CONNECTED LOGISTIC SOLUTION – MOVING ASSET TRACKING: INTERFACES, DATA ANALYSIS, AND POWER FOR VEHICLE LOGISTICS MONITORING SYSTEM

• Main Author: Devananda
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/56879
• Institution: Institut Teknologi Bandung

Currently, Indonesia is experiencing the rise of online buying and selling transactions that use expedition services. However, with the increasing popularity of this expedition service, there are also a number of problems that should not have happened. A number of problems found in the field are the occurrence of embezzlement of goods by couriers, goods not arriving on time, goods arriving in poor condition, lack of monitoring related to the location of goods, and lack of vehicle security from theft. Therefore, it can be concluded that the problem that must be solved is the limited monitoring of logistics vehicles. The development of technology is one of the solutions that can be applied to overcome this problem. Products in the form of Internet of Things applications will easily monitor vehicles. Therefore, a system consisting of hardware and software has been designed that is capable of supervising vehicles and courier behavior. To be able to realize this system, 6 subsystems were designed, namely interface subsystem, cloud computing, power, communication, data acquisition and data preprocessing. In this final assignment, we will discuss 3 subsystems, namely interfaces, cloud computing, and the power and casing of the product. The interface subsystem is designed to display a number of concise information from all drivers and then the user can navigate the page to observe the driver in more detail. Meanwhile, the cloud computing subsystem is tasked with classifying driver ratings, geofencing, and thief detection. And finally the power subsystem will be in charge of providing resources to the entire circuit. Based on the tests carried out, the three subsystems have succeeded in meeting the specified success standards. However, for casing products, the specified specification, namely IP67, has not been successfully realized due to production problems.