A unique state-of-the-art low-cost landslide monitoring and warning system that can be installed in landslide-prone hilly areas. This inexpensive system is installed in landslide-prone areas for remote IoT-based monitoring of weather parameters, soil movements, and soil properties. The system senses significant soil movement and warns vehicular traffic via traffic signals at the landslide site as well as advises people living in the vicinity of the site via SMSes.
The system also comprises a weather station with the ability to generates weather-related advisories, where the probability of rainfall is higher than 80%, and amount of rain is more significant than 3 mm in next two hours for deployed and nearby locations to different stakeholders.
A weather monitoring system that can monitor weather parameters like temperature, humidity, light intensity, barometric pressure, rainfall intensity, wind direction and much more.
The system also comprises a weather station with the ability to generates weather-related advisories, where the probability of rainfall is higher than 80%, and amount of rain is more significant than 3 mm in next two hours for deployed and nearby location to different stakeholders.
A unique state-of-the-art low-cost air-quality monitoring, prediction and warning system that can be installed in remote areas. This IoT-based monitoring system can monitor 7 pollutants, namely PM 1.0, PM 2.5, PM 10, CO, SO2, NO2, and Ozone, and also 5 weather parameters, namely temperature, atmospheirc pressure, relative humidity, wind speed and wind direction.
The system is also capable of generating SMS alerts to subscribed user, when certain thresholds is breached. The system comes with a state of the art prediction module, which uses ensemble of various deep learning models to predict future pollutants concentration.
iIoTs has created a web application Army Canteen Scheduler App (ACSA) for the army canteens that can help in maintaining social distancing norms during the current Covid-19 pandemic. This application allows one to schedule liquor and grocery purchases online before arriving at the canteen.
ACSA may help canteens to better prepare for the customer demand and help customers book a time slot before heading to the canteen. ACSA allows support for multiple liquor and grocery counters at canteens as well as user-defined configurable consumption limits and operating times. ACSA also gives the canteen administration the liberty to alter various configurations such as counter number, maximum limit of people in a slot, full-day or half-day closed and closed on some other days. A customer can book liquor and/or groceries via ACSA, and upon booking, he is assigned an available time slot.
Application Developer: Dipanshu, Ayushman, Ishwar, and Shruti under the guidance of Dr. Varun Dutt
iIoTs has developed a Automatic Thermal Screening System (ATSS).
COVID-19 diseases are spreading rapidly, and no vaccine is yet to be cure to these diseases. In the present time, people are going to market, shopping malls, offices, and traveling on the buses, increasing the coronavirus's spreadability. The strange thing about this disease that the asymptomatic COVID-19 patient himself does not know that he is a potential carrier for coronavirus. Suppose we could detect the symptoms of the COVID-19.
In that case, we can prevent the COVID-19 patient from mixing up with the other people. The person's body temperature is a primary symptom of COVID-19 diseases. So, we developed a device that can detect a person's body temperature from a distance. Whenever the person stands in front of the system (i.e., in a range between 10-15cm), the blue light is turned on immediately, and the system starts taking a temperature reading. If the person's temperature is above 100 Fahrenheit, the system turns on the red led and sounded an alarm. As a result, the person can be prohibited in the office or bus. The system consists of two primary sensors the working of these sensors is the following:
1. Infrared Thermometer Sensor
2. Distance Sensor
IoT-MediGuard is an innovative, compact, and cost-effective solution designed to ensure the safe storage of temperature- and humidity-sensitive medicines. The system integrates real-time IoT-based sensing with advanced machine learning models to monitor environmental conditions and predict potential deviations that could compromise medicine quality.
Key components of the system include a microcontroller, a multi-sensor unit, cloud-based analytics, an intuitive mobile application, and automated alert mechanisms. These elements work cohesively to provide real-time monitoring, predictive insights, and timely notifications to healthcare stakeholders.
The system has been successfully conceptualized, developed, and validated through real-world deployment. All functional objectives have been achieved, demonstrating reliable performance and laying the groundwork for large-scale implementation and future scalability in healthcare and pharmaceutical supply chains.
Diabetes affects over 537 million adults globally, yet traditional blood glucose monitoring methods remain invasive and uncomfortable, discouraging frequent use. GlucoBreath offers a revolutionary solution—a non-invasive glucometer that uses advanced breath analysis technology to detect diabetes and monitor blood glucose levels. By analyzing volatile organic compounds (VOCs) in exhaled breath through seven Metal-Oxide Semiconductor (MOS) sensors, GlucoBreath provides accurate results without the need for finger pricks, making diabetes management painless and convenient.
Powered by cutting-edge machine learning algorithms, GlucoBreath delivers 96.9% accuracy in predicting diabetes status and 89% accuracy in determining blood glucose level severity. Its portable design, IoT-enabled connectivity, and cloud-based analytics ensure real-time monitoring and seamless data sharing. Affordable and easy to use, GlucoBreath is a game-changer for individuals managing diabetes, healthcare providers seeking innovative solutions, and pre-diabetic individuals aiming for early detection. Take control of your health with GlucoBreath—the future of diabetes care!.
YOGASMART is an innovative wearable ECG monitoring device designed to make heart health tracking accessible and affordable for everyone. Compact, lightweight, and easy to use, YOGASMART provides continuous 24-hour cardiac monitoring with clinical-grade accuracy. It seamlessly connects to your smartphone via Bluetooth 5.2, allowing you to view real-time ECG waveforms, analyze heart rate variability (HRV), and generate detailed health reports. Whether you're managing personal health or supporting remote healthcare applications, YOGASMART empowers you with actionable insights into your heart's performance anytime, anywhere.
Built with advanced components like the MAX30003 ECG analog front-end and the RP2040 microcontroller, YOGASMART ensures precise signal acquisition and efficient real-time processing. The device samples ECG signals at 512 Hz for high-resolution data and transmits them wirelessly using BLE 5.2, ensuring low latency and stable connectivity. Its rechargeable 3.7 V lithium-polymer battery supports 24-hour operation, while power-saving features like dynamic clock scaling extend battery life. The accompanying mobile app, available on Android and iOS, offers secure Google-based authentication, cloud synchronization, and offline analytics for a seamless user experience. With its robust design and reliable performance, YOGASMART is your trusted companion for continuous cardiac monitoring.
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