9541SafeAssign Originality ReportDatabase Sec

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SafeAssign Originality Report
Database Security - 201950 - CRN167 - Mercer • Week 14
Paper
%100Total Score: High riskSanthosh Muthyapu
Submission UUID: c6cc3481-7209-4e4b-4427-17875306fad7
Total Number of Reports
1
Highest Match
100 %
Week14DS.docx
Average Match
100 %
Submitted on
10/02/19
12:51 PM EDT
Average Word Count
609

Highest: Week14DS.docx
%100Attachment 1
Institutional database (1)
Student paper
Internet (2)
comillas hjournal
Global database (1)
Student paper
Top sources (3)
Excluded sources (0)
View Originality Report - Old Design
Word Count: 609
Week14DS.docx
1
3 2
4
1 Student paper 3 comillas 2 hjournal
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Source Matches (15)
Student paper 75%
Student paper 100%
Student paper 97%
Running head: USE OF BLOCKCHAIN 1
USE OF BLOCKCHAIN 3
Name: Santhosh Muthyapu
Date: 10/02/2019
Blockchain is mostly known for securing crypto currency
transactions. However, it is also applied in medical records.
Blockchain use in medical records is still
young though it has a number of security benefits that highly
helps in reducing breaches related to healthcare data. It also
makes easier for sharing of the health data
between providers and patients as well. Currently, the storage of
health records leaves a lot of work to be done. The systems are
lacking efficiency due to the
presence of roadblocks that make sharing of health data
difficult. This makes it even more difficult for the health data to
be combined efficiently and also leaves some
data open which may end up being stolen (Krause, & Hidley,
2017). Blockchain refers to a chain of data blocks which
consists of transactions which are reserved for

privacy purposes. Apart from keeping data in single locations,
blockchain also stores data in reserved ledger, which is later
distributed across replicated databases
(Peters, & Panayi, 2016). Every block is connected to the
previous block using a special public key with any access to the
data controlled carefully. Single quantities are
not good enough to hold and store large amounts of data
securely in a system which is centralized. Storing data in a
decentralized manner is the most recommended
alternative. Blockchain ensures that every data block present in
the chain can be accessed with the use of public key
cryptography. This can be unlocked using a
private password or key, held by a patient. The data in the
blockchain cannot be accessed without the key, hence, it is
secure enough. It is also impossible to hack a
single block of data unless all the other blocks in the chain are
chronologically hacked as well. The application of blockchain
in medical records could be very beneficial
to both patients and providers. This is achieved through keeping
the medical records secure and bringing together the different
medical records kept by different
healthcare providers. When it comes to education sector, there
are a lot of areas within education that could experience great
improvement through the use of
technology. There has been quick growth experienced in the
edtech sector. Tools such as personalized learning with
application of artificial intelligence and virtual
reality are assisting to improve learning results for learners at
various levels. Development of smart classrooms is not too far
off as well. Blockchain technology may
end up being a crucial part of learning institutions all over the
world in a few years to come. Uses of the blockchain
technology in the education sector include:
preparing tests, information and library services, transportation
through developing applications that could be applied in
organizing carpools for learners with

disabilities. Blockchain technologies’ have reshaped financial
services. Efficient financial platforms developed from
blockchain have helped to eliminate business
models as well as profit pools that are inefficient. Through
blockchain technologies of distributed ledger works, security
and transparency are to be improved in the
back-office. Modern blockchain capital market interventions are
getting in the capital markets. These interventions are gradually
improving the work flow hence,
allowing provision of secure services to both individuals and
businesses (Schwab, 2017)..
References
Krause, T. R., & Hidley, J. (2017). Taking the lead in patient
safety: How healthcare leaders influence behavior and create
culture. John Wiley & Sons. Peters, G.
W., & Panayi, E. (2016). Understanding modern banking
ledgers through blockchain technologies: Future of transaction
processing and smart contracts
on the internet of money. In Banking beyond banks and money
(pp. 239-278). Springer, Cham. Schwab, K. (2017). The fourth
industrial revolution. Currency.
1
1
1
1 2 3
4 1

1
Student paper
USE OF BLOCKCHAIN 1 USE OF
BLOCKCHAIN 3
Original source
USE OF BLOCKCHAIN USE OF
BLOCKCHAIN
1
Student paper
Blockchain is mostly known for securing
crypto currency transactions. However, it
is also applied in medical records.
young though it has a number of security
benefits that highly helps in reducing
breaches related to healthcare data. It
also makes easier for sharing of the
health data between providers and
patients as well.
Original source
Blockchain is mostly known for securing
crypto currency transactions However, it
is also applied in medical records
young though it has a number of security
benefits that highly helps in reducing
breaches related to healthcare data It

also makes easier for sharing of the
health data between providers and
patients as well
1
Student paper
Currently, the storage of health records
leaves a lot of work to be done. The
systems are lacking efficiency due to the
presence of roadblocks that make
sharing of health data difficult. This
makes it even more difficult for the
health data to be combined efficiently
and also leaves some data open which
may end up being stolen (Krause, &
Hidley, 2017). Blockchain refers to a
chain of data blocks which consists of
transactions which are reserved for
privacy purposes.
Original source
Currently, the storage of health records
leaves a lot of work to be done “The
systems are lacking efficiency due to the
presence of roadblocks that make
sharing of health data difficult This
makes it even more difficult for the
health data to be combined efficiently
and also leaves some data open which
may end up being stolen” [1] Blockchain
refers to a chain of data blocks which
consists of transactions which are
reserved for privacy purposes

