Rfid based automated gate security system

Abstract

Here has been rising enthusiasm for secure structure that must be attempted and genuine and smart respond for the organizations and companions. RFID (Radio Frequency Identification) is one of the consistent and speedy techniques for perceive the material dissent. In the long-back the institutionalized distinguishing pieces of proof are more perfect when stood out from RFID because of their cost yet now day by day's RFID are viably open and are more beneficial to use. Research has revealed some exceptional enhancements which make its programming significantly shorter and less requesting is an immediate consequence of supplanting microcontroller with Arduino. Arduino makes the circuit and programming a significant measure easier to get it. Paper relies upon security access and control system using RFID and Arduino with GSM module. A segment of the sensors are used like PIR, LPG for spillage area. Security get to system is astoundingly beneficial to use at home, office and business structures.

Full text

VOL. 13, NO. 22, NOVEMBER 2018 ISSN 1819-6608
ARPN Journal of Engineering and Applied Sciences
©2006-2018 Asian Research Publishing Network (ARPN). All rights reserved.
www.arpnjournals.com
8901
RFID BASED AUTOMATED GATE SECURITY SYSTEM
Asha. N1, A. S. Syed Navaz2, J. Jayashree1 and J. Vijayashree1
1Vellore Institute of Technology University, Vellore, Tamil Nadu, India
2Computer Applications, Muthayammal College of Arts and Science, Namakkal, Tamil Nadu, India
E-Mail: asha333.spring@gmail.com
ABSTRACT
Here has been rising enthusiasm for secure structure that must be attempted and genuine and smart respond for the
organizations and companions. RFID (Radio Frequency Identification) is one of the consistent and speedy techniques for
perceive the material dissent. In the long-back the institutionalized distinguishing pieces of proof are more perfect when
stood out from RFID because of their cost yet now day by day's RFID are viably open and are more beneficial to use.
Research has revealed some exceptional enhancements which make its programming significantly shorter and less
requesting is an immediate consequence of supplanting microcontroller with Arduino. Arduino makes the circuit and
programming a significant measure easier to get it. Paper relies upon security access and control system using RFID and
Arduino with GSM module. A segment of the sensors are used like PIR, LPG for spillage area. Security get to system is
astoundingly beneficial to use at home, office and business structures.
Keywords: RFID, GSM, GPS, MATLAB, Arduino, sensors.
INTRODUCTION
RFID, Radio Frequency Identification is a central
and cheap innovation that empowers remote information
transmission. This innovation has not been all the time
utilized as a part of industry because of absence of
institutionalization among the assembling organizations
prior. RFID advances are productive and secure contrast
with other system. With RFID, remote programmed
recognizable proof takes a certain frame: the question,
area, or individual is set apart with a remarkable identifier
code contained with a RFID tag, which is somehow
connected to or implanted in the objective. RFID isn't a
solitary item however a complete framework, an ordinary
RFID framework incorporate three essential components:
RFID tag, peruser and back-end application framework,
which requests the help of the PC organize.
A RFID peruser produces a low-level radio
recurrence attractive field that empowers the tag. The label
reacts to the peruser's inquiry and reports its quality
through radio waves, transmitting its interesting ID
information. This information is decoded by the peruser
and go to the nearby application framework by means of
middleware. The middleware goes about as an interface
between the peruser and the RFID application framework.
The framework at that point looks and matches the
personality code with data put away in the host database or
backend framework. Along these lines, openness or
approval for additionally preparing can be conceded or
cannot, contingent upon comes about got by the peruser
and handled by the database.
