It is a web-based AI-Edtech platform for micro-learning and skill enhancement, meeting the demand for flexible, scalable learning solutions. The platform enables students to browse and purchase courses with flat fees and time-limited access (60-90 days).

The system ensures streamlined course monetization with paywalls and provides admins control over pricing, categories, and course management. The AI-powered assistant, governed by a token-based model, enhances user engagement while offering premium upsell opportunities for additional support.

This solution is designed to capitalize on the growing EdTech market by offering personalized, AI-driven learning and automated management processes, with opportunities for revenue expansion through certifications, analytics, and corporate training solutions.

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.

This project aims to develop a mobile application for pharmacists that utilizes OCR (Optical Character Recognition) to read handwritten prescriptions from uploaded images or camera captures. The extracted medication details will be matched with a database to provide accurate prescription information.