Motorcycle Security System Research Articles

Community Security Service Innovation Through a Motorcycle Security System (Sikemo) Integrated with Local Radio

The Indonesian government has attempted to overcome the problem of motor vehicle theft by implementing various policies, such as increasing security patrols, installing security systems in vehicles, and providing information to the public about preventative measures. There is a need for strategies and techniques to deal with cases of theft which are very disturbing to the public. Integrated security systems for motorbikes are a promising approach in reducing crime rates. This study used descriptive qualitative method. The object of research is the security system for motor vehicle owners. Data was obtained through observation, literature study, archives and documents. Analysis through the process of identification, categorization and proposing security system innovations. SiKeMo can be an innovative solution to reduce the high rate of theft, where the existing vehicle security system is currently considered less safe. Nowadays, thieves use technology to make their actions easier. The police as a related institution need to fight increasingly sophisticated crimes by using a more sophisticated crime prevention system. By combining various security technologies, integration with wider security infrastructure, and paying attention to the psychological aspects of users, a security system can be created that is more effective and proactive in maintaining motor vehicle security.

PERANCANGAN SISTEM KENDALI PADA SISTEM KEAMANAN SEPEDA MOTOR DENGAN MIKROKONTROLER ESP32

Along with the rapid development of technology, of course, making the security system more sophisticated, efficient and innovative. Internet of Things (IoT)-based security is one of the options for implementing technology in the security sector. With the existence of IoT, every community can keep their vehicle safely through a protection or monitoring system. In this study, the authors design and manufacture a Motorcycle Security System using Face recognition and Bluetooth-based Keyless as a motorcycle lock and a SW-420 vibration sensor as a theft detection. The theft detection system is also supported by a telegram notification service when there is an indication of theft on a motorcycle. The motorcycle protection control system with Keyless on this System can function only at a distance of 0 – 8.35 meters between the iTag BLE module and the ESP32 microcontroller. In other control systems, face recognition verification services can be carried out at a minimum user distance of 25cm and a maximum user distance of 50cm. While the protection system with a vibration sensor has a working logic truth of 100%. In the next development, a device with better hardware specifications is needed so that the performance of the control system has a wider range of detection values

Implementation And Design of Security System On Motorcycle Vehicles Using Raspberry Pi3-Based GPS Tracker And Facedetection

One of the nations where land transportation is frequently employed is Indonesia, particularly on motorbikes or two-wheeled vehicles. Since there is not much economic growth to maintain the high level of sales, there are many people without jobs, which leads to criminality, particularly motorcycle theft. The rate of motorbike theft in society is currently rising. The researchers developed a security system using a GPS Tracker whose control was handled by a two-channel relay in response to the rise in motorbike theft. The webcam camera produces the greatest images when it is hidden by a tree. 100% of the time, Relay Components work to control the horn and electricity. Due to the short read-time of the location the first time, GPS has a high accuracy. The Raspberry Pi3 can send, receive, and process commands to the motorcycle security system. The motion sensors, vibration sensors, raspberry pi microcontrollers, relays, and servo motors make up the system architecture in general. This method operates when the motor produces a lot of vibration. The sensor will relay the vibration to the Raspberry Pi microcontroller's output and the microcontroller will then deliver a warning notification message. In the event of a theft, the motorcycle will be immediately within the owner's control. In addition, with security using facedetection, the public can detect the perpetrators of theft and it takes quite a long time to work on it. The security system on motorbikes using facedetection takes a long time to produce, but it can't be done optimally. The purpose of this creation is to improve the security system on motorcycles to make it more efficient and effective in identifying the perpetrators of theft. This system consists of a Raspberry Pi3 as the control center, a picamera as a face detector, and a buzzer as an alarm.

