
movement initiatives like the limb loss Prevention
Preservation Registry aimed to track prosthetic usage.
Uh aim to track prosthetic usage.
Sorry, Teleprompter got ahead of me.
For improved care.
So how do bionic limbs function bionics function by sending and
receiving electronic signals to and from muscles and nerves
utilizing sensors technology such as electromyography, or EMG
sensors, detect electronic or electrical signals generated by
muscles in the residual limb.
By measuring muscle activity, EMG sensors can translate the
users intended movements into commands for the prosthetic
device.
This can either be implanted within the muscle, notice
intramuscular EMG, or on the surface of the muscle surface
EMG SMG.
Other technologies such as inertial measurement units or
Imus include technologies like you find in your smartphone,
such as gyroscopes, accelerometers, and sometimes
magnetometers, which can measure the orientation, acceleration,
and rotational motion of a prosthetic limb.
I am used provide real time data to the limbs position and
movement, aiding and balance stability and gesture
recognition.
4 sensors measure the amount of force applied to the prosthetic
limb, enabling feedback on grip strength and object
manipulation.
These sensors can detect changes in pressure and adjust the
prosthetic script accordingly to prevent damage and improve
dexterity.
Tactile sensors detect contact and pressure on the surface of
the prosthetic limb or fingertips.
They provide sensory feedback to the user, allowing them to
perceive and objects texture, hardness, and temperature,
enhancing their ability to interact with their environment.
These are commonly referred to as haptics and are similar in
nature to the functions of a video game controller, providing
real time feedback to the user.
Pressure sensors are embedded within the socket or interface
of bionic prosthetic limbs to detect pressure distribution and
contact points with the residual limb.
They help optimize socket fit, prevent discomfort or skin
breakdown, and improve overall comfort and usability of the
prosthetic device.
These sensors work in tandem with microprocessors, actuators
and control algorithms to create bionic limbs capable of adaptive
natural movement and sensory feedback significantly enhancing
the users mobility, functionality and quality of
life.
Now I have a brief video showcasing this Ionic ability
hand and the amazing capabilities it can provide to
the user and enjoy Fiona defining the future of
prosthetics might sound like this stuff.
Can everybody hear this?
Deputies can now buy a bionic hand created by a U of I
alumnus, a better bionic hand for a bargain.
I think so, yes.
But that doesn't begin to describe just how cool this
thing is.
This a bionic hand that can move just like a real one and feels
like a real one too.
It's hoping to touch lives of those who may not otherwise be
able to afford this type of technology now.
I'm a dealer and I built a bionic hand company.
We call it symphonic, we build advanced bionic limbs that are
affordable and accessible for everyone.
The whole thing started when I was seven years old.
My parents are from Pakistan and I was visiting and that's the
first time I met someone with a limb difference.
She was my age, living in poverty, missing her right leg
and using a broken tree branches the crotch.
That's when spired me want to go into this field and develop
these advanced bionic limbs that would be affordable and
accessible to others around the entire world in the summer of
2014, as it was doing my PhD, we got the chance of a lifetime to
go down to Quito, Ecuador and work with a patient in Juan
Tsukiyo who lost his left hand 35 years prior due to a border
war between Ecuador and Peru.
You have to imagine the prototype of the ability hand at
that time was three times the size of a normal human hand, had
wires going everywhere plugged into the breadboards, plugged
into power supplies, plugging into the wall Despite that, one
said in front of international news stations that a part of him
had come back, he was able to make a pinch for the first time
in 35 years, and that's when we realized if we want everyone to
feel the exact same way that wanted, the only way we could do
that was to commercialize our technology and.
That's once Ionic was born back in the US, we met retired U.S.
Army Sergeant Garrett Anderson, we used a hook on a daily basis.
This is technology that hasn't changed since the Civil War era
of the United States.
We believe that our veterans deserve better, and so we
upgraded Garrett to the 21st century.
Now he has superhuman abilities, can rotate his wrist in 360
degrees.
It can even charge his phone from his arm, but what we built
was just a prototype.
We needed to make a prosthetic hand that would survive whatever
life through you.
Tina wants to be able to feed her granddaughter.
