This project implements a Smart Energy Management System on campus using IoT. Sensors monitor occupancy, light, and temperature, sending data via LoRaWAN or Wifi Router to a central gateway.

Many people struggle to maintain healthy indoor plants due to improper watering schedules and lack of timely information about soil moisture, temperature, and light levels. This often leads to plants being under- or over-watered, and not receiving adequat

An IoT system that uses sensors to monitor the environment and actuators to automate control, improving efficiency and crop health.

Smart Classroom Project uses IoT sensors like PIR, light, temperature, and CO₂ detectors to monitor occupancy, lighting, and air quality. The system automatically controls lights, fans, and ventilation to save energy and maintain a healthy learning enviro

Urban areas often face issues of overflowing garbage bins, irregular waste collection, and high operational costs due to fixed-route collection systems. This leads to unhygienic conditions and inefficient resource use. An IoT-based Smart Waste Management

The Project is about connected Bus system in suymbiosis environment & and about the data virtualization , real-time tracking , user data representation , distributed processing & concurrent updating.

Companies lose money due to delays, theft, misrouting, and spoilage of goods. Lack of real-time visibility into goods’ location and condition

Using thermal sensors in library to track the crowdedness in the library. It will help students to know if going to library at that point of time would be fruitful or not.

Students will be able to do their attendance using their iris scanner and fingerprint ,making it more transparent for authorities to monitor the students

On harvesting of crop instead of burning the paddel we will cut and convert them into manure using IOT based temperature nitrogen Sensor.

This project uses smart devices to continuously track patients’ health (like heart rate, temperature, blood pressure, and oxygen levels) and sends that information over the internet to doctors and nurses, even if the patient is at home or in a different r

Farm IoT devices often work separately, causing delays in decision-making and difficulty in managing large amounts of data.

The wearable IoT device collects health & movement data, sends it to a mobile/cloud system, analyzes it, and shows alerts & insights to athletes and coaches so they can prevent fatigue/injury in real time.

A Sim card enables the the embedded computer in the car to connect to the cloud. The user can control and monitor the car from a distance

A smart traffic light system dynamically controls signal timing based on real-time traffic conditions. With IoT integration, it can send traffic data to a cloud server/dashboard for monitoring and analytics.