BACKGROUND AND RELATED WORK
Today individuals are confronting more issues
about security in all finished world, these days security is
the most fundamental issue wherever on the planet; so
security of everything increases increasingly elevated
significance as of late. Here in this paper, endeavouring to
repeat the thorough writing study identified with the
different entryway bolts and gate security frameworks that
are vital in the fields, for example, home, businesses and
vehicle security where potential outcomes of invasion are
expanding step by step. In past days, the exploration is
gone on different entryway bolt security frameworks like
customary security frameworks which give signs utilizing
caution. Because of the headway in late strategies, some
entryway bolt security frameworks depend on
microcontroller, GSM, GPS, numerous sensors,
programming like MATLAB, PROTEUS, and biometrics
like face acknowledgment, Iris scanner, RFID, Smart Card
and secret key and so on. Every framework has its own
points of interest and weaknesses. In the greater part of
frameworks, SMS method is utilized for correspondence
so the framework will move toward becoming savvy, more
dependable and it will require less investment to convey
message. As security ends up real issue these days, the
security checking frameworks today needs to make
utilization of the most recent innovation. In a few papers,
the creators have introduced entryway bolt security
observing framework in light of inserted and Zigbee and
once in a while the bolt is ensured via programmed secret
key henceforth it couldn't without much of a stretch hack
by programmers. Additionally the upgraded security
frameworks are accessible in light of android stage, remote
methods and inserted frameworks. A great deal of
adjustment takes puts in different Gate bolt security from
the most recent couple of years, in next coming years
numerous progressions will happens.
RFID, Radio Frequency Identification is a modest
innovation, can be executed for a few applications, for
example, security, resource following, individuals
following, stock discovery, get to control applications. The
principle target of this paper is to plan and actualize an
advanced security framework which can send in secured
zone where just legitimate individual can be entered. We
actualized a security framework containing entryway
locking framework utilizing detached kind of RFID which
can initiate, confirm, and approve the client and open the
entryway progressively for secure access. The upside of

VOL. 13, NO. 22, NOVEMBER 2018 ISSN 1819-6608
ARPN Journal of Engineering and Applied Sciences
©2006-2018 Asian Research Publishing Network (ARPN). All rights reserved.
www.arpnjournals.com
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utilizing uninvolved RFID is that it capacities without a
battery and latent labels are lighter and are more
affordable than the dynamic labels. A brought together
framework deals with the controlling, exchange and
activity errand. The entryway securing framework works
constant as the entryway open immediately when client
put their tag in contact of peruser. The framework
additionally makes a log containing registration and
registration of every client alongside fundamental data of
client.
There has been rising interest for secure
framework that must be tried and true and fast reaction for
the businesses and friends. RFID (Radio Frequency
Identification) is one of the predictable and quick methods
for distinguish the material protest. In the long-prior the
standardized tags are more ideal when contrasted with
RFID in light of their cost however now daily's RFID are
effortlessly accessible and are more helpful to utilize.
Research has rolled out some extraordinary improvements
which makes its programming a considerable measure
shorter and less demanding is a result of supplanting
microcontroller with arduino. Arduino makes the circuit
and programming a considerable measure less demanding
to get it. Paper depends on security access and control
framework utilizing RFID and Arduino with GSM
module. A portion of the sensors are utilized like PIR,
LPG for spillage identification. Security get to framework
is exceptionally helpful to use at home, office and business
structures.
We depict RFID innovation, compress our
approach and our exploration, and above all, portray the
examination openings in RFID for specialists in
cryptography and data security. The regular topic in ease
RFID frameworks is that calculation assets are extremely
restricted, and all parts of the RFID framework are
associated with each other. Understanding these
associations and the subsequent outline trade-offs is a vital
essential to adequately noting the difficulties of security
and protection in ease RFID frameworks.
