Study about internet of things

1. Internet of Things
(IoT)

2. What is Internet of Things
The Internet of Things (IoT) is a computing concept that describes a future where everyday
physical objects will be connected to the Internet and be able to identify themselves to other
devices. We can say that IoT is a network of physical objects which embedded with
software, electronics, sensors and connectivity to enable it to achieve greater value and
services by exchanging data with the manufacturer, operator or connected with other
devices.
IoT is expected to offer advanced connectivity of devices, systems, and services that goes
beyond machine-to-machine communication and covers a variety of protocols, domains,
and applications

3. Applications of Internet of Things
Enviornmental Monitoring – There are several IoT medical devices, able to keep record of
remote health monitoring, blood pressure, heart rate, sugar and major changes in your body.
Transportation – IoT enables smart parking, smart traffic control, electronic toll collection
systems, vehicle control, logistic management and road safety assistance.
Medical Systems – You can get more accurate information of air quality, water quality, soil
conditions and atmospheric changes. IoT devices in this application typically span a large
geographic area and can also be mobile.

4. Applications of Internet of Things
Manufacturing – IoT enable rapid manufacturing of new products, real-time
optimization of product manufacturing, dynamic response of product demand.
Energy Management – With the help of IoT electronic appliances you can save energy
and reduce energy consumption in your home or office.
Infrastructure Management – Big projects of urban and rural infrastructures like
highways, bridges, railway tracks IoT can play an important role

5. Cyber security link to iot projects
IoT cyber security is a technology segment devoted to protecting linked devices and networks in
the Internet of things (IoT).
IoT entails connecting a system of interconnected computing devices, mechanical and digital
machinery, items, animals, and/or people to the Internet.

6. Why is IoT (Internet of Things) Security Required?
Securing IoT devices is difficult for a variety of reasons.
As manufacturers and innovators are pressed to release new products, security is frequently given
a lower priority than time-to-market metrics.
Many businesses are also unaware of the vulnerabilities that IoT presents and are frequently more
concerned with the cost savings and convenience that IoT provides.

7. Systems Security Certified Practitioner
SSCP certification demonstrates you have the advanced technical skills and knowledge to
implement, monitor and administer IT infrastructure using security best practices, policies
and procedures established by the cybersecurity experts

8. Fourth Industrial Revolution
Fourth Industrial Revolution or 4IR—is the next phase in the
digitization of the manufacturing sector, driven by disruptive trends
including the rise of data and connectivity, analytics, human-machine
interaction, and improvements in robotics.

9. Context
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10. Challenges deep-dive
Industry 1.0
Steam power &
Mechanisation of
production
This was the transition from
agrarian societies to
industrialized economies
powered by mechanization,
steam engines, and the rise
of factories in the late 18th
to early 19th centuries.
Industry 2.0
Electricity & Assembly line
production
The most important
inventions in the Second
Industrial Revolution include
the telegraph, the telephone,
the modern lightbulb, the
assembly line, the automobile,
aircraft, and the construction
of the transcontinental
railroad in the United States.
Industry 3.0
Digital Revolution
Beginning in the 1950s,
the third industrial
revolution brought
semiconductors,
mainframe computing,
personal computing, and
the Internet—the digital
revolution.

11. Industry
4.0
Cyber-Physical Systems,
Internet of things, Networks
● Digitalization and Connectivity
● Artificial Intelligence and
Machine Learning
● Advanced Robotics
● Additive Manufacturing (3D
Printing)
● Biotechnology and
Nanotechnology
● Renewable Energy and
Sustainable Technologies
● Big Data and Analytics
● Cybersecurity

12. Digitalization and Connectivity

13. Artificial Intelligence and Machine
Learning

14. Usage
Of
Robot
s

15. Additive Manufacturing (3D Printing)
3D printing or additive
manufacturing is the
construction of a three-
dimensional object from a
CAD model or a digital 3D
model. It can be done in a
variety of processes in which
material is deposited, joined
or solidified under computer
control, with material being
added together, typically layer
by layer

16. Biotechnology and Nanotechnology
Advances in these fields are
leading to breakthroughs in
medicine, materials science,
and energy production.

17. Big Data and Analytics
The massive amounts of data
generated by the
interconnected world are
harnessed through advanced
analytics to gain insights,
optimize processes, and make
informed decisions.

18. Big Data and Analytics
systems become connected
and data-driven, ensuring the
security of information and
systems becomes paramount.

19. Impact
One of the main effects of the
Fourth Industrial Revolution is
increased human productivity.
With technologies like AI and
automation augmenting our
professional lives, we're able to
make smart choices, faster than
ever before
max growth