In this presentation, Nitish introduces IoT and associated trends. His interest area is in designing network architecture using quantum computing to make communication both light and safe. He has already published papers on the topic.

1. N A M E : N I T I S H K U M A R
C O L L E G E : S R I S A I C O L L E G E O F E N G I N E E R I N G & T E C H N O L O G Y
B R A N C H : C S E / 6 T H S E M
E M A I L : N I K U 9 0 6 0 9 9 @ G M A I L . C O M
FA C E B O O K I D : N I K U 9 0 6 @ FA C E B OO K . C O M
T W I T T E R I D : N I K U 9 0 6 0 9 9 @ T W I T T E R . C O M
Internet of Things
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2. Why Internet of Things
This is the era of revolutions, we need the reality of
universe and reality of each things present in
universe from galaxy to each planet of universe. This
is possible only when we know the smallest particle
of atom of any things like human,objects,etc.,
To understand this co-relation of atom to atom ,thing
to things galaxy to planet, we have to understand
(IoT).
To remove the gap between the world and physical
web www.
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3. Internet of Things
When we talk about IoT means we are dealing with things
have identity , sensor , sense and then machine to view.
The rise of the IoT has been driven by the convergence of
market forces and parallel innovation of enabling
technologies. Products have evolved from purely physical
components to complex systems combining processors,
sensors, software, and digital user interfaces that are now
connected to the internet and each other. As their
definition has evolved, product capabilities have
multiplied, creating new forms of value and even doing
things well beyond their primary function.
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4. Internet of Things
The IoT is comprised of the three
core components:
 A collection of smart, connected
products, product systems, and
other Things connected through
an Internet-like communication
infrastructure to a computing
infrastructure that are creating
new forms of value.
 Data from the product condition,
operation, and environment are
delivered in real-time enabling
capabilities to control.
 Service, and upgrade the product
and system performance.
Smart, connected products in the
IoT blur the line between
products and services and enable
an entirely new set of capabilities
that create value for both
manufacturers and their
customers.
 Personalize/Customize:
 Monitor Condition/Operation
 Monitor Environment:
 Remote Control:
 Service/Upgrade:
 Autonomous
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5. Topic growth in next five year
 Internet of Things (IoT) is one of the most talked about technology trends today.
There is a broad consensus among technology vendors, analysts and other
stakeholders that IoT would have a significant impact on the technology landscape
and society in the coming years. According to technology research firm Gartner, IoT
devices installed base (excluding PCs, tablets and smart phones), will grow to 26
billion units in 2020, up from just 0.9 billion in 2009.
 To create an IoT industry in India of USD 15 billion by 2020. It has been assumed
that India would have a share of 5-6% of global IoT industry.
 To undertake capacity development (Human & Technology) for IoT specific skill-
sets for domestic and international markets.
 To undertake Research & development for all the assisting technologies.
 To develop IoT products specific to Indian needs in all possible domains.
 Logistics as a sector is expected to grow rapidly in the coming years in India.
Regulatory changes such as GST implementation would drive consolidation and
growth. The booming ecommerce sector is another key driver for the logistics
industry.
 Indian manufacturing sector has seen a significant growth in IT adoption. IoT
applications for the manufacturing sector whether it is automation or supply chain
management would be a key growth areas in India.
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6. Task to complete in internship
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 I will work for progressive change in network
architecture for growth of internet in India with IPv6.
 Fastest means of communication is light ,so I will co
relate network with light ,means in quantum network
which give advantage in IoT for fastest of computation
without hack able, since have published lot of research
paper on quantum computation in India and abroad.
 I will co relate the IoT with visible light rather than
electromagnetic waves to give cyber security to internet.
 I will develop a architecture for quantum networks and
Qcloud for key development in IoT.

7. Internet of things conclusion
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 We cannot say what IoT can give new forms in
technology but it can be understand that it is the rapid
growth technology in various sector mainly for defense
and banking industry
 As we all work with 0 and 1 ,and major challenge for all
world is cyber security ,for development in cyber security
we have to work with Quantum that is light and complex
computation.
 If allowed and chance to work with Mphasis this topic
can give new technology and elevate crediatinls of India
in all over world by giving advantage in cyber security by
use of light particles with fast data transfer and high
security in internet and in IoT.