Since its creation in the 1940s, RFID has been a
conspicuous focus for mishandle. Remote ID is an intense
capacity, and RFID uncovers both a physical protest's
inclination and area. Anybody can without much of a
stretch increase unapproved access to RFID information
since they needn't bother with an observable pathway to
accumulate it. For instance, in the first RFID-based
application—Identification Friend or Foe (IFF)
frameworks—security ruptures brought about Allied
planes being shot down. An easy-going spectator may
imagine that the circumstance hasn't enhanced in light of
the fact that in spite of worries that RFID frameworks are
available to mishandle, it is presently accomplishing wide
organization. RFID works as a medium for various errands
including overseeing supply chains, following
domesticated animals, counteracting forging, controlling
building access, supporting computerized checkout,
creating brilliant home apparatuses, finding kids, and
notwithstanding thwarting grave looters. Intellectuals and
activists caution that advanced RFID frameworks could be
utilized for an extensive variety of exercises, from
corporate security ruptures to behavioural profiling to
general observation. In spite of the fact that this is valid,
recall that issues have a tendency to move brave
arrangements. RFID and data security have been truly
entwined in a fortunate marriage of innovative advance.
Assaults against unique IFF frameworks gave the scenery
to the advancement of both traditional and present day
security methods, going from flag sticking to challenge-
reaction distinguishing proof. It's likewise likely that RFID
will keep on inspiring advancement in security and
protection look into, as it has improved the situation
decades.
OVERVIEW
The product is utilized for administration,
controlling, exchange, activity and keeping up record of
the different clients. A computerized entryway locking
framework is additionally actualized and administered by
RFID peruser which verify and approve the client and
open the entryway naturally. It additionally keeps the
record of registration and registration of the client. It's
essential to verify the client before going into a safe space
and RFID give this arrangement. The framework
empowers client to registration and registration under
quick, secure and advantageous conditions. The
framework incorporate entryway locking framework
which open when the client put their tag in contact with
peruser and the client data coordinated with the data as of
now put away in database. The RFID controls the opening
and shutting of the entryway. In this investigation we use
RFID innovation to give answer for secure access of a
space while keeping record of the client. We utilize the
latent sort of RFID here. The inactive kinds of RFID are
battery-less and they get energy to work from peruser. The
real focal points of latent RFID are it’s financially savvy
and little in estimate. Due to above favourable
circumstances, it is generally utilized by stock following
innovation. Current reception apparatus innovation makes
it conceivable to littler in measure.
PROPOSED SYSTEM
The paper is primarily divided into two phase i.e.
registering the master RFID and authenticate the RFID
key. So, the first phase comprises of checking the ID of
the RFID key in order register it as the master key. Then
after that the latter phases comprises of identifying the
scanned RFID key and verify if it is an invalid one or the
master key. If it is valid then the gate would open granting
access if it is invalid then we get warning alarm.
CHALLENGES PRESENT IN THE SYSTEM
Universally deploying RFID tags offers many
potential security benefits, yet may expose new privacy
threats. Otherwise intrusive or cumbersome security
practices, such as airline passenger and baggage tracking,
can be made practical by using
RFID systems. Authentication systems already
take advantage of RFID technology, for example car key-
less entry systems. Embedding RFID tags as seals of
authenticity in documents, designer products, and currency

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ARPN Journal of Engineering and Applied Sciences
©2006-2018 Asian Research Publishing Network (ARPN). All rights reserved.
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may discourage forgery. While RFID tags improve certain
security properties in these applications, they may
exacerbate privacy threats or pose new security risks.
RFID systems are different from other means of
identification because RF communication is non-contact
and non-line-of-sight, whereas other means of
identification are either contact-based or require line-of
sight. In other words, it is more difficult for the owner of
the RF tag to physically impede communication with the
tag. The promiscuity of RF tags is not unique; magnetic
stripe cards, for example, are promiscuous, but we assume
that the owner of the card takes the physical responsibility
of preventing unauthorized users from physically
accessing the card. Of course, the propagation
characteristics of electromagnetic fields do limit the range
from which passive RFID cards can be read. In fact, most
tags operating at 13.56 MHz cannot be read from more
than a meter away, and 915 MHz tags are difficult to read
through most materials. Yet, as the information stored on
the tag becomes more and more valuable, it is necessary to
think through some of the security and privacy related
issues in RFID.
OBJECTIVES
In this paper, the proposed security system
contains gate locking system using passive type of RFID.