Garrett wants to be able to do work out in his yard.
Cody wants to return back to the farm.
This requires a hand that is robust to impact that can feel
that's water resistant, and it's also lightweight and very
strong.
And we built the ability hand to be just that to give users the
best experience.
We develop the ability hand to be the fastest bionic hand in
the world.
It closes faster than the blink of an eye.
It's also the first to give users touch feedback, so when
Sergeant Anderson holds his daughter's hand, he can actually
feel it.
And so over the last 6 to 7 years, we've gone through eight
different prototypes and field, tested all of them.
And I'm so excited to show you the next generation of the
ability hand.
And here it is, the brand new ability.
You can control it with your muscles, but it also has
Bluetooth on it, so there's an app for it on both Android and
iOS, and so all five fingers flex and extend from the thumb
rotates as well, and you can do different grips with it.
So here's a key grip.
Or if you want to give someone a thumbs up, you can do individual
finger moving.
So here's a precision pinch.
You can do a tripod grass.
You're at a rock concert.
You cannot rock on.
You can also do individual finger pointing and yes you can
point with other fingers to the fingers are made out of a
flexible silicone and rubber so they can take a beating.
It's also made of lightweight carbon fiber to make it super
light and super strong.
It's USB C rechargeable, so the same way you plug in your phone,
you can plug in your arm.
In fact, you can charge your phone from your arm as well.
A superhuman ability we like to give our users in the index
finger of the pinky and the thumb.
We have touch sensors that relate to a vibration motor
that's in the socket, so our users know when they've grabbed
an object.
How hard they've grabbed an object and when they've let go
of it.
The best part though is it's actually covered by Medicare in
the US, We have expanded access to advanced bionic limbs from
10% of people who could afford it to 75% of the US population.
This technology is no longer a prototype.
In fact, you won't even believe what you'll be able to do with
this ability.
Hand what?
You're going to be seeing us do.
We are redefining what it means to be human for so many
individuals across the US and across the world.
Come join our bionic revolution.
Bionics.
Bionics are redefining.
Sorry about that.
I guess I didn't have the trigger set right there.
Next slide.
Alright, so did everybody enjoy that video?
That's amazing.
Yeah, it's it's remarkable technology.
I'd.
I'd love to, you know, go to work for that company or
something because it it's it's amazing what they're what
Yeah.
they're doing.
And you know all the people that can benefit from it.
Wow.
Yes, definitely.
I like the idea that he said that no matter if you're, you
know, rich or poor, you'll get actually be able to get it.
Right.
And you know, they didn't really talk.
Because I'm on the port side. Mm-hmm.
Yeah.
They didn't talk about it too much in the video, but if you
No.
noticed there was a gentleman picking up an egg shell.
I know that was really cool.
He was.
He was blindfolded and the there's a lot more videos.
Those egg shells are actually empty.
Oh wow.
There's nothing in that egg, so it's extremely fragile, but
Ohh very wow.
because of because of the touch sensors that are in those
fingertips and and the feedback that they get in their in their
Ah.
residual limb, they can actually pick up that egg shell without
cracking it.
Wow.
Yeah, it's it's truly remarkable.
Alright, carrying on so Next up we're gonna discuss a couple of
the future developments that could enhance this technology.
Uh.
Potential future in enhancements to bionic limb replacements
include technology such as voice commands utilizing technologies
such as voice recognition and even integration of artificial
intelligence.
A direct neural interface is also on the horizon, which would
allow the prosthesis to communicate directly with the
users central nervous system.
Enhanced sensory feedback, which would allow the user to perceive
temperature, texture and the limbs position and movement
relative to the body would shine.
Learning can enhance the functionality of the prosthetic
over time, enabling the device to learn from the wearers
behavior and movement.
Additional advancements to energy harvesting technologies
could reduce or potentially eliminate the need to charge the
prosthetic limb as the user's movement could be harnessed to
generate power for the device.
Alright.
And finally, our conclusion, so just to review what I've
discussed today, the evolution of bionic limbs is truly
fascinating.
Blending ancient wisdom with cutting edge technology and each
prosthetic limb tells a compelling story of courage and
resilience.
