Door Security System Research Articles

Designing and developing IoT based security system for smart home

This paper represents Internet of Things (IoT) based security system for smart home. As technology has progressed and the use of IoT has grown, digital door locks have become increasingly common. Door Security System application uses ESP8266 and IoT technology to monitor the status of the door. Blynk is a communication protocol that allows a smartphone to communicate with a door lock system. The Door Security System is available on Android and iOS. With this automation system, users may utilize an IR (Infrared remote) remote to manage their home security system from afar. We attempted to connect door security system in our home. Obviously, we will be able to solve that problem in the future. WiFi modules connect to our home internet router and link to our IoT server. Our Android and Web applications communicate with the server as well. This program allows users to check the current state of their home appliances and control them from anywhere. Also MQ3 indicates higher overall performance than the MQ2 in phrases of distance and reaction time.

MULTILAYER AUTHENTICATION SYSTEM TO ACCESS VEHICLE USING FINGERPRINT AND FACE IDENTIFICATION WITH RASPBERRY PI

Vehicle security is a big issue worldwide. Vehicle manufacturing company provides ac-tive/passive RFID based remote key for door entry-level, and same is used engine ignition. Us-ing the master RFID signal reader device can read the active/passive signal remotely which are available in open market, this situation is very vulnerable to vehicle safety. The advantage of a multilayer authentication system is, it provides protection at entry level, So, if a door is not opened, neither engine turning on nor vehicle movement is possible, goods and personal be-longiness inside a vehicle remain safe. A smart authentication system is developed with a Rasp-berry pi development board, which is interfaced with fingerprint biometric, and camera mod-ules. This multilayer vehicle door security system provides an option for the use of anyone or both authentication level in logically ANDing mode, such as a driver can be utilizing security system for smart key, finger biometric, and face recognition. Multilayer authentication will re-strict unauthorized entry into the vehicle. The owner of the vehicle can set and use a multilayer authentication system as per the requirement. Once this system is installed in a vehicle, it will provide maximal level security at the preliminary stage as restricted entry from the door. In a laboratory environment, system implementation and testing were very successfully carried out and provided satisfying results. Multilayer authentication for Vehicle Door Access using Open-source devices will reduce the number of crimes significantly related to vehicle theft and unau-thorized access of the vehicle.

Sistem Keamanan Pintu Rumah Berbasis Cloud Computing

This door security system is created to monitor the environment around the range of this tool. This system works by using the ultrasonic signal reflection from the distance sensor. This sensor is connected to the database server and recorded in the User Android app. This system uses Arduino Mega, Wemos D1 R2, distance sensor, camera VC0706, selonoid doorlock, and buzzer. The work of this tool is the sensor will send a ultrasonic signal continuously and then the ultrasonic reflection will be re-received by the sensor. The distance sensor will be received in Arduino Mega and sent to Wemos D1 R2 using serial software that the data will be sent to the database using the Internet network connected in Wemos.

Prototype of an Automatic Entrance Gate Security System Using a Facial Recognition Camera Based on The Haarcascade Method

This article aims to test a facial recognition-based front door security system, which can also convey relevant information to the owner’s mobile phone via an SMS gateway. This system is necessary to prevent unwanted criminal activity by the owner. The method used is Hercascade as face recognition for security. Use a set of webcam settings to compare human face objects in the background with face data already stored in the database. Capture images using a Raspberry PI connected to a USB webcam for the sensor, move the front door using a servomotor as a drive, and own the system in the form of a short message from basic communication process data Notify to. There is also an ultrasonic sensor as an activation system to detect human objects when they approach the door and invade. Based on the results of 90 tests on a system with varying distances of objects on the camera (30 cm, 40 cm, 50 cm), the average pass rate of the tests is 91.11%. We can conclude that face recognition by the Hercassette method can be applied as an entrance security system.

