Fingerprint Module Research Articles

PROTOTYPE SECURITY SYSTEM OPENS DOORS WITH TELEGRAM BOT INTERNET-BASED OF THINGS

AbstrakTechnological advances today are very developed, so it can help the community in monitoring home security. One example is offices or houses owned by themselves. In this research I am interested in doing research and development in the field of IoT where this research aims to build a system that can help homeowners to provide security at the door of the house during remote travel. With fingerprint system equipped with door monitoring using botTelegram this system itself is implemented with the concept of internet of things (IoT). In this study using the concept of internet of things implemented in the automatic door system using microcontroller that serves as a prototype regulator so that the prototype can run properly. In this system has an interface in the form of Telegram-based applications by utilizing BotTelegram that serves as a communication tool between users and the system. In this system, users can monitor the security of the door when traveling or at home. Based on the results of the study, it can be concluded that the system can run with a percentage of 85% where the system can open automatic doors with fingerprint configuration data that has been registered in the fingerprint module. Keywords: Internet of things, fingerprints, telegram bots, nodemcu, Door Security

Personal Identity Identification and Authentication Statistics Based on Countermeasures against Spoofing

To make the online banking system secure, a three-step authentication method using the face, iris, and fingerprint is used. To improve security, spoofing detection has also been included. A spoofing attack happens when someone attempts to impersonate someone else and gets unauthorized access. The face and iris are captured by the camera, while the fingerprint is captured by the fingerprint module. Gray Level Co-occurrence Matrix is used to extract a picture of a person's face, iris, and fingerprint (GLCM). A reference module is constructed using the extracted picture so that the input may be compared to it, and if the input matches the module, a one-time password (OTP) is delivered to the user's mobile phone. Only the online transaction may take place if the OTP is entered correctly. Otherwise, the account holder will get an alert message. This method allows for a very secure online transaction.

Biometric Vehicle Access And Ignition System Using Fingerprint Recognition

As variety of urban cars is growing very increasingly with the economy, and considering the individuals are becoming a lot about vehicle thievery which creates larger market for anti vehicle theft products. After that A lots of anti theft devices are being installed in vehicle but result is still unsatisfactory. Since every kind of devices has its own drawbacks therefore ,enhanced system has been proposed in this paper to ensure the vehicle safety and track of vehicle in the event of theft of vehicle. In this system we are using fingerprint based authentication to ignite the engine in addition to key mechanism. In this system we are using a Fingerprint Module (R307),Dc motor ,Motor Driver IC, CP-2102 USB to TTL Module, A MC ATMega 328P on a Self Made ARD. Uno board. A Guiding Wire for guiding the Structure, and Software IDE (Arduino IDE) for Programming the MC. The Heart of the entire System is MC ATMega 328P which is completely responsible for entire operation of Biometric authentication access to owner of vehicle.

Smart Authentication and Secured Engine Unlocking System for Automobiles

As human life started to evolve on this earth, the craving for smart automobiles has increased, and adding a vehicle security system to secure the automobile from theft in parking and in unsecured places is important. This paper proposes the design and development of smart system to prevent theft that uses biometric authentication to access the door and to start the engine of the automobile. This system initially uses the fingerprint module that takes the real time fingerprint of a person trying to open the vehicle door and compares it with the authorized person’s fingerprint and then allows or denies the access to door, and secondly the camera takes the image of a person trying to start the engine and compares with the authorized person’s image to allow or deny the access to the engine. In case of detection of unauthorized fingerprint, the GSM module sends the message to the owner and in case unauthorized person detected by camera it sends the captured image with alert message to owner. The system is developed using raspberry pi, GSM module, fingerprint module, pi camera, dc and servo motor.

Ignition of Electric Bike Using Fingerprint Sensor

One of the major problems facing developing countries is the safety of vehicles from theft. Hence, we created a prototype model of a fingerprint-based protection system for Electric Bike by combining the Fingerprint sensor module R307 with the Arduino Uno as a solution to the aforementioned problem. This vehicle's biometric system captures an image of the owner's finger, converts it to binary, and stores it in a database. When the motorist places his or her finger on the fingerprint module R307, the device compares its image to the image stored in the database, and if the two are identical, the vehicle's ignition system will turn on. Our primary aim in creating the project is to give users direct access to the system, enabling them to get started quickly and with a clear process that allows us to fully comprehend the system.