We're witnessing a constant evolution and prosthetics
technology, and companies like psionic are leading the charge,
redefining solutions for amputees.
Sionics work isn't just about providing prosthetic options.
It's about empowering individuals who have lost a
limb, restoring the confidence and opening a world of
possibilities by producing affordable bionic limbs and
making them accessible to more people who have lost an
appendage.
Salonika is changing the status quo of prosthetics.
Bionic limbs are more than just tools.
They're symbols of empowerment, pushing the boundaries of human
capability and showcasing the incredible resilience of the
human spirit.
This journey reminds us of the power of human determination and
innovation, inspiring us to continue pushing the limits of
what we can achieve.
Do we have any questions?
Tinika.
I didn't have a question, I just wanted to say that was an
amazing presentation.
It was.
It was very interesting.
I I love my son is thinking of going to school for bionics.
So we've been reading over a few things, artificial intelligence,
trying to figure out what he would like to do and your
presentation tonight was right on course with that, I will
definitely be showing him this presentation when it's
available.
OK, well I have a recommendation for you.
Thank you.
So, have you ever heard of hacks Smith on YouTube?
Yes, I have.
So they recently released a video where they got ahold of
one of these psionic ability hands, and they actually made a
special version for a young kid who had lost his his arm.
And I strongly recommend you go check it out.
It's really cool day.
Basically turned it into.
Something straight out of a comic book.
That's cool.
I we were me and my son were looking at it also a company in
California that creates the bionic.
Umm, what was it?
It wasn't a arm.
It was a it was it.
But it was just like it just it just imitated skin where you
could feel the and it was just so cool.
Umm, so it's just a very interesting subject.
I thank you.
Yeah, I know.
There's a couple companies that are working on, uh, a bionic
skin that can.
You know, let kind of eat, you know, something you would see in
a Star Trek or Star Wars movie where where the hairs on the
Yeah.
skin raise up when it's cold, something crazy like that.
Yeah.
So it's it's definitely interesting.
Yeah, it was so cool to see, but yeah.
Alright, anybody else?
All right, no further questions.
I'll go ahead and show my final slide here, which is just the
references resourced here.
There is a link on here if anybody wants to take note of it
for the Shahaub YouTube channel, they've got a lot more videos
that you can check out if you're interested in this topic and
I'll leave you with that.
Cool.
Good job.
Good job, everyone stood.
Uh did a good job on their presentations today. Wonderful.
Officiated.
All right.
Well, I hope everybody has a good night.
Sorry to keep you guys waiting while I was in that other class.
You too.
Ohh no, that that was fine and there's no other questions, so
Alright.
you're free to go.
Thank you for coming to our meeting.
Alright, have a good night.
Hold on everyone. Goodnight.
I'm good night.
Thank you, Joe.
No problem.
That was nice.
Unlike your last screen, you know where they shaking their
hand with a bionic arm.
Yeah, that that was actually one that I found through PowerPoint.
It was a, you know you can search online pictures on there
Owa.
Mm-hmm. Umm.
and and you can limit it to just the Creative Commons pictures.
Yes, yes.
Umm, I just search.
Uh, prosthetic, and that came up.
Ohh.
And I'm like that is the perfect picture for the for the in
Wow, that is good.
slide.
Yeah, I like that one because it kind of reminded me of this old
program that I, you know, I used to watch long time ago.
The Bionic man, then later on the woman.
Yeah, that.
That's why I I I actually named the presentation on that one.
Umm cool.
I was wondering about that.
Yeah, definitely.
I I was discussing it with with Marjorie a little bit and and I
Uh.
I had like 3 different.
Subject Lines or or titles that I was gonna try and she voted
Uh-huh.
for the Bionic man.
Ohh yeah, why aren't men is good?
Yeah, cause then the spin in the process.
Yeah.
I've been watching some different videos on on that so I
didn't know that they actually had a company that was so close
to, you know, getting it for people.
Well, there, there's, there's actually several companies right
Especially uh.
Valley separate. Ohh.
now this.
This was just one that I chose to focus on because this one is
Mm-hmm.
the only one that, like they said in the video, they can
actually feel things they have, they they have, they have that,
Yeah, I like that idea.
the pressure sensors and the haptic feedback.