SISTEM PENGAMANAN PINTU MENGGUNAKAN E-KTP BERBASIS ARDUINO UNO MEGA2560

In the era of the industrial revolution 4.0 today, many technologies are used by humans to help their daily activities, one of which is in the field of home door security. To improve the security of home doors, we can use the Arduino Mega2560 as a control center, we can design a prototype for a door security system using E-KTP which is equipped with several sensors to improve the security of the door that is used as access for entry and exit. E-KTP is a card that is used as a person's identification and can also be used as a tool to open the door in the design of this tool, because in it there is a chip that can be read using electromagnetic waves. RFID (Radio Frequency Identification) is a sensor that can be used to read E-KTP, and to control it remotely, we can use the SMS (Short Message Service) service that is on every Cellphone / Smartphone so that the security of the house door is better because it is also equipped with Magnetic sensors and Buzzer as security if the door is forced to open by an irresponsible person.

Door Security System Using e-KTP RFID Reading and Passive Infrared Sensor

A door, as a barrier to limit an access between two spaces, requires a security measure to ensure that only privileged people may pass. In this paper, a door security system using Radio Frequency Identification (RFID) and Passive Infrared (PIR) sensor is proposed. This security system utilizes an electric door lock and an e-KTP (Kartu Tanda Penduduk elektronik/ electronic Indonesian Identity Card) as the key. A sequence of numbers can be read from an e KTP by using an RFID reader. This sequence is unique, making an e-KTP suitable to be used as a key. Furthermore, the door security system is equipped with an alarm. A PIR is used to detect motion, and the alarm will sound if someone passes the door while the alarm is still in active state. The Arduino Mega microcontroller board is used to organize the whole system, consisting the aforementioned reader and sensor, along with two push-buttons, a buzzer, and a solenoid door lock. The system is realized into a prototype in the form of door miniature. A list of scenarios is played through to the system. Only authorized e-KTPs can be used to unlock the door and deactivate the alarm. The door security system successfully fulfils the objective to improve the security level of a door lock mechanism by utilizing an e-KTP as a unique RFID key and by featuring a PIR-integrated alarm.

KENDALI KEAMANAN RUMAH JARAK JAUH BERBASIS RASBERRY DAN ANDROID

Smart Home is one of the tools that is developed for ease of automation of smart home management from the start of address, security, comfort, savings, through automation with Android. In designing a micro home security system controller using raspberry pi 3 and Android smartphones that can reduce the number of criminal acts of burglary door. This tool consists of an electro magnetic door lock called a solenoid door lock.This solenoid key is placed on the door of the house for security. The design of this home door security system utilizes Raspberyy pi b + as a control device from near and far by utilizing the wifi network and sms gateway to control opening and closing the home door lock that is controlled via an android mobile. Through web bootstrap that will display the results captured by the camera to provide a home situation every time someone enters.This house door security system that has been successfully built and tested with the working principle if there is someone who forces or breaks the house door in a closed condition, the system will activate a warning or alarm by sounding the buzzer¸ because there is an LDR sensor connected to one switch connected to the solenoid key that results, if the key is opened with a security system then the LDR sensor will turn off and there will be no alarm, but if it is forced to break the LDR sensor will activate and read the movement of the door so that the reaction occurs and the buzzer alarm will sound. This security system is a solution to increase the level of home security ¸ besides this sophisticated system is very easy to use and integrated with android smartphonesKeywords: homer security; smart home; android; rasberryPI; LDR

Construction and implementation of Shandong University entrance guard system based on face recognition

Due to the feature of special uniqueness and stability, face recognition has been widely used in more and more industries. As a typical biometric technology, it's quite suitable for the normalized epidemic prevention and control. At present, face recognition has become a popular research in the door security system. This paper introduces the current development of face recognition at home and abroad, and draws the conclusion that the door security construction in Shandong University can strengthen the campus security and refined management as well as releasing manpower and reducing management costs. Based on analysis of different situations, this paper briefly describes the authentication process of door security system based on face recognition and campus card, elaborates the system structure consisted of the face recognition terminal, ID registration terminal, door security management platform, appointment platform and original third-party door security system. Finally, it's concluded that dynamic scene detection and face tracking and recognition at different points can provide effective new concepts and approaches for the public health in the future.