IoT Based Vehicle and License Authentication Device

Technology has become a part of human life with everyday changes and IOT plays a vital role in real life application technologies such as authentication and detection When integrating real life used objects with IOT devices will save time and make things easier and Nowadays carrying documents everywhere we go and identifying legal vehicles has become a problem for everyone so to overcome that problem we use technology to store them virtually so for accessing the data whenever required quickly we use the IOT based Authentication devices. Transmission control protocol and Internet protocol were used to centralize the database of vehicles and users and RFID reader device is used to read the RFID tags which are attached to the vehicle and just by reading the tag the device can detect whether it is a register vehicle or not and a finger print module with buzzer is used to authenticate the user license and all these components are connected to Arduino UNO which is connected to the system through USB This idea helps in saving the time and results in less traffic The mechanism and functionalities of components are discussed in detail in the semina.

Radio frequency identification based electronic voting machine using fingerprint module

Radio frequency identification (RFID) based electronic voting machine (EVM) with fingerprint module overcomes the challenges of wired electronic voting. Finger print module is to authenticate the voters. In this paper the system is constructed with microcontroller, Liquid Crystal Display (LCD), RS232 cable, RFID reader, RFID tag, fingerprint module and buzzer alarm. Dishonest voting will be avoided if the government uses the biometric based system. The details of all voters with their fingerprint will be stored in the database. Database is kept in microcontroller. Microcontroller verifies the voter by comparing the database during polling. If a person with RFID comes for second time voting, immediately the buzzer gives sound. The RFID base EVM will reduce time consumption. When compared to the existing voting system, the system in this paper is expected to be fast and reliable. The voters’ details will not be revealed out. For every polling end, the button should be pressed for getting the number of votes polled.

WITHDRAWN: Biometric finger print based voting machine using ATmega328P microcontroller

Abstract In this paper, an approach of designing of a finger print based voting system using fingerprint module and ATmega328P is presented. First we are having one database which will store all the valid information of user such as Aadhar Card Number, finger print (linked with Aadhar Card) & Voter card number. Now during the Voting time, using the individual login credentials the user will fill all his/her details in registration form. This registration details will be verified by the details feed earlier in database, if all the details of the voter matches with the server feed information the user can move for voting process otherwise it will end the process. After reaching at voting process, user will first verify his/her fingerprint pattern and then he can vote. Here the user will be recognized by his/her unique fingerprint pattern. Since the finger print pattern is not same for any two persons. So, the voter can’t vote twice or more. This system also give permission to admin to get the result just after the election completes. And allow admin to change/delete the data after completing the election result.

Iot Based Emergency Security System for Women

In today’s era, women are progressing and scaling the peaks of success. However, there’s a significant hike in the number of crimes against women like molestation, eve-teasing, trafficking, etc. Also, there have been numerous attempts to ensure the safety of women ranging from the infamous mobile apps to the hefty belts &safety jackets,etc. However, it is not practical to carry such bulky systems and the victim may not be able to reach the smartphone without being noticed by the assaulter.This increases the risk factor. Therefore, to ensure the security of women, in this paper we propose an IOT based Emergency security system. This system includes a gsm, gps, raspberry pi, fingerprint module, camera module and IR led blasters. It aims at providing a dual security to the women with the help of panic button and fingerprint scanning device. Whenever a woman feels like she is in danger, she can manually switch on the system which will require her to scan her fingerprint for every 1 min. Practically, if she is in distress situation she would fail to scan and the camera module which is embedded in the woman’s pendant will start capturing images and live video. The GPS module will trace the exact location & GSM module will send emergency text messages to the specified contacts and alert the nearby police station. An additional provision of improved vision during night time using IR led blasters is incorporated in this system.