The system stores all the necessary information about the
user. A new user is first registered with the system and the
corresponding information is burn in RFID tag. This RFID
tag will be accessible through the system. When a
registered user comes to the entry point, and put the tag
into reader, the system checks whether it is registered user
or imposter. If the user is registered one then the tab
information is matched with the user information stored in
system. The gate is open to entry of the user after
successful authentication and close automatically after a
specified time interval.
The principle target of this framework is to plan
and execute an advanced security framework which can
convey in secured zone where just credible individual can
be entered. We actualized a security framework containing
entryway locking framework utilizing uninvolved sort of
RFID which can actuate, confirm, and approve the client
and open the entryway progressively for secure access.
The upside of utilizing detached RFID is that it capacities
without a battery and inactive labels are lighter and are
more affordable than the dynamic labels. A concentrated
framework deals with the controlling, exchange and
activity errand. The entryway securing framework works
ongoing as the entryway open immediately when client
put their tag in contact of peruser.
The undertaking additionally points in planning a
totally robotized security get to framework for residential
and modern applications. Security is the greater worry for
an individual or a firm. Perceiving the need of security we
built up a mechanized security get to framework with easy
to understand get to.
Mechanization is the most much of the time
spelled term in the field of gadgets. The long for
computerization got numerous upsets the current
advances. One among the innovations which had more
prominent advancements is RF correspondences. The after
effect of this is the RFID cards which transmit a one of a
kind distinguishing proof number. This number
transmitted by the RFID can be perused with the
assistance of a RF peruser.
The confirmation to the house/business can be
given in full or constrained relying upon the RFID cards.
The choices like full access or constrained access are taken
by an installed PC to which the RF peruser is interfaced.
The entryways of the house/business shape the yield
module and are interfaced to the same locally available PC
through a servo engine.
This locally available PC comprises of number of
info and yield ports. The installed PC is usually named as
small scale controller. The information and yield port of
the controller are interfaced with various information and
yield modules relying upon the necessities. As it were
miniaturized scale controller goes about as a
correspondence medium for every one of the modules
associated with the task. The gadget additionally
comprises of graphical LCD which shows the data about
entryways open and close.
SCOPE OF THE PAPER
It depends upon how original one could be to
enhance the use of this paper. But for us this paper is
practical for future uses such as Smart cart can be
interfaced with wireless technologies to make it completely
portable in the near future. Payment of bills using mobile
can be implemented. A low cost RFID scanner can be
manufactured and used which can scan multiple tags
(products) simultaneously for faster processing and lesser
resources. Automatic scanning & availability of products
can be introduced. Pay preparation feature will be the latest
trend in upcoming years due to the boost in the ecommerce
industry.
E.g.:
a) In malls for generating bills without standing in
queue.
b) Gaming zone
c) Environmental problems to control and make nature
friendly.
d) Uses in ATM machines
SYSTEM ARCHITECTURE
The system architecture depicts the higher level
design of the software product. The user must have the
master key to enter the room. Once the user shows his/her
key to the RFID reader, it scans the card and opens the
gate and the will close after a few seconds. When there is
an illicit entry i.e. when a person shows a wrong RFID
card then there will be a warning sign and also an alarm
will be triggered.

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Figure-1. System architecture.
Working of the system
Basically the system is developed in such a way
that it provides a quick response to the user and enhances
the use of simple technologies in an efficient manner. Now
coming to the working, the system consists of a unique
security key access card which is saved in the system
database and it will allow the user to go through the gate
only if the unique key card is detected. If the detected key
card is not authorized then, there will be an alarm
triggered from the system software.
We also have two modules in the system software
namely the registration phase and the recognition phase.
The registration phase is where the unique key card of the
user is registered in the system software. This is an
important step because we need to add the unique key into
the system with utmost precision because this is the key
that will be used in the recognition phase. The recognition
phase is where the detected key card is checked for its
authentication. Thus these are the two most important
phases that play a very significant role in the product
system.