Implementation of Parking Portal Door Security System Using RFID and Password Based on Microcontrollers in Sriwijaya State Polytechnic

At present the parking system on the Sriwijaya State Polytechnic campus still uses a manual parking system, where the process of entering and exiting the vehicle is still regulated by the information security personnel regarding parking arrangements using slow handy talky communication, thus requiring the officers to communicate alternately in order to get information. The problem of parking is traffic jam and uncontrolled in the parking lot of Sriwijaya State Polytechnic. And there is no automatic parking system. This research will be made a parking portal system using hardware and software design methods to regulate parking. Automatic portal work system that can open and close when inputting the vehicle registration number via the keypad using the Arduino Mega2560 microcontroller produces an output that can move the motor power window through the VNH2SP30 driver speaker output through the Mini DF player and using a LAN network (local Area Network) as a data transfer media to the server parking database. Where when a motorist who enters through the doorstop (portal) has attached a Radio Frequency Identification (RFID) card, then the driver data that has been pasted the card will be input into the information system application that is monitored by the admin. to monitor the parking area in the Department of Computer Engineering using a Webcam which can assist in monitoring the safety of vehicles that are parking.

Secure Door Control System using RFID Card

The proposed system is an automatic identification and authentication system which can be deployed at the doors of the building to authenticate authorized people. The keypad requires that a person desiring to gain access enter a correct code number. Where access control keypads are used in place of card readers, only a correct code is required to allow entry. This system is also known as the barcode system. So Door Security System is necessary for every home, office, campus and buildings. In this system, a door lock can be controlled by an RFID card. Radiofrequency identification (RFID) is a wireless technology that can be used to develop the access control system. It will be the intent to expand and implement an electronic system that will allow campus police/ administration to automatically secure access to building rooms in buildings across all campus locations in case of emergency and to have views into areas when emergencies may occur while helping to alleviate placing anyone in harm’s way. This approach not only reduces the cost but also enhances the reliability and ease of maintenance of the authentication system.

Rancang Bangun Sistem Keamanan Smart Door Lock Menggunakan E-KTP (Elektronik Kartu Tanda Penduduk) Dan Personal Identification Number Berbasis Arduino Mega R3

Existing house door security during conventional still uses door locks as keys and often cases of door burglary and theft occur and the majority of homeowners work so the lack of house supervision by the owner. So we need a more practical and efficient key and more security for door locks, from this problem the author has the idea to produce a safe and practical door safety device based on RFID by utilizing e-KTP as an RFID tag and Keypad as a PIN to secure the door of the house. This design uses an Arduino Mega R3 microcontroller. This tool consists of several main components, namely e-KTP, RFID reader, microcontroller, 4x4 Keypad, Relay, and Solenoid Door Lock. The e-KTP chip functions as a label of an object in which there is data about the object. RFID reader is used as a reader of information contained in e-KTP. The microcontroller as the main controller, 4x4 keypad as personal access number identification and solenoid door lock as the key. The test results can be concluded that the door security system uses e-KTP and this PIN is able to read the e-KTP ID with a maximum distance of 1cm with the MFRC522 sensor RFID reader which has a frequency of 13.56 MHz placed in plywood 1cm thick. The PIN runs well by entering the 6 digit pin code on the available keypad. As well as the Solenoid Door Lock as a door lock runs smoothly.

Sistem Keamanan Pintu Rumah Berbasis Android

As an example of using the Arduino Uno microcontroller which is used as a door security system controller using a smartphone. Many types of security are offered and used, such as alarms that use sound as an indicator which is standard security from an alarm, this alarm sounds through a speaker (speaker) that is installed on a door that serves to provide information to homeowners and the surrounding environment that the alarm is active. In this study, using an Android smartphone as a tool to operate the door and activate the alarm automatically at the door. For the research that the authors make this will be different from the previous research. Where the tool designed using micro controller (Arduino Uno) is used to turn on the buzzer as a door alarm automatically and can open and close the door, which will be done on an Android smartphone using bluetooth media. Bluetooth is wireless communication that is used as a communication link between an Android smartphone and Arduino Uno.

