The document discusses the history and key aspects of the Internet of Things (IoT). It begins with an overview of the evolution from early computer networks to the modern IoT. It then covers the main features of IoT including social, economic, and job impacts. It defines IoT and outlines its common architecture involving sensor, network, and application layers. Examples of popular 2015 IoT applications are provided across home automation, wearables, retail, health, and augmented reality. Enabling technologies like cloud computing, machine learning, and wireless communication standards are described. The document concludes that while privacy concerns exist, IoT has potential to improve lives and cities through connected devices and data-driven insights.

1. INTERNET OF
THINGS

2. 1 OVERVIEW
2 KEY FEATURES
3 APPLICATIONS
4 CONCLUSION
CONTENT

3. 03
02
01
Internet of Boffins
This was the era when ARPANET (Advanced
Research Project Agency Network) carried its
first data packet in 1969. It was the first
network to use TCP/IP.
Internet of Things:
‘Internet of Things’refers to an era where
things can be connected to each other using
internet.
Internet of masses
‘Internet of masses’ era started with the Dot-
com bubble burst in 2000. In the starting of this
era Dot- com bubble burst led to high growth
in stock markets due to increasing use of
internet in the industrial sector.
OVERVIEW

4. Key features of
Internet Of
Things
IMPACT
OF
INTERNET
DEFINITIONS
ARCHITECTURE
OF
IOT
IOT
IN
2015
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES

5. IMPACT
OF
INTERNET
SOCIAL IMPACT
The positive
impact of the
IoT ranges from
helping
governments
reduce
healthcare costs
to reducing
carbon
ECONOMIC
IMPACT
A report
published by
Statista
Research
Department in
2016 projected
that by 2025, 75
billion IoT
devices would
IMPACT ON JOB
SKILLS
High-skilled
jobs are set to
replace
unskilled jobs
due to the
introduction of
IoT
DEFINITIONS
ARCHITECTURE
OF
IOT
IOT
IN
2015
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES

6. IMPACT
OF
INTERNET
DEFINITIONS
Cluster of
European
research
projects
The Internet of Things (IoT)
describes the network of physical
objects—“things”—that are
embedded with sensors, software,
and other technologies for the
purpose of connecting and
exchanging data with other devices
and systems over the internet.
IBM
The Internet of Things
represents an evolution in
which objects are capable of
interacting with other objects
RFID JOURNAL
The Internet of Things has the
potential to change the world,
just as the Internet did. Maybe
even more so.
ARCHITECTURE
OF
IOT
IOT
IN
2015
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES

7. IMPACT
OF
INTERNET
DEFINITIONS
ARCHITECTURE
OF
IOT
01
Application
Layer
02
Gateway
and the
network
layer
04
Sensor layer
03
Manageme
nt Service
layer
IOT
IN
2015
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES

8. IMPACT
OF
INTERNET
DEFINITIONS
ARCHITECTURE
OF
IOT
IOT
IN
2015
1
2
3
4
5
The Automated
home
Industry
Innovators:
Nest,
Lockitron, Lifx
Smartwatches
Industry
Innovators:
Pebble,
Metawatch,
Samsung Galaxy
Gear
Connected
Retail
Industry
Innovators:
Shopkeep ,
Cisco ,
Placemeter
Fitness and
Health
Tracking
Industry
Innovators: Fitbit,
Nike, Jawbone
Virtual
Augmented
Reality
Industry
Innovators:
Oculus, Google
Glass, Sony
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES

9. IMPACT
OF
INTERNET
DEFINITIONS
ARCHITECTURE
OF
IOT
IOT
IN
2015
TECHNOLOGIES
OF
IOT
Machine
learning and
analytics
Cloud
computing
platforms
The increase in the
availability of cloud
platforms enables
both businesses and
consumers to access
the infrastructure
they need to scale up
without actually
With advances in
machine learning and
analytics, along with
access to varied and
vast amounts of data
stored in the cloud,
businesses can
gather insights faster
and more easily.
Conversati
onal
artificial
intelligenc
e (AI)
Advances in neural
networks have
brought natural-
language processing
(NLP) to IoT devices
and made them
appealing,
affordable, and
ENABLING
TECHNOLOGIES

10. IMPACT
OF
INTERNET
DEFINITIONS
ARCHITECTURE
OF
IOT
IOT
IN
2015
TECHNOLOGIES
OF
IOT
ENABLING
TECHNOLOGIES
Optical tags
and quick
response
codes
Bluetooth
low energy
RFID and near-
field
communication
1 2 3

11. APPLICATIONS
Building
and home
automation
Healthcar
e systems
Transportatio
n
Media
Environment
al
monitoring
Infrastructur
e
managemen
t
Manufacturi
ng

12. CONCLUSION
The thought of always being tracked and your data being
recorded does bring a fear to a consumer’s mind, but we
have to move away from it to see the benefits that this
great technology is going to bring to us. The above
examples were about a 'connected you', making your life
seamless, but it brings with it higher benefits like
connected cities, better commerce and an improved
ecosystem.
In conclusion, IoT represents the next evolution of the
Internet. Given that humans advance and evolve by turning
data into information, knowledge, and wisdom, IoT has the
potential to change the world as we know it today—for the
better. How quickly we get there is up to us.
12

13. THANK YOU!