Figure-2. Working of the system in a flowchart.
RESULTS
Figure-3. Paper preview.
In Figure-3 we can see all the components
connected in their respective ports and the display also
works remarkably. We can see all the components in this
snapshot and also we can identify them with ease.

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Figure-4. Welcome message displayed on detecting
valid key.
In Figure-4 we can see that the RFID reader
detects the valid RFID key card and the LCD display
shows the welcome message. We can also see that a blue
LED is turned ON when the card is detected; this is a sign
of valid entry by the user. So whenever a valid user key
card is detected the display will show a welcome message
and a blue LED will be turned ON.
Figure-5. Warning message displayed on detecting
invalid key.
In Figure.5 we can clearly see that the RFID
reader detects a different RFID key card which seems to
be invalid. And so, a warning message is displayed on the
LCD display. We can also see that a pink LED is turned
ON after the card detection; this is a sign of illicit entry.
Thus when an invalid key card is detected, the LCD
display will show a warning message and a pink LED will
be turned ON.
Future works and enhancements
The RFID business is going to enter an
energizing period in which expanded selection will give
the way to innovation suppliers to put resources into new,
energizing developments. Alongside the new
improvements depicted above, headways in materials,
natural polymers, Nano innovation, and different
territories will change the way RFID is fused into items. It
relies on how unique one could be to improve the
utilization of this venture. Yet, for us this task is
reasonable for future uses, for example, Smart truck can be
interfaced with remote innovations to make it totally
versatile sooner rather than later. Instalment of bills
utilizing portable can be actualized. A minimal effort
RFID scanner can be fabricated and utilized which can
check different labels (items) all the while for speedier
preparing and lesser assets. Programmed examining and
accessibility of items can be presented. Pay planning
highlight will be the most recent pattern in up and coming
a very long time because of the lift in the internet business
industry. Rather than a label connected to a piece of
clothing, for instance, a RFID transponder could be
printed straightforwardly into fabric or bundling utilizing
biodegradable conductive inks. The eventual fate of RFID
is here, so both end clients and RFID makers ought to be
set up to use these new advances and prepare themselves
for more boundless utilization of RFID.
CONCLUSIONS
RFID based security and access control system is
more secure and fast responded as compared to the other
system like biometric. The advantage of the RFID system
is contact-less and works without-line-of-sight. By using
Arduino it is easy to access and works very quickly while
burning the code it is like Plug and Play device. Users can
change the function accordingly by using Arduino. It is
easier to use and accurate also. Hence this paper can be
useful for implementation of access control application for
tracking system as well as providing the security benefits.
This paper can improve by raising the range of reader in
which the tag read.
REFERENCES
[1] Nehete P. R., Chaudhari J. P., Pachpande S. R. &
Rane K. P. Literature Survey on Door Lock Security
Systems.
[2] Verma G. K. & Tripathi P. 2010. A digital security
system with door locks system using RFID
technology. International Journal of Computer
Applications (IJCA) (0975–8887): 5(11).
[3] Kaushal G., Mishra R., Chaurasiya N. & Singh P.
2015. RFID based security and access control system
using arduino with GSM module. International
Journal of Electrical & Electronics Engineering. 2(2):
5-8.

VOL. 13, NO. 22, NOVEMBER 2018 ISSN 1819-6608
ARPN Journal of Engineering and Applied Sciences
©2006-2018 Asian Research Publishing Network (ARPN). All rights reserved.
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[4] Sarma S. E., Weis S. A. & Engels D. W. 2002,
August. RFID systems and security and privacy
implications. In CHES. 2: 454-469.
[5] Rieback M. R., Crispo B. & Tanenbaum A. S. 2006.
The evolution of RFID security. IEEE Pervasive
Computing. 5(1): 62-69.
[6] Weis S. A., Sarma S. E., Rivest R. L. & Engels D. W.