SISTEM KEAMANAN RUMAH BERBASIS ANDROID DENGAN RASBERRY Pi

Smart Home is one of the tools that is developed for ease of automation of smart home management from the start of address, security, comfort, savings, through automation with Android. In designing a micro home security system controller using raspberry pi 3 and Android smartphones that can reduce the number of criminal acts of burglary door. This tool consists of an electro magnetic door lock called a solenoid door lock.This solenoid key is placed on the door of the house for security. The design of this home door security system utilizes Raspberyy pi b + as a control device from near and far by utilizing the wifi network and sms gateway to control opening and closing the home door lock that is controlled via an android mobile. Through web bootstrap that will display the results captured by the camera to provide a home situation every time someone enters.This house door security system that has been successfully built and tested with the working principle if there is someone who forces or breaks the house door in a closed condition, the system will activate a warning or alarm by sounding the buzzer¸ because there is an LDR sensor connected to one switch connected to the solenoid key that results, if the key is opened with a security system then the LDR sensor will turn off and there will be no alarm, but if it is forced to break the LDR sensor will activate and read the movement of the door so that the reaction occurs and the buzzer alarm will sound. This security system is a solution to increase the level of home security ¸ besides this sophisticated system is very easy to use and integrated with android smartphones

RANCANG BANGUN PENGAMAN PINTU PERSONAL ROOM MENGGUNAKAN SENSOR SIDIK JARI BERBASIS ARDUINO

The development of a personal room door security system needs to be improved, due to the high crime rate of theft. Personal room is a room that is private and feels to have important things in it. The design and manufacture of this tool aims to create a personal room door security system that uses fingerprint sensors and touch sensors as input functions. This system uses Arduino as the system's main controller. The output component uses a doorlock solenoid, 16x2 LCD and buzzer. The doorlock solenoid functions as a personal room door lock, 16x2 LCD monitors the work process of the system, and buzzer as a sound indicator. Based on the testing and analysis conducted, it was concluded that the personal room door security system could work well. The system can open the door using a fingerprint sensor or touch sensor, so it can improve the personal room door security system. Keywords: Fingerprint sensor, Touch sensor, Arduino, Doorlock Solenoid, 16x2 LCD.

IoT on Door Security Control Prototypes based RFID and Bluetooth

Door security system wherever needed, because to protect the parts that are stored, whether in housing, warehousing, offices, or in the industrial world. Security system currently developing digitally based is by using the Internet of Things (IoT) system. Microcontrollers, HC05 Bluetooth modules and RFID modules based IoT make it possible to be a door guard. The current problem is that even though the door is locked, it still occurs theft, and assume that the cost of making security is too expensive. Solution to the problem it is making RFID and Bluetooth-based door security control prototypes with the IoT system. The purpose of this study is to make a prototype of door security control devices based RFID and Bluetooth with an IoT system. For access to the door using an ID card and Smartphone. The method used is laboratory experiments. This research produces a prototypes of door security control devices versatile based IoT RFID and Bluetooth, at a cost cheap, economical, and effective to use. Keywords: Arduino, HC05, RFID, Servo Motor, LCD

Design of Door Security System Based on Face Recognition with Arduino

Robotics technology is very useful for the lives of many people today. Almost all aspects of his life utilize robotics technology according to the required field. The development of robotics technology has become a higher quality of human life. Perhaps robotics are still less popular among the general public who still thinks robotics are humanoid robots (robots or human machines). Robotics has been widely implemented in the real world ranging from the fields of industry, medicine, entertainment, security, to household appliances. In the field of security, robotics has an important role. As the robot principle itself is tireless and has little tolerance, the product in robotics in the security field can be a very useful tool. In addition to facilitate human insecurity, robotics products can also facilitate human in various jobs, such as in the locking doors or walls of anyone who already exists. The development of robotics is in line with the development of computer vision which is increasing its application in everyday life. With this research, is expected to improve security and comfort in the security room. The design of this system using electronic door locks, open source OpenCV and webcam as a unit component.

