The Smart Environmental Monitoring system will not only simplify and streamline plantation management operations but also enhance efficiency and promote sustainability. By offering real-time data collection and actionable insights, our solution will empower decision-making and optimize resource usage.

The SmartSecure Locker System is an IoT-based solution for secure storage in shared spaces like universities, gyms, and offices. It features real-time locker availability, biometric access, and alternative location suggestions when lockers are full. Users can manage lockers via a mobile app, ensuring convenience and security.

This Smart IoT Lighting System is designed for indoor lighting, integrating hardware with cloud connectivity for seamless control. Users can conveniently configure preferences and manage settings via a secure mobile app with voice command support, ensuring personalized and efficient lighting experiences, ease of use, and robust data security.

This project explores the development of AI-powered decision-making models to optimize corporate workflows, enhance strategic planning, and improve operational efficiency. By leveraging machine learning and natural language processing, the system will analyze corporate data including HR, finance, and operations to generate data-driven insights

FlickNest is an innovative smart automation system that allows you to control your electronic devices effortlessly through hand gestures. Powered by the advanced FlickNest Smart Bracelet, it transforms your gestures into seamless commands, enabling intuitive and hands-free management of your home environment.

Smart canteen management system is a system designed to increase the efficiency of cafeterias in different working environments and to provide more user friendly functions such as smart pay, an app to keep track of user activities, digital touch screen for the menu item selection,congestion alert system.

A Smart Land Surveying Device to transform traditional surveying. The Site Printing Rover is designed to automate the stakeout process in land surveying.

This is a research project that develops and investigates an AI-based serious game design framework for software developers to embed privacy practices when developing software applications

A lightweight operating system design for voluntary computing across peer-to-peer (P2P) devices connected via local network, enabling efficient resource pooling and sharing, fault tolerance, and scalability. The proposed DOS will allow devices within a local network to share excess computational resources dynamically.

This research focuses on automating the generation of Verilog code (a hardware description language) using Large Language Models (LLMs). The motivation behind this project is to simplify and accelerate hardware design processes by leveraging AI-based tools.