E-Minggu Penyelidikan Dan Inovasi Sains Dan Teknologi 2022 (MPIST 2022)

The objective of this research is to investigate the gaps in the existing online transaction fraud detection on e-commerce websites, to propose and develop an online transaction fraud detection using backlogging on e-commerce websites that is safe against fraud and enables simple and efficient transactions and implement security measures to prevent a breach of the proposed system. The system can receive, store, and process data related to the customer who registers and uses the system. Furthermore, the system is expected to provide a better interactive feature in an e-commerce website and be able to detect any fraudulent transactions and can restrict and prohibit transactions carried out by an attacker. The system is expected to be secured with the implementation of authentication, bcrypt hashing algorithm, and One Time Password (OTP). The research is to develop an e-commerce site as a web-based system that can assist in detecting transaction frauds using backlogging on an e-commerce website when a customer purchases products from the seller through the internet using a web browser. This research uses behavior analysis to identify fraudulent online credit card transactions in real-time. The algorithm also uses a multi-layered security-based strategy for the transaction restrictions established by the relevant user. The customer's spending limit is used to classify transactions, which aids in determining if the current transaction is legitimate or fraudulent. Finding out the user's location is vital in detecting credit card fraud. The system is useful in a small-scale website for detecting fraud, and with additional improvements, it might be employed in a large-scale e-commerce website where thousands of transactions can occur simultaneously.

The objectives of the research are to investigate the gaps in the existing car booking mobile application for USIM students, to develop a secured car booking mobile application, MyRide, and to implement system testing to ensure MyRide mobile application is working. The scope of the research includes a car positioning module, car position mapping module, and authentication module. The result of the research is a mobile application for car booking called MyRide. The research is to enhance the current method of booking a car.

This paper presents a review of research on UniPlanner, a student academic planner. The objectives of the research are to investigate the gaps in the existing student academic planner for USIM students, to develop a student academic planner named UniPlannner, that has a security feature, and to conduct a user acceptance test to ensure the UniPlanner is working. The scope of the research includes a web-based system named as UniPlanner, that aims to help students to solve their time management problems while increasing the effectiveness of their studies. The security features that will be implemented in this system are password encryption by using the Bcrypt hashing algorithm, password complexity, Google reCAPTCHA, and uploaded file restriction. This system is expected to allow users to record their daily routines and calculate CGPA scores. UniPlanner also allows users to set a reminder and display the important task that must be done. Users also can update the information that has been entered. In a conclusion, this research can benefit users to improve their daily schedules. For future research, the system can be extended to include more features and could be enhanced as a mobile application.

The objectives of the research are to investigate the gaps in the existing halal food system, develop a secure halal food system, and perform user acceptance testing to ensure the system is working. The scope of the research includes the common login and signup form and allows users to browse the system. Foods will be categorized and listed based on names of races and types of foods, where customers can view vendors’ and foods’ names along with the price. Vendors will be able to edit, add, or delete their menus within the system. A search bar will also be included throughout the system, based on the databases keyed in by vendors. Next, payment could be made by customers through several methods such as Online Banking or Cash on Delivery (COD). Both customer and vendor will be assigned to retrieve the order information such as preparing the food and the order has been received. Admin will be monitoring all processes in the system such as user registration, order process, and customer services. The result of the research is a web-based halal system that shall be helping people to ensure and enlighten their foods of buying are halal without any doubt. In a conclusion, the system’s name ‘TryEat’ is an online system meant to overcome the issues where it aims to monitor every in-process food making, the vendor’s halal status, ingredients used, and strictly prohibited any doubting elements throughout the registration phase.