Sistem Kendali Dan Pengawasan Wilayah Pintu Berbasis IoT

Abstract - In this study, an IoT-based door security system was proposed which facilitated homeowners to open and close doors and unlock doors through the internet. The system is also equipped with a real time video streaming feature so that the owner can save the environment around the door and ensure the person at the door before opening it. The Raspberry Pi is used as the main controller of the system that provides web pages for users and signatories to access Arduino Uno boards. Arduino Uno controls the servo to control the door. The camera used in this study is a Raspberry Camera with 5 MP resolution. From the results of the tests carried out, the results of the system that have been made can work well. Expected full service and response to changes in users on web pages is also quite fast. Streaming video runs smoothly at 30 fps with a resolution of 640x480.Keywords - Raspberry Pi, Streaming Video, Internet of Things, Door Control

Door Security System for Home Monitoring Based on ESP32

Door plays an important role in home security. To secure the house, the occupants of the house will always have the door locked. However, sometimes the house occupants forget to lock the door due to hurry when leaving the house, or they may doubt whether they have locked the door or not. We propose an application called Door Security System which is based on Android using Internet of Things (IoT) technology to monitor the status of the door, controlling the door and increasing security in a house. MQTT cloud is utilized as the communication protocol between smartphone and door lock system. PIR sensor is implemented in the door lock to detect the movement near the door, while touch sensor is installed on the door handle to recognize the human hand. Should the door is opened by force, the alarm will ring and send notification to alert the house occupant on the existence of intruder in the house. The evaluation results show that motion detection sensor can detect movement accurately up to 1,6 meters ahead, and messages published between smartphone and door lock are encrypted properly so messages are safely sent.

Home Security Based On Rasberry And Android (Smart Home)

<p>Smart Home is one of the tools that is developed for ease of automation of smart home management from the start of address, security, comfort, savings, through automation with Android. In designing a micro home security system controller using raspberry pi 3 and Android smartphones that can reduce the number of criminal acts of burglary door. This tool consists of an electro magnetic door lock called a solenoid door lock.</p><p>This solenoid key is placed on the door of the house for security. The design of this home door security system utilizes Raspberyy pi b + as a control device from near and far by utilizing the wifi network and sms gateway to control opening and closing the home door lock that is controlled via an android mobile, more detailed about <a title="tutorial and tips" href="https://jurnal.polines.ac.id/index.php/jaict/article/view/4183">android tips and tricks</a>. Through web bootstrap that will display the results captured by the camera to provide a home situation every time someone enters.</p>This house door security system that has been successfully built and tested with the working principle if there is someone who forces or breaks the house door in a closed condition, the system will activate a warning or alarm by sounding the buzzer¸ because there is an LDR sensor connected to one switch connected to the solenoid key that results, if the key is opened with a security system then the LDR sensor will turn off and there will be no alarm, but if it is forced to break the LDR sensor will activate and read the movement of the door so that the reaction occurs and the buzzer alarm will sound. This security system is a solution to increase the level of home security ¸ besides this sophisticated system is very easy to use and integrated with android smartphones

Near field communication (NFC) model for arduino uno based security systems office system

Currently, many offices or companies that start growing rapidly in a company or office should have a very limited room to enter only people entitled to enter the room and use the facilities contained in it, for example, Files in it must have many files and documents very important because to reduce the abuse of files and irresponsible person. Because it will be made room door security system by using Near Field Communication on android smartphone. Software used is Arduino IDE. The tools used in this system are Arduino Uno R3, NFC shield, pear sensor, bell, led, servo, 16 × 2 LCD, and Near Field Communication (NFC) in android smartphone. This system runs based on 2 inputs of a new technology that is Near Field Communication (NFC) in android smartphone. And also use pear sensor to detect unauthorized person entering the room. If the correct password is entered then the door will open and the pear sensor will light off if wrong then the bell will light up.