The project involves building a SaaS-based web portal that enables restaurants to generate unique QR codes for each table and for takeaway orders. When scanned, these QR codes allow customers to view a digital menu, place orders, and select payment options such as PayNow or PayLater. The system provides restaurant owners with an admin panel to manage menus, orders, payments, and subscription plans.
Additionally, a mobile app was developed for restaurant staff to manage incoming orders, track payment status, and receive alerts. The platform includes customizable themes, reporting tools, and supports different subscription models.

The project involves developing a mobile application and a web-based admin panel for a platform that allows users to rent personal items. The system supports three key user roles. General users can search, view, and book rental items, make payments, and provide feedback. Item owners can post items for rent, manage their listings and availability, and receive payments. Admin users manage the overall platform including users, item listings, payments, content, and advertisements via the backend panel.
The platform is built using the MEAN stack for the backend and React Native for mobile apps. It integrates with Google Maps, Facebook, Twitter, and payment gateways, and includes SSL encryption for secure transactions. The application supports both Arabic and English languages and offers features such as live chat, push notifications, and social media integration.

The application streamlines medication reconciliation workflows for both patient admission and discharge. This platform synthesizes critical medication data from various Epic EHR sources, processes it through an AI model, and generates a comprehensive, reconciled "Gold Standard Output" document. The solution aims to enhance accuracy, reduce manual effort, and ensure seamless integration with existing hospital systems, ultimately improving patient safety and doctor efficiency.