Student paper 96%
Student paper 100%
Student paper 99%
Student paper 100%
Student paper 100%
Student paper 88%
Student paper 100%
Student paper 100%
hjournal 100%
comillas 100%
1
Student paper
Apart from keeping data in single
locations, blockchain also stores data in
reserved ledger, which is later distributed
across replicated databases (Peters, &
Panayi, 2016). Every block is connected to
the previous block using a special public
key with any access to the data
controlled carefully. Single quantities are
not good enough to hold and store large

amounts of data securely in a system
which is centralized. Storing data in a
decentralized manner is the most
recommended alternative.
Original source
“Apart from keeping data in single
locations, blockchain also stores data in
reserved ledger, which is later distributed
across replicated databases” [2] Every
block is connected to the previous block
using a special public key with any access
to the data controlled carefully Single
quantities are not good enough to hold
and store large amounts of data securely
in a system that is centralized Storing
data in a decentralized manner is the
most recommended alternative
1
Student paper
Blockchain ensures that every data block
present in the chain can be accessed
with the use of public key cryptography.
This can be unlocked using a private
password or key, held by a patient. The
data in the blockchain cannot be
accessed without the key, hence, it is
secure enough. It is also impossible to
hack a single block of data unless all the
other blocks in the chain are
chronologically hacked as well.

Original source
Blockchain ensures that every data block
present in the chain can be accessed
with the use of public-key cryptography
This can be unlocked using a private
password or key, held by a patient The
data in the blockchain cannot be
accessed without the key, hence, it is
secure enough It is also impossible to
hack a single block of data unless all the
other blocks in the chain are
chronologically hacked as well
1
Student paper
The application of blockchain in medical
records could be very beneficial to both
patients and providers. This is achieved
through keeping the medical records
secure and bringing together the
different medical records kept by
different healthcare providers. When it
comes to education sector, there are a
lot of areas within education that could
experience great improvement through
the use of technology. There has been
quick growth experienced in the edtech
sector.
Original source
The application of blockchain in medical
records could be very beneficial to both

patients and providers This is achieved
by keeping the medical records secure
and bringing together the different
medical records kept by different
healthcare providers When it comes to
the education sector, there are a lot of
areas within education that could
experience great improvement through
the use of technology There has been
quick growth experienced in the Edtech
sector
1
Student paper
Tools such as personalized learning with
application of artificial intelligence and
virtual reality are assisting to improve
learning results for learners at various
levels. Development of smart classrooms
is not too far off as well. Blockchain
technology may end up being a crucial
part of learning institutions all over the
world in a few years to come. Uses of the
blockchain technology in the education
sector include:
Original source
Tools such as personalized learning with
the application of artificial intelligence
and virtual reality are assisting to
improve learning results for learners at
various levels The development of smart
classrooms is not too far off as well

Blockchain technology may end up being
a crucial part of learning institutions all
over the world in a few years to come
Uses of the blockchain technology in the
education sector include
1
Student paper
preparing tests, information and library
services, transportation through
developing applications that could be
applied in organizing carpools for
learners with disabilities. Blockchain
technologies’ have reshaped financial
services. Efficient financial platforms
developed from blockchain have helped
to eliminate business models as well as
profit pools that are inefficient. Through
blockchain technologies of distributed
ledger works, security and transparency
are to be improved in the back-office.
Original source
preparing tests, information and library
services, transportation through
developing applications that could be
applied in organizing carpools for
learners with disabilities Blockchain
technologies’ have reshaped financial
services Efficient financial platforms
developed from blockchain have helped
to eliminate business models as well as
profit pools that are inefficient Through

blockchain technologies of distributed
ledger works, security and transparency
are to be improved in the back-office
1
Student paper
Modern blockchain capital market
interventions are getting in the capital
markets. These interventions are
gradually improving the work flow hence,
allowing provision of secure services to
both individuals and businesses (Schwab,
2017)..
Original source
Modern blockchain capital market
interventions are getting in the capital
markets “These interventions are
gradually improving the workflow hence,
allowing the provision of security services
to both individuals and businesses” [3]
1
Student paper
R., & Hidley, J.
Original source
R., & Hidley, J
1

Student paper
W., & Panayi, E.
Original source
W., & Panayi, E
2
Student paper
Understanding modern banking ledgers
through blockchain technologies:
Original source
Understanding modern banking ledgers
through blockchain technologies
3
Student paper
Future of transaction processing and
smart contracts on the internet of
money.
Original source
future of transaction processing and
smart contracts on the Internet of Money

Student paper 100%
Student paper 100%
4
Student paper
In Banking beyond banks and money (pp.
Original source
In Banking Beyond Banks and Money (pp
1
Student paper
The fourth industrial revolution.
Original source
The fourth industrial revolution

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