Security System For Motorcycle Using Raspberry Pi and Fingerprint With Mobile-Based Finite State Machine (FSM) Method

Data from the BPS (Central Statistical Agency) show that private car theft in Indonesia is on the rise year after year, especially for two-wheeled vehicles or motorcycles. According to the BPS Crime Statistics Report, there were around 35,000 motor vehicle theft events in Indonesia in 2017 and 38,000 instances in 2018. People's concerns regarding the security of these two-wheeled vehicles are growing as a result. This study presents a fingerprint- and Raspberry Pi-based motorcycle security system. Bikes may be monitored, and their ignitions can be controlled remotely using a mobile-based Finite State Machine (FSM) technique. The Neo 6 GPS module will send longitude and latitude in real time to the Android smartphone application, which generates a map or location point so that it will send notifications if there is movement on the motorcycle. The voltage sensor connected to the Raspberry Pi circuit can detect the motor voltage. A system that uses the FSM (Finite State Machine) approach to identify changes in location data from designated parking lots and deliver messages to a push bullet is the study's output. Controlling the motorcycle ignition, which may remotely switch off the motorcycle when one is taken, is another way to provide early notice.

Motorcycle Tracking System Using Telegram Integrated Quectel L80 GPS

Motorcycles are two-wheeled vehicles that are very common and widely used in Indonesia. At the same time, the criminal rate of motorcycle thieving also has the possibility to increase. The standard security system that motorcycles have is still ineffective. One solution to secure motorcycle from theft is adding a security system. The security system used in this research is a tracking system using a Quectel L80-R GPS connected to an ESP8266 NodeMCU which then installed on a motorcycle. The GPS then integrates with the Telegram application. Users can request the location of the motorcycle by pressing the button on the Chatbot that was previously created. Then the GPS will send a link containing the coordinates of the motorcycle location which can be opened via Google Maps. In this research, the location obtained from the GPS response is quite accurate with an average error distance of 3,06 meters in outdoor tests and 3,51 meters in indoor tests with each 30 trials in 3 different places. Thus, the tracking system using Quectel L80-R GPS can be used properly as a motorcycle security system and has been integrated with the Telegram application.

VEHICLE STARTER SYSTEM FOR SAFETY BASED MICROCONTROLLER USING INTERNET OF THINGS

Technology is currently growing very fast which affects and has a significant purpose in human life. In the current era, the technology of the security system is something that is very necessary. The high crime rate has now reached an alarming stage. Motorcycles currently only use conventional ignition keys to turn them on to improve the vehicle's security system, so a vehicle security system with a microcontroller connected to an Internet of Things-based fingerprint sensor is needed to improve the vehicle's security system. Research shows that a motorcycle security system with a microcontroller is connected to a fingerprint sensor based on the Internet of Things, namely turning on and turning off the vehicle with fingerprints owned or via the internet of things using the telegram application for remote and realtime systems. The way the results of this study work is when the first finger taps on the fingerprint sensor on the registered finger, the motor will turn on, then the second finger taps on the fingerprint sensor, the motor will die, for remote systems, namely using telegram bots, the prefix is to enter chat instructions on the telegram bot if the telegram bot replies to the instruction then the motor will follow according to the instruction on or off and if the instruction is wrong then the telegram bot will tell that the instruction is wrong. The results of this study show that when adding fingerprints it has a delay of 1.74s, removing fingerprints is 0.24s and the IoT system itself is 90% successful.

Implementation security system using motorcycle fingerprint identification and notification Telegram

A motorcycle security system using fingerprint recognition and Telegram notification is a solution to solve motorcycle safety problems and reduce motorcycle loss cases by using fingerprint sensors attached to the owner’s motorcycle and Telegram application as a monitor connected to the motorcycle. The microcontroller used is the Wemos D1 mini connected to the Telegram application as a communication line between the user and the motorcycle. The sensor used is the fingerprint sensor. There are differences in data obtained from the fingerprint sensor response results and the response of the Telegram notification system by testing fingerprints that have been registered and that are not registered on the fingerprint sensor with the measurement results using the stopwatch. Measurement differences on the fingerprint sensor have errors with an average time dispute of 0.27 seconds. Measurement differences in Telegram notifications have errors with an average dispute time of 1 second. Hygiene conditions on the fingerprint sensor influence the difference in reading duration. If there is fingerprint oil before it, then the reading tends to be slow. The difference in measurements obtained is small enough that it can be used as a reference.

