Public Channels
Smart Library Occupancy- IoT sensors are installed on library seats to detect whether they are occupied or available. The sensors send real-time data to a central system for monitoring. Students can view available seats through a mobile app or digital
IoT project design: a smart pillow an IoT-embedded pillow with a heat sensor as well as a small haptic actuator with temperature and motion sensor also it detects heart rate
IoT-based system to monitor stray animal health, location, behaviour, feeding, and vaccination status for timely intervention and better welfare management.
SleepSync is a smart sleep solution designed to address poor sleep quality caused by stress and lifestyle factors through an innovative, non-intrusive pillow ecosystem. The system uses an ergonomic memory-foam pillow equipped with embedded sensors and an
Smart Parking System: Helps in optimization of Parking slot availability using IOT sensors.
Developed an IoT-based automated attendance system integrating RFID-enabled ID cards with biometric verification for accurate student identification. The system uses ESP32/Raspberry Pi gateways to validate RFID and biometric data at the edge, eliminating
An IoT-based solution designed to monitor and manage stray animal welfare by tracking their health, location, behaviour, feeding, and vaccination status. The system aims to enable timely intervention and improve the overall health and safety of stray anim
The proposed solution is an IoT-based smart water heating system for hostel residents. A student can remotely switch on the geyser through a mobile application even when the student is not present in the hostel. The user can select the desired water tempe
Smart Dustbin: Automatically detects wet and dry garbage and alarms the people about capacity filling.
IOT based system using temperature sensors, light sensors, motion sensors to automatically switch off the electricity when no one is in the classroom
Build an IoT-based Smart Office system that monitors occupancy and environmental conditions in real time and provides utilization insights to optimize space, energy, and facility management.
This smart system automates personalized nutrition by combining an ingredient dispenser with user health tracking. It analyzes daily photos and weight to create tailored meals, while simultaneously monitoring remaining food inventory and automatically reo