Surveillance and Security for Correctional Facilities

Prisoners are segregated in different wards. But it is the tendencies of a few bad elements to leave the barracks on the pretext of availing medical services, canteen services and telephone services etc., and going to some other barracks to receive or distribute prohibited articles. To overcome this situation, a system is proposed for the surveillance of the prisoners, using biometric sensors for monitoring purpose. This project overcomes the limitations of the existing systems of correctional facilities. In this proposed method the finger prints of the prisoners are taken as input and the other parameters that apply are the source and destination along with the time difference. Thus, the proposed system will make prisons more secure. This work provides more secure and efficient way to eliminate the wrong traversals and to inform the officials about it when this happens. The biometric sensor along with LED display, the alarm, RF receiver, RF transmitter is integrated with the PIC microcontroller. The fingerprint module takes the input and identifies the prisoner and then displays the details in the LED screen. Source controller RF and the destination RF interact, as soon as the prisoner checks in, the timer starts to function and counts until prisoner reaches. If the prisoner does not reach before the average time taken, then the alarm goes on and the official can know along with the prisoner ID on the screen. Thus the proposed system gives a better monitoring and control over the prisoners.

Wireless Biometric Fingerprint Attendance System Using Arduino and MySQL Database

Fingerprints are considered to be the best and fastest method for checking attendance. They are secured to use, unique to every person, and do not change in one’s lifetime barring accident. The objective of this paper was to improve on the fingerprint identification system for implementation on a large database. The main objective of this paper was to design and construct an attendance system using a fingerprint module. In this system, Arduino Wemos D1 R2 ESP8266 (microcontroller) and Adafruit fingerprint reader are the main components used to insert records into a database

Wireless Biometric Fingerprint Attendance System using Arduino and Mysql Database

Fingerprints are considered to be the best and fastest method for checking attendance. They are secured to use, unique to every person, and do not change in one’s lifetime barring accident. The objective of this paper was to improve on the fingerprint identification system for implementation on a large database. The main objective of this paper was to design and construct an attendance system using a fingerprint module. In this system, Arduino Wemos D1 R2 ESP8266 (microcontroller) and Adafruit fingerprint reader are the main components used to insert records into a database

Access Control, Fire Prevention and Surveillance Security System

This system is designed to detect intruders, gas leakages as well as to serve as a surveillance system. This work focuses on the development of a reliable access control and fire prevention system synergized with surveillance system. In developing the system, Passive Infrared (PIR) sensors, gas sensor, buzzer, Global System Mobile (GSM) module, Liquid Crystal Display (LCD) and RGB Light Emitting Diode (LED) were connected to an Arduino Mega microcontroller. Fingerprint module and keypad were connected to Arduino Nano for access control. For the surveillance system, a 3D camera was connected to the PC to view the screen of the LCD and surroundings of a building with the aid of a Yaw am, Many Cam, Mirror OP and Google Remote Desktop (RDP). In addition, the system also contains Light Dependent Resistor (LDR) which turns ON in the dark and OFF when there is light. The performance evaluation of the system was carried out through the rate of access allowed correctly and access denied incorrectly, accuracy as well as the precision. The result showed 71.8% efficiency for positive access allowed rate and 28.2% false access denied rate. The practical application of this system is that it can be adopted at home and industrial environment as an efficient means of controlling intruders, fire-outbreak as well as serving as a surveillance system.

Implementation of electronic voting system using aadhaar

The present voting system in India is a time consuming process and not so secured. Our project proposes and implements a simple and secured method of polling vote using aadhaar information. Over a period of time there have been many improvisations in the field of voting which aim at increasing the flexibility, reliability, security, scalability and less time consumption to announce the results. In this system the user has to use his finger print to poll the vote.The fingerprints available in the aadhaar database are used for the candidature verification, which will be stored in the computer through which the further process is carried out. The voter need not carry his/her voter ID to the polling booth. A finger print module is used for accessing fingerprints. Once the user gives the finger print it will be compared with the existing data and if it is a genuine user it will be verified else the user is barred from voting and also if a user attempts to vote for the second time it will not be allowed. Once the voting process is finished the authoritative officer accesses the results immediately using a unique PIN provided to him.

