Door Security Research Articles

Implementasi Sistem Kendali dan Monitoring Keamanan Pintu Berbasis IoT Menggunakan Perangkat Mobile

One of the important things in the management of the lecture building is the need for a security system to lock the door. This is necessary to avoid the possibility of theft and negligence in opening or closing the door at certain hours. The purpose of this study is to implement an Internet of Things-based door security control and monitoring system using a mobile device. This system is a substitute for door security that uses conventional locks. The system can be accessed by setting the operating time from 07.00-17.00. If there is a change in operational time, the admin can reset the operational time. Before the operating time ends, the speaker gives an automatic door lock warning, and the door is automatically locked and cannot be accessed. In addition, the system is equipped with a door alarm using a buzzer and a notification is sent via the application when the door is forcibly opened. The door control process starts by reading the operating time and the status of the door lock solenoid. If the initial status of the door lock solenoid is locked, the RFID tag sends data to the RFID reader, then the door lock solenoid opens. The test results show that the response time for opening and locking doors using RFID is 26,22 seconds and 22,25 seconds. The response time to open and lock the door using the application is 5,03 seconds and 5,34 seconds, respectively. The average response time when the door is forcibly opened is 14,83 seconds

Design and Development of a Monitoring and Alarm System for Home Security Door Using Antares IoT Platform

Keamanan rumah merupakan hal yang sangat penting dan selalu diinginkan oleh setiap pemilik rumah. Salah satu permasalahan yang mengancam keamanan pemilik rumah adalah pencurian. Berbagai cara dilakukan seperti menggunakan gembok pintu rumah, namun tetap saja tetap terjadi pencurian karena gembok berhasil dibobol. Di sisi lain, perkembangan teknologi keamanan rumah saat ini semakin berkembang. Hal ini didukung dengan adanya teknologi internet of things. Melalui teknologi ini, pemilik rumah dapat memantau kondisi rumahnya kapan dan di mana saja menggunakan smartphone. Oleh karena itu, pada penelitian ini dirancang sistem monitoring dan alarm keamanan pintu menggunakan platform IoT Antares. Berdasarkan hasil pengujian sistem monitoring kondisi pintu, alat mampu bekerja dengan respon waktu rata-rata 1.6 detik. Adapun hasil pengujian sistem controlling pintu dan alarm, alat mampu bekerja dengan respon waktu rata-rata 2.3 detik.

SISTEM KEAMANAN PINTU KELAS DI SMK KOMPUTAMA MAJENANG

The development of computer technology and information systems at this time has experienced a very rapid increase, which is in line with the community's need for information. Today's society tends to be fast in following the flow of technological developments demands the availability of fast, precise and accurate information. Every agency, good government and private agencies definitely need an information system that is capable of support its performance to obtain and produce information in a more efficient way effective and efficient. One example of technology that is currently developing is system technology security. At SMK Komputama Majenang itself already has CCTV at several points and security as a form of security in schools. But the security system at SMK Komputama Majenang still cannot be said to be strong. Because if you only rely on security, the room security itself is far from several rooms that are considered vital. From the problems that occurred, then the author can provide a solution to the need for a tool that can work simply yet effective for meeting the human need for room security monitors and the need for a tool that can provide early warning when a hazard occurs crime. Based on the discussion that has been carried out in the previous chapters, it can be Several conclusions were drawn, namely with this security system it can prevent actions crime early, with the existence of a magnetic sensor-based door security system.

Smart Door Lock Using Face Recognition

Most doors are controlled by persons using keys, security cards, passwords, or patterns to open the door. This paper aims to help users improve the door security of sensitive locations by using face detection and Recognition. The face is a complex multidimensional structure and needs good computing techniques for detection and Recognition. This paper comprises three subsystems: face detection, face Recognition and automatic door access control. Face detection is the process of detecting the region of the face in an image. The look is seen using the viola jones method, and face recognition is implemented using the Principal Component Analysis (PCA). Face Recognition based on PCA is generally referred to as the use of Eigenfaces. If a face is recognized, it is known, else it is unknown. The door will open automatically for the known person due to the command of the microcontroller. On the other hand, the alarm will ring for the unknown person. Since PCA reduces the dimensions of face images without losing essential features, facial images for many persons can be stored in the database. Although many training images are used, computational efficiency cannot be decreased significantly. Therefore, face recognition using PCA can be more beneficial for door security systems than other face recognition schemes.