Perancangan Kunci Kontak Sepeda Motor Menggunakan E-SIM dengan Jaringan RFID

Nowadays, the motorcycle key is assumed to be too old-fashioned because it still uses physical metal, is easily eroded, and is loose. A driver's license (SIM) is a card that needs to be brought when driving. It used the driver as evidence that they have a driving permit from the police. On the other hand, identity cards such as SIMs already have RFID technology. However, this technology is rarely used correctly. This study aims to design a motorcycle security system using RFID and, likewise SIM card model as a motorcycle ignition key. The study showed that the system could perform or operate well. Motorcycle key using RFID as a dummy SIM makes people easier who are careless in putting their motorcycle keys.

Sistem Pengaman Sepeda Motor Dengan RFID Berbasis IoT

Motorcycles are a means of transportation that is widely used by various groups in society as a means of transportation. The number of types, models and brands of motorized vehicles is often the highlight and target of crime by the perpetrators of motorcycle theft. From the many cases of motorcycle theft ranging from the destruction of keyholes with latter T keys to liquids with chemicals, a motorcycle safety system with IoT-based RFID is needed to improve the motorcycle security system. The results showed that in a motorcycle safety system with IoT-based RFID, this test cut off the flow of motorcycle electricity located on the motorcycle coil using a relay controlled via android with the application getting the results as expected, the relay functions to disconnect the electric current properly and displays notifications on the Blynk application found on android. At an effective distance and slope so that the RFID Reader can read the RFID tag card is 0-1.5 cm with a tilt of 0-20°. The results of the IoT test the farthest distance in the wall-sealed scope is 1-26.10 meters, while the distance with the farthest open scope is 1-411.69 meters. This thesis is expected to contribute to the automotive world to improve the safety system on motorcycles when the vehicle is parked.

Sistem Internet of Things dan Transmisi Data Menggunakan Aplikasi Telegram pada Sistem Keamanan Sepeda Motor

A motorcycle is a two-wheeled vehicle that is driven by an engine. With a motorcycle, it will be faster and easier to reach our destination. This makes motorcycle users on the road more visible than other vehicles. As a result of a large number of motorcycle vehicles, the crime of motorcycle theft has increased. The main factor underlying the theft of motorcycles is economic factors. Therefore, an IoT-based motorcycle security system was created with the Telegram application. Where the security system uses the Quectel L80 GPS, and fingerprint and can also control the motorbike with the telegram application. The results of testing the command on the motorcycle security system using the telegram application obtained a stable delay time in each experiment. Where the average value of delay in testing the Engine ON and Engine OFF commands is 5.01. While the average value of delay in the fingerprint ADD test is 4.4 seconds and the average delay value in the fingerprint Delete test is 2.3 seconds. In the Quality of Service assessment from the test results using Wireshark, it can be seen that the average results on the network are good because they meet the standardization requirements with an index value of 3.3. Where the average delay value is 170,168865 ms, the average throughput value is 17573,68780-kilo bytes/17k, and the packet loss value is 0%. .

RANCANG BANGUN PROTOTYPE SISTEM KEAMANAN SEPEDA MOTOR BERBASIS E-SIM MENGGUNAKAN RFID

The case of motorcycle theft is not a new or common thing in the ears of the public and the world of the Indonesian National Police or the Indonesian National Police. Motorcycle theft cases can happen at any time. In accordance with the regulations of the Indonesian National Police as stated in Article 18 Paragraph 1 of Law no. 14 of 1992 which reads "Every driver of a motorized vehicle is required to have a driving license." In Indonesia, many minors are not yet ready to ride a motorcycle and do not have a driver's license (SIM). To anticipate the breaking of ignition keys by unscrupulous motorcycle thieves, and comply with the rules from the Police in accordance with Article 18 Paragraph 1 of Law no. 14 Years Old, a motorcycle security system was designed using an e-SIM based on Radio Frequency Identification (RFID). The Radio Frequency Identification (RFID) key also uses an e-SIM and ID tag card as an identity card or identification when trying to turn on or turn off a motorcycle engine. The performance of this card is also supported by the Arduino Nano Microcontroller and Relay. In designing this tool, we connect the cables according to the existing circuit in the security module (Design Tool consisting of Arduino Nano hardware, RFID reader, relay and I/O/I switch) with a skun cable with input and output switches on the motorcycles so that during assembly or experimentation they can be directly connected to the ignition, starter and brake switches to connect the tools designed with automatic motorcycles. To use this tool, it is carried out in three stages (scan) using an e-SIM and ID tag card to turn the motorcycle engine on and off. The first scan, to turn on the motorcycle's electricity. The second scan, to start the motorcycle engineKeywords: e-SIM, RFID, Arduino Nano, Relay