Uh-huh.
That allows the person wearing the limb to actually feel what
Hmm.
they're touching.
Ah, do they have for fee?
I don't believe they've worked on that yet.
I'm sure they're developing something because the this this
Ohh I hope so.
company is really amazing and you know something they didn't
really mention was, uh, like, you know, most computers it is
a.
It is.
It's a computer, so it has to receive updates, right?
Umm.
You know, as they find bugs in the code or anything like that
or they wanna push new features, they have to push updates.
But.
So it actually updates itself through the app on your
smartphone.
Ohh wow.
So so the app will download the firmware for the device and then
Health, hopefully.
push it and then push it via Bluetooth.
Umm.
So hopefully they do that at night when they're sleeping.
Yeah.
Well, well, well.
The device is charging.
Yeah.
What the device is charging?
That would be nice, yeah.
I I'm sure you.
I'm sure you can set your off hours or something in the app.
Uh.
I I don't know how how detailed it is.
Well, I was wondering because since I am diabetic and it's a
real thing, when you know you'll lose your toes or lose your limb
or something.
Because I had a friend, not a friend.
A well, a friend of mine has a brother and he lost a, you know,
one leg and then they wanted to chop off the other leg to save
his life.
But he didn't want that to happen.
So he didn't do it and he died.
Oh, that's a that's a shame.
It I know.
So I was thinking if they had something, you know, for the
toes and you know, legs and stuff, that would be, he would
probably, you know benefit from that but yeah.
Well, see, I I I have a feeling that legs and toes wouldn't be
quite as advanced as the arm just because, I mean, you don't
Mm-hmm.
Which should be easier to do, yeah.
often feel things, right?
You you don't, you don't often do a whole lot of touching
things with your toes.
You know what I mean?
Well, in order to walk, you have to.
Yeah.
You have to feel your feet.
Right, right, right.
So you kind of have to know.
And and the big like, if you lose a big toe, that's that's a
major contributor to your balance.
Yeah, yeah.
Uh, so so having something like that, that would provide a
sensory feedback in your foot would be.
Yeah, I've been practicing on balancing without my toe.
My big toe just in case because you never know when that might
Yeah, they'll keep.
happen.
Keep an eye on your sugar, because, I mean, that's one of
I am.
the major contributors to diabetic amputation.
Yeah, I know.
It's so that's, you know, one thing I'm worried about
sometimes.
Yeah, here's to hoping they've at someday come out with a a
permanent treatment for diabetes.
Yeah, well, big, you know, with the pharmaceutical companies, I
don't think that will happen because they're getting, if you
Yeah, my.
think about the how much money they get from.
Prescribing all these meds to diabetics, it's awful.
Right.
I told my doctor because he want me to go on.
Insulin and I said no, I will not.
I I'm just.
I I'm glad that they finally capped the price of insulin for
insulin dependent diabetics because it was getting
Yes.
Mm-hmm.
ridiculous.
Well, it's very bad because when they start not taking their
insulin because they can't afford it.
Well, that was actually the case with my.
I had a foster sister growing up and she got married to this,
Ah.
this guy.
They had a couple kids and he was at work one day and uh, I I
Ah.
don't know if it was that he couldn't really afford his
medication or if he just forgot to refill it.
So he had one of those pumps.
Ohh.
The the ones that that it wasn't really one that that measured
your glucose, but it was just like a a pump that you could
push a button on and it triggers umm.
Oh, I see.
I see. Uh-huh.
And so he sat down at work on on his lunch break and fell asleep.
Ohh no, not good.
Never woke up.
Yeah, it's.
So he didn't get any insulin, apparently.
Pretty much.
Yeah, that's that's what they're that's what they were thinking.
Hmm.
Yeah, sounds like he was.
What type?
One diabetes, maybe?
Ohh yes, insulin dependent, yeah.
Yeah, they cause type.
One is the bad one.
Right.
Type ones insulin dependent type 2 is uh dietary regulation.
Umm.
Yeah.
Cool.
Well, that's interesting.
But yeah, it'd be interesting to see what else they can come up
That would be.
with, because I mean, they, they they just really release this,
this arm technology a couple years ago.