Automatic Door Access System Using Face Recognition

Most doors are controlled by persons using keys, security cards, passwords, or patterns to open the door. This paper aims to help users improve the door security of sensitive locations by using face detection and Recognition. The face is a complex multidimensional structure and needs good computing techniques for detection and Recognition. This paper comprises three subsystems: face detection, face Recognition and automatic door access control. Face detection is the process of detecting the region of the face in an image. The look is seen using the viola jones method, and face recognition is implemented using the Principal Component Analysis (PCA). Face Recognition based on PCA is generally referred to as the use of Eigenfaces. If a face is recognized, it is known, else it is unknown. The door will open automatically for the known person due to the command of the microcontroller. On the other hand, the alarm will ring for the unknown person. Since PCA reduces the dimensions of face images without losing essential features, facial images for many persons can be stored in the database. Although many training images are used, computational efficiency cannot be decreased significantly. Therefore, face recognition using PCA can be more beneficial for door security systems than other face recognition schemes.

DOOR SECURTY SYSTEM DESIGN BASED ON INTERNET OF THINGS

The development of the internet of things (IoT) is one of the influencing factors in the industrial era 4.0 towards the next industrial era, where with this technology humans can communicate with electronic devices connected to microcontrollers remotely using an internet connection. The door is a place to enter or exit to start daily activities. Therefore, door security is the main thing in designing a good room security. This research uses research and development methods, namely methods that aim to produce or develop certain products. There are several stages in the research, namely (1) literature review (2) analysis of tool and material requirements (3) Arduino Integrated Development Environment (IDE) schema design (4) system design with Arduino Nano and (5) system testing and analysis. It can be concluded from the test results that the door safety device can work according to the design made, considering the results of the Arduino Uno which can be connected to Radio Frequency Identification (RFID) and read e-KTP ID and passive infra-red or PIR sensors to detect movement and send notification to Telegram.

Peningkatan Pengetahuan Smart Home dan Penerapan keamanan Pintu Otomatis

The door is an important component of the dwelling. The need for security is an important thing in everyday life. Home security such as doors, cupboards, lockers and so on at this time still uses a manual system, namely by using conventional keys. Conventional door locks usually consist of a key housing and a saddle to open it. The demands that must be carried out by schools in implementing the learning process that utilize information and communication technology face various obstacles that are not simple. The importance of technology-based learning that can open students' horizons and hone students' soft skills. The implementation of the PKM Assisted School activities is carried out through three stages, namely the initial stage, the process stage, and the final stage. The implementation of training on making door locks begins with the provision of smart home and door lock materials to open up insights about automation technology. After participants gain an understanding of smart homes and door locks, participants will be shown the components and systems in making door locks. Furthermore, each participant will do practice to make an automatic door security system so that participants gain experience in making automatic lock systems. Furthermore, the participants are required to be able to run an automatic security system by designing a security lock using a numeric password until the system is successfully run. The increase in skills and knowledge related to door locks can be seen from the participation of each participant with the successful creation of a door lock system by each group. From the results of the questionnaires that have been filled out by students, 89% stated that they have gained new knowledge related to the manufacture of door lock systems.