Pattern Lock and GPS-Based Motorcycle Security System

Pattern Lock and GPS-Based Motorcycle Security System

A novel smart security system for a hybrid motorcycle using IoT

The researchers have found that the governments of all the countries in the world need to consider 6% reduction of annual fossil fuel production in order to prevent catastrophic warming. The increasing number of IC engine vehicles is causing a massive diminution of the storage of natural fuel which is leading to the huge down fall of the environment. The current situation of the environment is forcing people to figure out some alternative ways for the sake of saving the planet from facing the massive disaster it is heading to. As a way out, hybrid vehicles are already introduced to the market by different automobile companies. This kind of vehicle can decrease the level of air pollution. Besides this, vehicles can decrease the burning of fuel and most importantly the electric engine attached to it makes an electronic control system. The governments should ensure the implementation of this system, which helps to attach various security features to the vehicle. This paper is basically proposing a compact electric motorcycle security system for the rider. This security system is made with five 8051 microcontrollers, ZigBee and GSM communication, and cloud computing with IoT module. It can be used both in electric and hybrid motorcycles.

Rancang Bangun GPS Tracker Pada Kendaraan Bermotor Menggunakan SIM7000 NB-IoT Berbasis Arduino

The rise of motorcycles today is in line with the increase in criminal acts such as motorcycle theft. Even though it is equipped with a security system such as a shutter key and ignition key, motorbikes can still be broken into by burglar specialists. When a motorcycle theft occurs, what the community can do is report the incident to the police and the community takes a long time to find the whereabouts of the missing motorcycle. Based on these problems, an additional security system was designed for Arduino-based motorcycles by utilizing GPS and SIM7000 modules. With the help of a simple application on the user's smartphone, this motorcycle security system can be tracked at any time even remotely. The results of this test obtained the coordinate points taken by the motorcycle during the route with the default time interval of 1 second. The coordinates obtained are displayed directly on google maps that are connected to the application and stored in the history application to anticipate if a motor vehicle theft occurs. The accuracy of taking coordinates on this tool is 85% when the quality of the network received is in good condition and 75% when the quality of the network received is in poor condition.

Designing Motorcycle Security System Using E-KTP Sensor and SMS Gateway

Motorcycle demand is increasing as well as the cases of vehicle theft in Indonesia. Not only increase theft cases, number of new modes of theft of the motorcycle is also increase. According to the Statistics Supervisory Agency (BPS) data from 2015 to 2018, the data on the number of motorcycles is increasing, starting every year around 126,508,776 motorcycles are sold in Indonesia. In Indonesia, it is estimated that hundreds of motorbikes are stolen every month. How is the feasibility of motorcycle safety devices and the accuracy of the RFID module. Creating a motorcycle security system using a microcontroller-based RFID-RC522 module that can be read accurately and can be monitored in real time using received SMS and test the feasibility of a motorcycle safety device that can be monitored via cellphone. Making this tool using the Prototype method. The prototype is a development method from the previous system. The results of this research are in accordance with the analysis and design that has been made to get the result of an E-KTP-based motorcycle safety device to increase the security of personal items because this device can activate and deactivate motorcycles by using SMS. This tool can also help the community in maintaining security around the surrounding environment so that they can add a double security system to motorcycle vehicles.

Designing Motorcycle Security System Using E-KTP Sensor and SMS Gateway

Motorcycle demand is increasing as well as the cases of vehicle theft in Indonesia. Not only increase theft cases, number of new modes of theft of the motorcycle is also increase. According to the Statistics Supervisory Agency (BPS) data from 2015 to 2018, the data on the number of motorcycles is increasing, starting every year around 126,508,776 motorcycles are sold in Indonesia. In Indonesia, it is estimated that hundreds of motorbikes are stolen every month. How is the feasibility of motorcycle safety devices and the accuracy of the RFID module. Creating a motorcycle security system using a microcontroller-based RFID-RC522 module that can be read accurately and can be monitored in real time using received SMS and test the feasibility of a motorcycle safety device that can be monitored via cellphone. Making this tool using the Prototype method. The prototype is a development method from the previous system. The results of this research are in accordance with the analysis and design that has been made to get the result of an E-KTP-based motorcycle safety device to increase the security of personal items because this device can activate and deactivate motorcycles by using SMS. This tool can also help the community in maintaining security around the surrounding environment so that they can add a double security system to motorcycle vehicles.