Design of the Anti-Omission Shared Lockers System Based on the Single Chip Microcomputer

In recent years, shared lockers have been widely used in supermarkets, libraries, exhibition halls and other places due to their features of high safety, reliability and convenience. However, existing lockers, because of their depth, tend to lose small items and are difficult to find. In addition, traditional barcode lockers are also easy to lose barcode. Based on this background, this paper presents a design scheme of the system for anti-omission of the shared locker based on the single chip microcomputer (SCM). In the scheme, STC89C52 single chip microcomputer is used as the main control chip, and the pressure sensor is used to detect whether there are things in the shared lockers and send the information to STC89C52 single chip microcomputer to achieve anti-omission function. Supplemented by relevant keyboard module, which is the input module of the system. Furthermore, display module and voice module are the output module of the system. The fingerprint module is used to input the user’s information and used the information to open the door of shared lockers. GSM (global system for mobile communication) module is used to get help from administrator when the user needs to help, and so forth. This system can realize the function of preventing omission and it is simple to operation, high security, easy to manage by the administrator.

IoTSAMS: A Novel Framework for Internet of Things (IoT) Based Smart Attendance Management System

Automated attendance management system will reduce complexity by eliminating plenty of manual processes involved in attendance system and calculating hours attended. This paper presents a simple technique of taking student attendance in the form of an Internet of Things (IoT) based system that records the attendance using fingerprint-based system and stores them securely in a database. We use NodeMCUV3, RFID Module and Fingerprint sensor module in our system. The fingerprint module is responsible for authentication of the students. RFID Module is used to scan the RFID tag and sends data to the central server. By using this information, the system will generate an attendance report which can be accessed for further use.

Fingerprint based exam hall ticket system

Fingerprint Based Exam Hall ticket Systems are best solutions for universities, colleges and schools. This system is help faculty in reduce the proportion of cheating by entering only authorized persons into exam hall instead of using ID card and help the students in Identify their seats number and knowing the exam module name. Used fingerprint scanner has memory, which can store up to 200 finger print. In addition this system contain database of student information which updated every semester. This system is achieved with the use of fingerprint module, raspberry pi3 and Liquid Crystal Display (LCD) module. When device is switched on to use, student will ask to scan his/her finger, the scanned image will be matched with the stored image to check if its match or not using optical algorithm, the code of fingerprint will be sanded to the SQL database of the raspberry pi.

RANCANG BANGUN SISTEM KEAMANAN SEPEDA MOTOR DENGAN SENSOR SIDIK JARI

The high cases of motor vehicle theft, especially motorcycles theft became a daily problem that still need to look for solution. One of the solutions for securing a motorcycle from theft is by applying intellegent security system technology. The purpose of this research was to design motorcycle security system with fingerprint sensor and determine the percentage of sytem design success. The research methods used are designing, formulating problem and studying literature. The next step are to design the system design and assemble the design. The first was a registered the fingerprint owner motorcycle in order recorded in the data system. The second was to match the fingerprint registered. The design assembly consists of power supply, arduino UNO microcontroller module, fingerprint module, LED and relay module which would be connected with the electrical system motorcycle. Next step was to install the prototype on the motorcycle that connected the relay module with the wire between switch of side buffer and the machine of motorcycle. The result of the triasl system with Thirteen the user motorcycle his fingerprints was not registered indicates system 100% seccess. This means even though the key contact in the ON position the motorcycle could not be turned on by front starter or side starter(engkol). The only the fingerprint registered that could be turned on the machine of motorcycle.

GSM/GPS based Device Switching with Fingerprint Module Integration using Arduino

GSM/GPS based Device Switching with Fingerprint Module Integration using Arduino

Iot-Based Wireless Attendance Management System Using Finger Print Recognition

Attendance is for keeping records of number of students present in schools, colleges or in any organisation. It is very important strand in maintaining discipline among employees in an organisation and imparting quality education in schools, colleges and if someone drifts fromrequired standards, proper action can be taken. Complexity of this process increases even more with increase in number of students. In proposed system, two hardware devices are there, first one is a handheld device which will be there in every classroom for taking attendance, and second one will be a local server for all handheld devices in the network. Handheld devices are designed on Arduino microcontroller, 16×2 liquid crystal display, ZigBee module Fingerprint module. Local server is Raspberry Pi web server interfaced with ZigBee series 2 modules based on an IEEE 802.15