The application is developed to manage various functions of an online store, including user authentication, inventory control, sales tracking, and reporting. It also supports automated email and SMS notifications. The system is built using Angular for the frontend and Node.js for the backend, with full support for multilingual usage, including RTL and LTR display for Arabic and English.

A marketplace required a web & mobile platform for live video shopping, enabling sellers to engage customers in real-time and drive sales through interactive live streaming. The system needed to support product showcasing, live chat, social media streaming, and seamless order management. The objective was to increase customer engagement, boost conversions, and offer a seamless shopping experience through live commerce.
This system was designed to:

• Enable sellers to conduct live streaming sessions for product demonstrations.
• Allow customers to view, interact, and purchase directly from live streams.
• Integrate with social media platforms for expanded reach.
• Facilitate real-time order and claim management.
• Support payment processing and secure transactions.
• Provide an intuitive admin dashboard for user and inventory management.

Application aims to revolutionize the digital fitness landscape by offering a smart, AI-powered mobile application that delivers hyper-personalized workout experiences. This cross-platform app will empower users to achieve their health and fitness goals through dynamic daily workout plans, real-time posture feedback, and seamless integration with wearable devices such as Fitbit and Apple Watch. The application leverages advanced technologies like OpenAI for adaptive workout generation, PoseTracker for form analysis, and biometric data from wearables to ensure each user receives the most effective and safe workout guidance. Users will be guided through a streamlined onboarding experience that personalizes their fitness journey from day one—factoring in goals, experience level, equipment access and any medical conditions.