The document discusses the Internet of Things (IoT). It begins with an overview of how IoT originated and developed from early computer networks created by the US government. IoT combines sensors, connectivity between devices, and interactions between people and processes to create smart applications. Examples of IoT applications include environmental monitoring, industrial uses, and smart metering. The document also discusses challenges and opportunities with IoT, such as governments increasing spending on IoT solutions and the development of cloud-based and public-private IoT projects.

1. Presented by :
Vigneshwar K

2.  Introduction Overview
 The Internet Of Things
 Application of IOT
 Challenges And Barriers In IOT
 Feature Of IOT
 Introduction Overview
 The Internet Of Things
 Application of IOT
 Challenges And Barriers In IOT
 Feature Of IOT

4. 1. STARTED IN 1960 for US GOVERNMENT FOR THE
COMMUNICATION.
2. THE US WANTED TO CONNECT THEIR SYSTEMS
IN A VERY RELIABLE NET THAT COULDNOT BE
AFFECTED BY WAR.
3. LATER,THIS WAS DEVELOPED FURTHER & NOW
WE HAVE A BIG COMPUTER NETWORK ALL OVER
THE WORLD.
1. STARTED IN 1960 for US GOVERNMENT FOR THE
COMMUNICATION.
2. THE US WANTED TO CONNECT THEIR SYSTEMS
IN A VERY RELIABLE NET THAT COULDNOT BE
AFFECTED BY WAR.
3. LATER,THIS WAS DEVELOPED FURTHER & NOW
WE HAVE A BIG COMPUTER NETWORK ALL OVER
THE WORLD.

5. 1. The term “Internet of Things” was coined
by British entrepreneur Kevin Ashton in
1999.
2. Typically, IoT is expected to offer advanced
connectivity of devices machine-to-machine
communications (M2M) .
3. These devices collect useful data with the
help of various existing technologies and
then autonomously flow the data between
other devices.
1. The term “Internet of Things” was coined
by British entrepreneur Kevin Ashton in
1999.
2. Typically, IoT is expected to offer advanced
connectivity of devices machine-to-machine
communications (M2M) .
3. These devices collect useful data with the
help of various existing technologies and
then autonomously flow the data between
other devices.

6. What exactly is the
Internet of Things?
Sensors
People and Processes
Connectivity
The Internet of Things is a combination
of:
Sensors
People and Processes
Connectivity

7. Sensors:
 Digital Nervous System
 Location Data using GPS
 Eyes and Ears = Cameras &
Microphones
 Digital Sensory Organs
 Everything from Pressure to Temp
Changes
Sensors:
 Digital Nervous System
 Location Data using GPS
 Eyes and Ears = Cameras &
Microphones
 Digital Sensory Organs
 Everything from Pressure to Temp
Changes

8. Connectivity:
Sensors are digitized
and
placed into networks.
T H E N E T W O R K E D I M P U T S A R E
T H E N C O M B I N E D I N T O B I -
D I R E C T I O N A L S Y S T E M S T H A T
I N T E G R A T E P E O P L E A N D
P R O C E S S E S F O R B E T T E R
D E C I S I O N M A K I N G .

9. THE INTERACTIONS BETWEEN
SENSORS, CONNECTIVITY, AND
PEOPLE & PROCESSES
CREATE NEW SMART
APPLICATIONS AND SERVICES
THE INTERACTIONS BETWEEN
SENSORS, CONNECTIVITY, AND
PEOPLE & PROCESSES
CREATE NEW SMART
APPLICATIONS AND SERVICES

10. The Internet of Things (IoT) allows us to use technology to
enhance our comfort, improve our energy efficiency, simplify
the tasks that consume our home and work life and give us
greater control over our lives. Some important applications are
listed below.
 Environmental monitoring
 Industrial
 Smart Metering
The Internet of Things (IoT) allows us to use technology to
enhance our comfort, improve our energy efficiency, simplify
the tasks that consume our home and work life and give us
greater control over our lives. Some important applications are
listed below.
 Environmental monitoring
 Industrial
 Smart Metering

11. The new version in operating system… .

12. NEW VERSION WHERE YOU WILL SET YOUR HOME AS SOME PLACE
WITHOUT THE HELP OF THE NETWORK YOU CAN REACH ANY PLACE.
The future camera that would locate each and every
place .

13. The worlds smallest computer which are going
to support Internet of things
Speed of the internet
by way of quantum mechanics.
Speed of the internet
by way of quantum mechanics.

14.  Things, in the IoT, can refer to a wide variety of devices such
as heart monitoring implants, biochip transponders on farm
animals, electric clams in coastal waters,automobiles with
built-in sensors and more.
The terabyte network use for IoT

15. The new smart phones
for future .
The super computers in
disguise of smart
Phone.
The computers to which you can
communicate.
The new smart phones
for future .
The super computers in
disguise of smart
Phone.

16. The next generation-ROBOTS
Imagination will come to existance in future…

17.  In2018, governments
will spend more than a
quarter of their total
budgets on developing
IoT-based solutions.
There will be cloud-
based IoT solutions,
and the public sector
will increasingly work
together with the
private sector.
 In2018, governments
will spend more than a
quarter of their total
budgets on developing
IoT-based solutions.
There will be cloud-
based IoT solutions,
and the public sector
will increasingly work
together with the
private sector.

18. CONCLUSION:
The Internet of Things is closer to being
implemented than the average person
would think.
CONCLUSION:
The Internet of Things is closer to being
implemented than the average person
would think.
Think about the future of our human beings???

20. Any
Questions?
Any
Questions?