THE DESIGN OF COMMUNICATION, STORAGE, AND POWER SUBSYSTEM IN CONNECTED LOGISTIC SOLUTION – MOVING ASSET CONDITION MONITORING

• Main Author: Louis
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/55832
• Institution: Institut Teknologi Bandung

E-commerce has grown gradually and caused an increase in logistic demand. However, this logistic system is still not efficient as there are some expenses that can be reduced. Therefore, a system that can monitor the conditions of a logistic company assets is needed in order to minimize expenses. Expenses that is needed to minimize include maintenance cost of logistic vehicles and monitoring of driver’s behavior. Connected Logistic Solution – Moving Asset Condition Monitoring is a solution to monitor logistic vehicle remotely and analyze data acquired to determine if maintenance is needed as well as the driver’s behavior rating. The system consists of two parts: a hardware connected to each vehicle and a server which stores and shows data to the user. Regarding the communication of data from the hardware and the server. MQTT protocol is used and data is encrypted using AES-128. In times of sending data from the hardware to the server is not possible, a temporary storage is used to store data temporarily until the system is able to send data. The hardware also needs power to operate and a mechanism to ensure the system is able to work during removal of device from vehicle.