Telegram Implementation on Security and Monitoring of Home Door Keys Based on Wemos and Internet of Things

Good home security will make homeowners feel comfortable leaving the house. The existing home door security system still has weaknesses in certain types, for example for door locks using Radio Frequency Identification (RFID), if the RFID card is damaged, it will be difficult to unlock the door. The absence of a door lock monitoring system is locked or not when the user leaves the house will also reduce the user's sense of security and comfort. This study aims to improve the security of door locks by utilizing bots on the Telegram application installed on Smartphones as door lock controls and can make it easier for users to monitor the state of house door locks from anywhere with the concept of the Internet of Things. The telegram bot is used to send commands to open or lock the house door to the WEMOS D1 Microcontroller which then becomes the Actuator control in the form of a Solenoid Door Lock with a Relay as a connector. Thus the integration of the microcontroller and the Telegram application with the IoT concept can be a door security solution. However, it does not rule out the possibility of a security hole in the system created.

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.

Applications of Internet of Things in university libraries of Pakistan: An empirical investigation

This study aims to investigate the applications of the Internet of Things (IoTs) and highlights the challenges faced to implement IoTs in Pakistani university libraries. This study opted exploratory sequential mixed-methods approach and was completed in two phases. In the first phase, purposefully selected university librarians were interviewed. In the second phase, quantitative data were collected from 122 university librarians across Pakistan. This study found that Pakistani university libraries implemented IoTs-based appliances including smart air conditioners, automatic fire alarms, smart hand sanitizer machines, and smart security doors. Moreover, the university libraries were using limited IoT-based services that are auto notification of check-out, check-in the reading materials, self-check-out and self-check-in system, recognition of user's card, and the use of Radio Frequency Identification (RFID) tags for security perspective. The major challenges to implementing IoTs applications were found lack of a highly networked and integrated environment, budget problems, unavailability of policy and strategic plan, and the lack of technical personnel. This novel study explains the extent of IoTs applications and the challenges to adopt and implement IoTs in Pakistani university libraries. The research findings would be useful for library and university administrators who are interested to implement IoTs applications in their libraries.

Facial Recognition Smart Security Door

A computer lab is a place that offers computer services to a specific population. Normally, colleges and universities give a large number of computer labs to their learners. It was an important space for individuals to come for lectures and improve their computer skills. It often has very valuable computers and items. However, sometimes the security elements of a computer lab for some unauthorized employees may not be up to the standard and easy to break. Hence, the idea is to create an advanced security system named “Smart Security Door Using Facial Recognition” for the computer labs in Kolej Universiti Poly-Tech Mara Kuala Lumpur (KUPTM). The system will have three different users, which are the Admin, Lecturer, and Students. Admin would be able to access the database of the system to registers faces of authorized personnel and access the logs of users that access the computer labs. Meanwhile, the lecturer and students would only be able to access the computer labs during lectures. In conclusion, this facial recognition system would help to enhance security and protect the computer labs from a thief or unauthorized personnel.

Biometric Access Control Using Voice and Fingerprint

In security-related systems, such as access control systems, authentication is extremely important. There are several ways to carry out this crucial activity, but biometrics is currently attracting more attention. After realizing the usefulness of biometrics, security systems use them for one of two fundamental functions: user identification or user verification. Multiple biometrics exist, and various access control systems require various biometrics. As a result of their impossibility to be lost, stolen, or forgotten, biometrics have been deemed the most secure and practical authentication method. Therefore, the design and development of the voice and fingerprint-based magic access control system. This research explores the idea of increasing access control door security by replacing a door key with a trustworthy electromagnetic door lock system that allows only authorized people to access a location using voice recognition or a fingerprint device. The voice sensor and fingerprint sensor were able to scan the user’s voice or fingerprint to open a prototype door when a valid user try to access the door. The motor closes the door after a preset 5 seconds delay.

