UNIVERSITY OF AZUAY FACULTY OF SCIENCE AND TECHNOLOGY SCHOOL OF AUTOMOTIVE MECHANICS ENGINEERING PROJECT DESCRIPTION 1 Student Name: Project title: Luis Reyes Motor security PROJECT DESCRIPTION As an Automotive Engineering student, I have developed the "Motor Security" project as part of my final project, motivated by the growing need for motorcycle security, especially in Latin America, where the theft rate is alarmingly high. The idea of "Motor Security" arose precisely to address this problem, providing a technological solution that seeks to improve the safety of motorcyclists. This device focuses on protecting the motorcycle from attempted theft through an integrated system that includes several innovative features. Among the most notable features are: Sudden movement alerts: The device has a sensor that, upon detecting unusual movements when the motorcycle is off, such as tampering attempts, sends immediate alerts to the owner's phone through a Wi-Fi connection. This allows for a quick response to potential threats. Motion detection without turning on the motorcycle: In addition to alerting about sudden movements, the system identifies if the motorcycle has been moved more than 5 meters without being turned on. In the event of this happening, the owner receives a warning on their phone, adding an extra layer of security. Remote Access and Management: Through a dedicated mobile app, the owner has the ability to monitor their motorcycle in real time from anywhere. Available options include receiving alert notifications, checking the current location via GPS, activating audible alarms, and even remotely disabling the engine ignition in the event of attempted theft. The prototype has already been developed using accessible components, such as an ESP32 (LILYGO T-SIM7000G ESP32-WROVER-B with Solar Charging SIM GPS Antenna CH9102F 16MB 2G/NB TTGO), a vibration sensor, GPS, chip antenna, a lithium-ion battery, and a switch. Although the prototype is functional, it has been manufactured with educational materials and with some limitations in terms of precision and safety. However, with further investment and technical adjustments, this device can be substantially improved. The current prototype is housed in a 3D printed box, designed for convenience and portability. My goal is to perfect this system, optimizing both hardware and software, and then bring the product to mass production and distribution throughout Latin America. With a focus on safety, efficiency and accessibility, "Motor Security" can become an essential tool for all motorcyclists in the region. PAGE 1|3 UNIVERSITY OF AZUAY FACULTY OF SCIENCE AND TECHNOLOGY SCHOOL OF AUTOMOTIVE MECHANICS ENGINEERING PROJECT DESCRIPTION 2 ANNEXES Figura 1. Motor Security device box Figura 2. Uncovered box PAGE 2|3 UNIVERSITY OF AZUAY FACULTY OF SCIENCE AND TECHNOLOGY SCHOOL OF AUTOMOTIVE MECHANICS ENGINEERING PROJECT DESCRIPTION Figura 3. Lock switch location Figura 4. Devices used for the project PAGE 3|3