Designing Motorcycle Safety System Using Fingerprint Sensor, SMS Gateway, and GPS Tracker Based on ATMega328

A motorcycle security system has been designed using an ATMega328 microcontroller by applying fingerprint, SMS and GPS. The system consists of a GPS Module and a SIM Module. The system is designed to find the position of a stolen motorcycle via a Google Maps and create a security system on a motorcycle that uses a fingerprint sensor as a substitute for the key to turn on and turn off the motorcycle engine. ATMega328 is used as a processor, with additional GPS, GSM SIM 8000I, relay and buzzer. When a theft occurs, the system will send an SMS contained Google Maps link to the owner of the motorcycle. The results of the system design are expected to minimize the crime rate in motor vehicle theft cases.

Rancang Bangun Sistem Keamanan Motor Dengan Pengenalan Sidik Jari Berbasis Arduino Uno

Developments in science and technology is increasing , especially in the field of electronics , many benefits can be gained from the development of the electronics but the growing technology the more criminal offenses, including theft of a motor. Of this problem, made motorcycle security system through fingerprint recognition. The system is made using a fingerprint sensor Sm630 as input to detect fingerprints of motorcycle users. This system is also supported by the kit with Arduino uno ATmega328 microcontroller as the brain to process the data from the fingerprint sensor to the LCD, motorcycle and alarms. Of making this system, it can be concluded that, there will be only five users can access and motorcycle alarm system will turn on when there is no corresponding fingerprint sensor because the sensor attaches to will only communicate with fingerprint sensors are stored in the database .

Implementasi Aplikasi Berbasis Teknologi IoT pada Perangkat Tracking dan Kendali Kendaraan Bermotor

The increasing use of vehicles, especially motorbikes, has the potential to increase motor vehicle theft cases. The increase in motorcycle theft cases can occur due to the weakness of the owner in installing a motorcycle security system, so that it has the potential to experience losses due to theft. An indication of the problem is how to develop an application that can be used to carry out tracking that can display the position of the vehicle with integrated maps and vehicle control remotely in the event of a vehicle theft. The development of Internet of Things (IoT) technology as well as information and communication technology can now be used to develop an application for wireless vehicle monitoring and control. So that it can make it easier for vehicle owners to track and control the vehicle to minimize vehicle loss. In this study using MIT App Inventor as an application development platform and using ThingSpeak as an IoT database server. Furthermore, the application will be integrated with the Tracking Device device consisting of a microcontroller, Global Positioning System (GPS) module, and a DC relay installed on the vehicle, utilizing an internet connection as a link between the application and the tracking device. The result is that vehicle position data can be displayed through a mobile application with map visualization integrated with google maps and the user can turn off or turn on the vehicle through the application with the farthest distance that has been successfully tested of 141 km. The time for the tracking device to respond to commands from the application varies from 5 to 20 seconds depending on the strength of the internet connection used.
 Keywords : Internet of Things (IoT), Tracking Device, Global Positioning System (GPS), mikrokontroler.

Motorcycle Security System using SMS Warning and GPS Tracking

Today, technology has been developing rapidly. Various types of technology have been developed and provide a great deal of convenience in human life activities, including security systems. Motorcycles, parked in a park or on the street, are at high risk of being stolen. A security system for Motorcycles with SMS warning and GPS tracking that can prevent theft of a motorcycle is needed. The research aimed to design a security system for motorcycle consisting of a SIM808 GSM Module to send warning messages, and a GPS tracker to provide information in latitude and longitude coordinates to track the stolen motorcycle using Google Maps. GPS Tracker worked by reading the coordinates where the object was located. The tests were carried out by moving and integrating the motorcycle system, and the results could be seen in the coordinate changes, monitored by Google map showing the movement of the motorcycle. The system made was significantly closer to what was planned.