2004. Security and privacy aspects of low-cost radio
frequency identification systems. In Security in
pervasive computing (pp. 201-212). Springer, Berlin,
Heidelberg.
[7] Li M., Poovendran R., Falk R., Koepf A.,
Sampigethaya K., Robinson R. & Seuschek H.2008,
September. Multi-domain RFID access control using
asymmetric key based tag-reader mutual
authentication. In ICAS2008-Proceedings of the 26th
international Congress of the Aeronautical Sciences.
[8] Juels A. 2006. RFID security and privacy: A research
survey. IEEE journal on selected areas in
communications. 24(2): 381-394.
[9] Shepard S. 2005. RFID: radio frequency
identification. McGraw Hill Professional.
[10] Goodrum P. M., McLaren M. A. & Durfee A. 2006.
The application of active radio frequency
identification technology for tool tracking on
construction job sites. Automation in Construction.
15(3): 292-302.
[11] Ting R. & Keane M. 2014. RFID Door Lock.
[12] Wright M., Moon C., Mitchell E., Tran T., Beigel M.,
Remenih M. & Waldron S. 2006. U.S. Patent
Application No. 11/101,863.
[13] Ha I. 2015. Security and Usability Improvement on a
Digital Door Lock System based on Internet of
Things. International Journal of Security and Its
Applications. 9(8): 45-54.
[14] Nath S., Banerjee P., Biswas R. N., Mitra S. K. &
Naskar M. K. 2016, December. Arduino based door
unlocking system with real time control. In
Contemporary Computing and Informatics (IC3I),
2016 2nd International Conference on (pp. 358-362).
IEEE.
[15] A. S. Syed Navaz, P. Jayalakshmi, N. Asha. 2015.
Optimization of Real-Time Video Over 3G Wireless
Networks. September – 2015, International Journal of
Applied Engineering Research. 10(18): 39724-39730.
[16] A. S. Syed Fiaz, N. Asha, D. Sumathi & A. S. Syed
Navaz. 2016. Data Visualization: Enhancing Big
Data More Adaptable and Valuable. February – 2016,
International Journal of Applied Engineering
Research.11(4): 2801-2804.
[17] A. S. Syed Navaz & Dr. G. M. Kadhar Nawaz. 2016.
Flow Based Layer Selection Algorithm for Data
Collection in Tree Structure Wireless Sensor
Networks. March – 2016, International Journal of
Applied Engineering Research.11(5): 3359-3363.
[18] A. S. Syed Navaz & Dr. G. M. Kadhar Nawaz. 2016.
Layer Orient Time Domain Density Estimation
Technique Based Channel Assignment in Tree
Structure Wireless Sensor Networks for Fast Data
Collection. June - 2016, International Journal of
Engineering and Technology.8(3): 1506-1512.
[19]
A. S. Syed Navaz, N. Asha & D. Sumath. 2017.
Energy Efficient Consumption for Quality Based
Sleep Scheduling in Wireless Sensor Networks.
March - 2017, ARPN Journal of Engineering and
Applied Sciences.12(5): 1494-1498.
[20] A. S. Syed Fiaz, K. S. Guruprakash & A. S. Syed
Navaz. 2018. Prediction of Best Cloud Service
Provider using the QoS Ranking Framework. January
– 2018, International Journal of Engineering &
Technology. 7(1.1): 486-488.
[21] A. S .Syed Navaz, Asha.N, Vanmathi Chandrasekaran
& J. Jayashree. 2018 Resourceful Investigate
Encryption Method Using Data Hunt in Mobile Cloud
Service. August- 2018, ARPN Journal of Engineering
and Applied Sciences.13(15): 4543-4549.
[22] M. Usha, J. Akilandeswari and A. S. Syed Fiaz. 2012.
An efficient QoS framework for Cloud Brokerage
Services. International Symposium on Cloud and
Service Computing, pp: 76-79, 17-18, IEEE Xplore.