The document provides an overview of edge computing, explaining its definition, origins, functionality, and various use cases. It highlights the benefits, such as improved data autonomy and security, while also discussing challenges like connectivity issues and the need for proper device management. Use cases include manufacturing, healthcare, transportation, and retail.

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Agenda

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Agenda
01 What is Edge Computing?

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Agenda
02 Origin of Edge
Computing
01 What is Edge Computing?

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Agenda
02 Origin of Edge
Computing
03 How does Edge Computing
Work?
01 What is Edge Computing?

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Agenda
02 Origin of Edge
Computing
03 How does Edge Computing
Work?
01 What is Edge Computing?
04 Edge Computing use cases and
examples

7. Copyright Intellipaat. All rights reserved.
Agenda
02 Origin of Edge
Computing
03 How does Edge Computing
Work?
01 What is Edge Computing?
04 Edge Computing use cases and
examples
05 Benefits and challenges of Edge
Computing

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What is Edge
Computing?

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What is Edge Computing?
As the name suggests, the client data is processed at the edge of the network as close as
possible. The computing of data is performed where it is generated.

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Origin of Edge
Computing

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Origin of Edge Computing

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How does Edge
Computing work?

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How does Edge Computing Work?
If you can't get the data closer to the data center, get
the data center closer to the data.
“
”

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How does Edge Computing Work?
If you can't get the data closer to the data center, get
the data center closer to the data.
“
”

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How does Edge Computing Work?
Edge computing puts storage and servers where the
data is, often requiring a partial rack of gear to
operate on the remote LAN to collect and process
the data locally.

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Edge Computing use
cases and examples

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Use cases and examples
Manufacturing

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Use cases and examples
Farming
Manufacturing

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Use cases and examples
Network
Optimization

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Use cases and examples
Improved
Healthcare
Network
Optimization

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Use cases and examples
Transportation

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Use cases and examples
Retail
Transportation

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Benefits and
Challenges

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Benefits of Edge Computing
Autonomy
• Ex - oil rigs, ships at
sea, remote farms,
rainforest or desert.
• Compute work on site
or using edge device.
• Reduced amount of
data to be sent.

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Benefits of Edge Computing
Autonomy
• Ex - oil rigs, ships at
sea, remote farms,
rainforest or desert.
• Compute work on site
or using edge device.
• Reduced amount of
data to be sent.
Data Sovereignty
• Long Data journey can
pose problems for
data security.
• Edge computing keeps
data close to its
source.
• securing any sensitive
data before sending.

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Benefits of Edge Computing
Autonomy
• Ex - oil rigs, ships at
sea, remote farms,
rainforest or desert.
• Compute work on site
or using edge device.
• Reduced amount of
data to be sent.
Data Sovereignty Edge Security
• Long Data journey can
pose problems for
data security.
• Edge computing keeps
data close to its
source.
• securing any sensitive
data before sending.
• Edge implement and
ensure data security.
• Safety and security of
data after leaving the
edge.
• Secured through
encryption, and can
be hardened against
hackers.

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Challenges of Edge Computing

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Challenges of Edge Computing
Limited Capability
Deploying an infrastructure
at the edge can be
effective, but the scope and
purpose of the edge
deployment must be clearly
defined

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Challenges of Edge Computing
Connectivity
It's critical to design an
edge deployment that
accommodates poor or
erratic connectivity and
consider what happens at
the edge when connectivity
is lost.

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Challenges of Edge Computing
Security
It's vital to design an edge
computing deployment
that will emphasize proper
device management. Edge
security isn't automatic
when building an edge site
from scratch.

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Challenges of Edge Computing
Data Lifecycle
The problem with today's
data glut is that so much of
that data is unnecessary.
Most of the data involved in
real-time analytics is short-
term data that isn't kept
over the long term.

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Companies using Edge computing

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