This project is focused on building a mobile-responsive, AI-powered service management platform for a US-based vehicle maintenance service center. The platform will provide customers with personalized, mileage-based service recommendations, streamline appointment scheduling, and ensure seamless data synchronization through integration with X-Time, a leading automotive service software.

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 Healthcare at Home platform is designed to bridge the gap between patients and healthcare providers by offering a scalable, secure, and AI-powered digital health marketplace. It enables users to book home care services, schedule teleconsultations, receive medical product deliveries, and access personalized health monitoring through a seamless web and mobile interface. By integrating intelligent provider matching, automated scheduling, and escrow-based payments, the platform ensures a convenient, efficient, and trustworthy healthcare experience for patients and caregivers alike.

With an emphasis on accessibility, security, and automation, the platform enhances healthcare delivery by leveraging AI-driven recommendations, HIPAA-compliant data security, and predictive analytics for demand forecasting. Patients benefit from flexible service options, while healthcare providers can efficiently manage their schedules, consultations, and earnings. By offering subscription-based models, commission-based transactions, and promotional opportunities, the platform is not just a healthcare solution but a sustainable business model that fosters long-term engagement and improved patient outcomes.