Uh-huh.
And like you said, a foot or or a toy or a a leg would probably
be a little bit simpler because there's not as much.
Umm.
Yeah, it's it's just about walking and feeling your feet
Articulation.
when you walk because then you can't just walk anywhere because
you know you have their safety concerns.
Yeah.
Uh, the frontline?
But you know, there's one.
There's one thing that uh, bionic toe or bionic foot would
could do without and and I'm just throwing this out there.
But.
You know that that feeling when you stub your toe on the corner
Oh yeah, yeah, I've had that happen.
of a bed post or something like that.
Yeah.
Yeah, you don't really want to feel that, but.
Right.
They they they could block that, that, that sensation.
Nobody wants that.
That one right, right.
Yeah, but I'm just thinking, like, you know, if you you
you're trying to, you know, do things and you know, you have to
walk, you know, take your dog for a walk or something, you
know, you can't just walk without feeling or I don't think
that you could.
Yeah, I I mean I I think that the main, the main thing for for
I don't know.
I just can't imagine it. Yeah.
the leg and the foot is a balance that's that's the main
Yes, the balance, that's the part I'm worried about.
topic there.
Yeah.
Umm, definitely.
That's what I'm practicing without my big toe and balance
without it.
But you know you it's easy.
Just say I can practice, but that's mean it's gonna happen.
I mean, you know it.
Do I really, you know, can balance without it?
I don't think so.
I mean, because they take more than, you know, certain muscles
on your fit foot, you know, when they do that.
Yeah.
And I I think normally they I think normally when they
So I don't know.
amputate that portion of the foot, they would actually cut it
back by the metatarsals.
Yeah, I know.
And so I was thinking, well, I think I want more of my foot
there than that than not because then anyway.
It's like yucky.
Alright, I don't want to keep you till.
OK, well, I'm gonna.
But thank you for answering all.
I'm gonna go do some planner tasks.
Yeah.
Thank you for presentation and answer my questions.
So alright.
Alright, alright.
Have a good night.
In a.
Right.
Uh, do you gonna second Sharlene since uh.
Yes, I saw your note, Michael.
Got it.
So I received an email from Marjorie stating that it seemed
Ohh.
that uh she that she just I moved over to the server
department.
I believe you're in charge of that one.
Yes.
Well, with Eric. Uh-huh.
So.
Gotcha.
So how do we go about that process?
Since she recommended that to me on a the 14th.
On the 14th, I would who's your?
And you know what?
What department are you in now?
Uh, uh cloud slash IT support.
OK, so I would suggest talking to the manager in your
department because they would have to change it.
Change it over.
Got it.
So I think that's, I don't know.
So she sent the email to me and Jun Shao and she CC Margaret
Medina.
I'm guessing that she's the manager of my department.
Maybe.
Yeah.
So yeah, cause then Jung is the mentor in the department.
Gotcha. OK.
He's helping out.
So UMI would definitely see see them and also Marjorie.
So you know everyone can be on the same page and then because
then you have to get Marcia and Marjorie involved as well.
But I think that's when Margaret comes in and says to Marcia or
No. So.
Marjorie and have you, you know, change over.
So Marjorie is the one who directly sent me the email
saying, hey, I suggest you do this so.
Right now, does she give you steps to do or just say you
should be in cyber?
Share her email says Hi Michael, this seems fine.
I can just share my screen so you can see it actually.
Oh, OK, sure, sure.
OK.
Do you?
It's coming, OK.
Let's see if.
He will need so.
Field called trading.
Then I disappointing cloud.
OK, what did you tell?
Marjorie, before I mean.
Ohh well basically I'm really you know.
Come to you.
SEC plus certified.
I'm trying to do a job called maritime cyber warfare in the
Navy and it's just basically, you know, Yep.
Uh-huh.
And I already bought the.
They were gonna give me the voucher for try Hackney, but
Uh.
everybody bought the already have a subscription to EC
Council.
Should paid you know, a good bit of money for already?
So I said, hey, can I use that and they give me the OK.
Yeah.
Oh, I see.
See and see are you in the army.
Navy man.
