Edge computing is poised to lead a technological transformation by processing data and applications at the edge of networks rather than sending all data to the cloud. It allows data to be processed locally at its source or nearby devices for faster insights. Edge computing is functionally used across sectors like energy, healthcare, retail, finance, education, and manufacturing where low-latency insights are important. However, edge computing also presents some strategic problems around delay times, bandwidth limitations, security risks, and communication challenges that need to be addressed.

1. &
aNumak
Company
EDGE
COMPUTING
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2. 1
INTELLIGENT TECHNOLOGY OF
THE FUTURE EDGE COMPUTING
E
dge Computing is poised to
lead a massive technological
transformation in objects and
machine learning with its high data
capacity and a large domain for
information technology.
This technological development is
seen as structuring that everyone
will take to their lives in every field
in the future.
Especially in today’s technology,
where 5G technology has become
widespread, we will have the
opportunity to get to know and
experience this concept closely.
So, what is this Edge Computing
technology, which is shown as an
indispensable part of intelligent
applications, and how does it
function ?
EDGE COMPUTING
This system, accepted as a
computing framework, takes its
place as the architect of
information technology by
ensuring that the data it receives
from users is collected on the
cloud and distributed to the
nearest devices.
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3. 2
HOW DOES IT WORK AND
WHERE IS IT AVAILABLE ?
Edge Computing distributes the
power from the center to the
endpoints that process data,
applications and allows the
allocated parts to stay that way.
Contrary to the long times offered
by the cloud process involved in
the distribution of data,
Edge computing enables the data
to be processed in the edge
system of the network by
generating information in the data
source or its immediate vicinity as
soon as possible.
If we take a look at the usage
areas of this technology; It comes
to the fore in sectors that require
cameras, sensors, production line
machines, cars, and industrial
equipment.
In addition, Edge Computing
reduces any latency while also
reducing costs and improving
return on investment.
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4. 3
CONSIDERING THIS
INFORMATION, IN WHICH
SECTORS IS THE EDGE
COMPUTING SYSTEM
FUNCTIONALLY USED ?
Energy Sector
It is used in various energy
producing industries to reduce
power loss and make energy
equipment reliable and efficient.
Health Sector
Healthcare providers strive to
provide high–quality and
affordable healthcare in the most
convenient locations for their
patients.
To achieve this, they try to offer
high–level opportunities for patient
follow–up, medical devices, patient
records, and operating rooms with
Edge Computing technology.
Retail Industry
Retailers use smart mirrors
equipped with augmented reality
to deliver an enhanced experience
and attract customers to their
physical stores.
This way, customers can compare
garments without wearing them to
find complementary pieces.
Finance Sector
In today’s technology, where the
internet and digital transformation
are accelerating, industry
companies that want to increase
customer experience with more
innovative ATM and digital
payment options also provide data
that can be used to reduce risks
and make better decisions with this
Edge Computing technology.
Education Sector
Thanks to the digital transformation
and educational institutions that
tend to a more connected
environment between students and
educators, there is a radical
transformation in the sector.
As an application that enriches the
classroom experience, modernizes
administrative systems, and closes
the gaps in student-centered
education, edge computing
continues to lead the education
sector towards the forefront of
digital transformation.
Industry Sector (Chemistry)
This technology, which makes
predictions by accurately a
nalyzing devices and sensors,
motor characteristics, vibrations,
and other variables in the
production area, takes its place in
this sector as today’s most popular
technology that helps companies
reduce error times with these data.
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5. 4
No matter what industry you’re
in, such as energy, transportation,
healthcare, and education,
Edge Computing technology will
significantly impact your business.
Edge Computing helps you
manage and analyze all
generated data at a higher
speed, along with the reduced
load on internet networks that
transmit large amounts of data.
At this point, “Gartner estimates
that 75% of data will be
processed outside of the traditional
data center or cloud by 2025.
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6. 5 anumak.com
0
7.74
2019
2019 2020 2021 2022 2023 2024 2025
2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030
8.74
10.04
11.57
13.15
14.76
16.44 18.15
19.91
21.72
23.57
25.44
5
10
15
20
25
30
EDGE COMPUTING AND IOT
EDGE COMPUTING AND 5G
Number of Internet of Things (IOT) connected devices worldwide from 2019 - 2030 (in Billions)
Additional Information
Worldwide 2019 to 2020
Source
Transforma Insights
Statista 2021
c
0
5
10
15
20
25
0.71
2.56
5.4
8.75
13.31
18.64
23.95
Market
size
in
billion
U.S
dollars

7. 6 anumak.com
Edge computing helps you unlock
the potential of massive amounts
of data generated and unused by
connected devices.
As a result, you can unlock new
business opportunities, increase
operational efficiency, and provide
faster, more reliable, and consistent
experiences for your customers.
However, the risks of this system,
which brings with it the difficulties
that may be encountered, should
not be ignored.
STRATEGIC PROBLEMS THAT MAY OCCUR WITH EDGE COMPUTING
Delay
times
Bandwidth
limitations
Network
security risks
Communica-
tion
problems in
managment
At this point, necessary precautions
should be taken for these
substances without causing such
gaps.
In this way, we can accelerate
digital transformation with a
more efficient technological
infrastructure.