An Rfid-Based Access Control System Using Electromagnetic Door Lock and an Intruder Alert System

Aims: The study was conducted to develop a basic security system that integrates Radio Frequency Identification (RFID), an electromagnetic lock, and a GSM Module to produce a lowcost and effective access control system. This work uses the possibility of improving access control door security by replacing a door key with a dependable electromagnetic door lock system for only authorized persons utilizing RFID and a mobile call intruder warning system.
 Methodology: The system is controlled by an ATMEGA328 microcontroller, which instructs the RFID reader to check and verify the users' unique identity tags before unlocking the electromagnetic lock to grant access or alert the administrators through the GSM module if an invalid tag is used. The microcontroller which also controls a liquid crystal display was programmed using Arduino C language; the data of identification tags were stored in its database. The RFIDbased access control with electromagnetic lock and intruder alert consists of three main parts – the INPUT (RFID), CONTROL (ATMega 328), and OUTPUT (Electromagnetic lock, LCD, Buzzer, and GSM Module). The RFID reader was able to scan tags and open a prototype door when a valid tag is used. The motor closes the door after a preset 5 seconds delay.
 Conclusion: When compared to well-known techniques in the literature, the developed RFID Access control system outperforms them in terms of accuracy and cost-effectiveness. The door locking system works in real-time because when the user places the tag in contact with the reader, the door opens and the check-in information, together with the user's basic information, is recorded in the central server.

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.

Review Paper on Door Lock Security Systems

Abstract: Security is a major issue everywhere today. Everyone wants a home, a factory, a bank, and so on. Housing security is becoming more and more important as access to services increases day by day. Here in this paper, we try to present the research done on various methods of locking doors that have been used in homes, offices, shops, factories etc. This study will also shed light on the pros and cons of various door lock systems. and technologies used in various systems.The study will include the traditional door lock system, RFID-based system, touch-based systems, Bluetooth and GSM based technology and various other technologies used in secure door lock systems. Technological advancement in each passing day can help us to meet various technologies that can be applied to a door lock system. Since safety is a major concern for most people right now, we feel that research conducted on a variety of topics related to the topic can help people choose the best technology for their upcoming projects or make changes to past projects and use a successful department. locking systems for their needs.

Smart Door Lock System Using Face Recognition

Abstract: Currently, we're facing security issues in every aspect. So, we've to resolve these issues by using streamlined technology. In this project, we're using the Face recognition module to capture human images and to compare with stored database images. The most important of characteristic of any home security system is to discover the people who enter or leave the house. Instead of monitoring that through passwords or pins, unique faces can be made use of as they're one’s biometric characteristic. We aim to make a smart door, which secures the gateway on the base of who we are. The goal of this project is to help users improve the door security of sensitive places by using face detection and recognition. The proposed system consists of basically the following subsystems: Face Detection, Face Recognition and also automatic door access control. Keywords: Face Detection, Face Recognition, Authentication, Convolutional Neural Networks

Survey on Face Recognition for Automation of Door Lock System

Abstract: In recent years, it is important to own a reliable security system that can secure our assets as well as to protect our privacy. The traditional security system needs an individual to use a key, identification (ID) card or password to access an area such as home and workplace. However, the present security system has many weaknesses wherever it is simply cast and taken. Most doors are controlled by persons with the employment of keys, security cards, countersign or pattern to open the door. The aim of this paper is to assist users for improvement of the door security of sensitive locations by using face detection and recognition. The proposed system mainly consists of subsystems namely image capture, face detection and recognition, email notification and automatic door access management. Face Recognition supported openCV is brought up because it uses Eigen faces and reduces the scale of face images without losing vital features, facial images for many persons can be stored in the database. The door lock can also be accessed remotely from any part of the world by using Telegram android application. The captured image from pi camera will be sent to the authorized person through email for safety purposes. Keywords: OpenCV, Raspberry pi, Telegram application, Email

Security Door Lock for Mains Supply and Safety of Electrical Engineer

The main motive of this work is to provide safety to the electrical field engineer who works on the site of main distribution line feeder box. To provide safety to the engineer, the feeder box is equipped with RFID sensor and RFID readers which plays an important role. The engineer will be provided authorized glows and shoes with RFID tags. The reader mounted on the box will check whether the glows are authorized or not. If it gets authorized, then only the main door of the box will open and engineer will do his work. When the door gets opened it will share the details to the main server of the electrical distribution office in the form of message “The door is open”. We have made the provision that it will help engineer to solve the issue after door opens. There will be one-way communication from distribution office to electrical field engineer regrading guidelines for the issues. We have also made an application to record the history of the problems in the data base which would help to identify problems in the future.