The Navy.
OK.
Sorry, sorry.
Uh, do they?
Uh.
You a a free access to certain sites like.
Let's see who I I remember talking to someone and he had
free sites to go on.
I'm oh, oh, you dummy.
You to me?
Yes, yes.
Oh, you to me?
Uh-huh.
Uh, huh.
They give us like a yearly batch or something on the lines of
that.
Ohh well that's nice.
So you can do those as well.
So uh, that'd be good.
We could certainly get you into that as well, and then?
Uh work on your EC Council things.
Yeah, I mean that's that's well over 100 hours of working that
thing.
So and that is my smart goals to get that Cert knocked out.
Yeah, I know.
Definitely takes a little while, yeah.
Yeah, but I guess the other thing is that we talked week one
about me being involved in the disaster recovery project and I
haven't heard much about that yet.
Yes.
Ohh OK, because they had a really short meeting.
Uh, I didn't get to attend myself because by the time I got
there because I was with another intern talking about things and
when I got finished with him, then I tried to find the meeting
and there were already done with the meeting.
But there is a recording.
Umm, let me share my screen with you.
OK.
Then I can uh show you where to go.
Ohh sorry this is the other thing.
Thank you.
I need goal here.
Uh.
Oh, not that one.
We go to our teams.
Uh icon here?
Then we go all the way down to.
See where was it?
Huh.
I guess not cyber.
Uh.
Let's see if there's more Charles.
Ohh, maybe it's further down than we look some more.
Sorry about that.
No worries.
They keep moving things.
I was like, where did they put it?
Yeah, I've noticed.
Ohh right here.
It's very unforgiving.
You click the wrong thing Microsoft Teams.
Yes.
So you go to the meeting side here.
They should have the videos here.
Nope, I don't see it.
It is under generals files.
Well, those are documents.
OK, no.
Yeah, I see that I'm added.
All.
I'm in soft dev.
That's that's a problem.
I I think I'm in the wrong spot.
Sorry about that.
Yeah.
So I see I got added to the meeting.
Now that's gonna be on A at 10:00 AM on 3rd.
Well, 10:00 AM on Thursdays.
My time, I guess that's 8:00 PM Wednesdays your time.
Oh wow, where are you?
So I'm in Japan.
Ohh, you're in Japan.
No wonder.
Ohh what?
It's supposed to be up in the screen area here, but I can't
seem to see it, so maybe go down to meetings again.
Yeah.
Huh.
Maybe it's within the comments.
But uh.
Ah, here it is.
This is the one.
19 minutes.
OK so.
No, that's not the right 1117 this.
We're looking for 250 two 14214.
You know, they just did.
I clicked on the calendar.
I opened up the meeting.
I hit view recap and they have the recap right on there.
Oh.
Ohh perfect.
Then let me look and see if I can find mine.
Yeah.
So if you go to the calendar.
Uh-huh.
This one.
Right. Yep.
Click on it.
Uh, down a little bit down I think.
You have been a.
What should I do?
Let me check real quick.
I don't know.
I don't have.
I don't see my recap thing.
So I clicked on the meeting.
Uh.
When I mean I just clicked on the meeting, then review recap
popped up.
It was like I it showed like.
Ohh.
Maybe you click at the top of it.
Yeah, there it is.
I think maybe.
Uh, this one?
There isn't, have it has the.
This is the link for the meeting and then chat with participants.
They don't, really.
Huh.
Uh, let me see one.
Maybe I'll ask them for a new one.
I don't know.
I mean I can show you on my side, but it looks like if you
would like.
Oh yeah, sure.
Let me let me stop sharing.
I'll stop sharing.
Right.
Alright, go ahead and share your screen.
So I can see what you see.
All right.
Can you see the Maya now?
Yeah.
I click here then it says view recap.
Ohh.
Hmm.
Huh.
I'll have to look for that one.
OK, but uh.
That view anyway, OK.
Alright.
Yeah, that's that's all the questions.
I thank you very much for your time, ma'am.
Ohh no problem Michael anytime.
Alright, thank you.
Have a good night.
Yeah.
Goodnight too.
Anybody else have questions?
Since you guys are still here.