침입범죄 방지를 위한 방범문(Security Doors) 성능 평가방법의 신뢰성 검증 연구

최근 급속한 도시화 및 1인 가구의 증가 등으로 인하여 강력범죄(살인, 강도, 강간 등)로 이어질 가능성이 높은 침입범죄가 지속적으로 증가하고 있다. 또한, 경찰관 증원, 방범용 CCTV 증설 등 치안 분야의 투자가 확대되면서 범죄 검거율 상승에도 불구하고 국민이 피부로 느끼는 우리사회의 안전 수준은 상대적으로 미흡한 것으로 나타났다. 따라서 범죄예방을 위해 무질서한 환경을 정비하고 물리적 방어공간을 형 성하여 지역사회 범죄의 위험을 관리하고자 범죄예방대책으로 CPTED(Crime Prevention Through Environmental Design, 범죄예방환경설계)가 물리보안과 범죄예 방의 대안으로 부각되었다. 물리적 보안의 효과를 극대화하기 위해서는 이러한 CPTED의 전략 중 대상물 강 화 방법인 타겟하드닝(Target Hardening)이 중요하다. 이는 대상 건축물 등에의 침입 을 어렵게 하여 범인이 범행을 스스로 포기하도록 유도하는 기법으로 침입범죄를 직접 차단하기 때문에 CCTV 또는 센서와 같은 보안장치보다 더 직접적이고 실효적 인 것으로 나타났다. 타겟하드닝 전략의 일환으로 외국의 경우 실질적인 침입방지성 능을 갖춘 제품인지 확인하기 위해 창, 문 등 방범하드웨어에는 시험원이 도구를 가지고 하는 시험방법인 ｢시험원에 의한 시험방법｣을 활용하는 것이 일반적인 기준이지만, 국내의 경우 시험원이 도구를 가지고 시험하는 시험방법이 정량적이지 못해 신뢰성이 떨어진다는 이유로 도입되지 못하는 현실이다. 이러한 배경에 따라 본 연 구는 타겟하드닝 전략을 실현시킬 현실적 방법인 ｢시험원에 의한 시험방법｣의 타당 성 분석을 통한 신뢰성 검증을 진행하였다. “시험원간 숙련도 시험 결과 값은 차이가 없을 것이다.” 라는 가설을 검증하기 위하여 주요 침입구 중에서 특히 방범문의 침입 저항 시험을 진행하였다.

ASSESSMENT OF ACOUSTIC PROPERTY OF SAWDUST AND FINE SHARP SAND FOR THE FABRICATION OF SOUND-PROOF SECURITY DOOR

The current economic recession and rising cost of building materials in Nigeria has created a severe decline in housing affordability for Nigerians. On this account, this research aimed to assess the acoustic property of Saw-dust and Fine Sharp Sand (SFSS) and its application for the fabrication of purpose made Sound-proof Security Doors (SPS-Door). The ingenuity of the research is to offer an alternative fabricated door to the high priced foreign made sound-proof security doors that are not affordable to most Nigerian for housing delivery. The wooden sawdust mixed with fine sharp as a core in-fill material for the door are readily available as natural material and environment waste. Model Sample Panels (MSP) infills produced and tested at the Acoustic Laboratory for noise absorption capacity as established by ASTM E 1050-98 international standards. The research findings revealed that the MSP infills for the SS-Door scored 0.78 to 0.92 for the frequency ranges 50Hz to 5000Hz while foreign Turkey doors infill’s Noise Absorption Coefficient is 0.95 for the same ranges of frequencies. Comparatively, MSP infill is a sustainable and alternative material for the locally fabricated sound-proof security door to the expensive imported brands. In addition, properties of SFSS at the ratio of 5:1 presented high porosity characteristic which had a significant effect on the sound absorption properties of SS-Door. Therefore, architects could specify this innovative infill product for doors panel, walls cavity and floor inside layer for the spaces that require sound insulation and security in the building construction.