WALK-AID : cross the snag
“Smart Assistive Shoes and Cap” for Visually Impaired People, will detect, alert, and solve the problem of vision loss. According to the World Health Organization (WHO), at least 2.2 billion people are suffering from vision loss. How can we transform their lives? So to contribute towards the solution of this problem we made a shoe that can detect underlying objects such as stones, trash, cans, and other obstacles on roads, footpaths, etc along with a cap to see obstacles at a head level such as pillars, roof, doors, etc to alert visually impaired people. So let us transform the lives of many visually impaired people. A small device can make a big change.
INDIGO The Helping Buddy
INDIGO is a personal helping buddy for the persons that do not has proper capability of looking there surrounding .. it can tell them and alert them by telling what the think is actually is in there path.. it can easily operated by any person of any age group. wither it is a child of 10 years or a sinner citizen of 100 years.. It is covered with glisten that makes it water proof and can easy to use in different weathers . it can also be used with earphones and headphone it can be used with any smart phone of any size .
The Plant Bot
Plant Bot – Bringing Life to Your Plants. Plant Bot originated from the desire to bridge the gap between traditional plant care practices and modern technology. We envisioned a dynamic platform capable of not only monitoring plant health but also identifying and mitigating potential threats such as insect attacks and diseases.
River cleaning robot
The name of our innovation is Talentino.
It is a cleaning robot whose purpose is to remove waste from a water body. It uses a conveyor belt mechanism to transport dirt and other waste materials from the water of a water body and stores it in a chamber.
There was a group of members who had a lot of waste at home. They did not know what to do. There was a river next to their house. They decided to dump the waste there. Other people saw this and started following it. This practice has made many rivers get polluted. People are not able to drink clean water. Due to this, many people in India get affected or die every year.
Our project helps solve this problem.
Smart Agriculture System
Agriculture is an important industry as well as foundation of the economy. Agriculture automation is a major concern and emerging topic for all countries . The world’s population is rapidly increasing and as it grows the demand for food also increases . The increasing need for food as well as changing consumer demands have made it extremely difficult for the agriculture industry to develop techniques and practices that will fully satisfy the increasing needs and requirements. That’s where the important role of smart agriculture system comes in . Smart Agriculture System can help farmers produce healthier , higher quality crops as well as grow a sustainable agribusiness. Relying on Indian agriculture’s monsoon season , there is an unreliable source of water due to which smart agriculture system is India is needed for providing a sufficient amount of water in the farms and fields according to the soil’s moisture content .
Vigilant Visor
Globally, about 2 million workers have died due to work related injuries and diseases till today and an additional 374 million workers get non-fatal, work-related injuries and disease . In India, 3 workers lose their lives everyday due to lack of basic safety measures.
Wearing the right PPE [Personal Protective Equipment] is very important for the safety of these workers and it is hard to manually ensure that everyone is wearing the protective equipment before entering the workplace.
To prevent this problem of lack of safety, I made the vigilant visor, an AI based system & and IoT based Environment sensing and alert system, that ensures all workers are wearing required safety gear, track workers realtime location using QR code based system and ensure safe working environment in mines
HK Eepress
In our pioneering initiative, we’ve developed a groundbreaking train system that operates solely on solar power, transforming transportation in rural areas. This innovative train is a testament to our commitment to sustainability, as it harnesses the abundant energy of the sun, drastically reducing reliance on traditional electricity sources. By utilizing renewable energy, we not only minimize our carbon footprint but also promote environmental stewardship within communities. Each carriage is outfitted with cutting-edge solar panels seamlessly integrated into its design, ensuring a continuous and eco-friendly power supply throughout the journey. Passengers aboard our solar-powered train experience not only efficient and cost-effective transportation but also contribute to the preservation of our planet. Join us on this journey towards a greener future, where innovation and environmental responsibility converge to create sustainable solutions for generations to come.
Automated Irrigation System
An automated irrigation system waters plants based on soil moisture levels, conserving water by only watering when needed. Sensors detect dry soil, triggering irrigation, while a controller ensures water goes where it’s needed. It can be controlled remotely via smartphone, saving time and simplifying gardening tasks for healthier plants.
Airborn
Introducing our innovative drone solution designed for dual functionality: seamless deliveries and voter education. Our drone effortlessly navigates urban landscapes to deliver goods swiftly while simultaneously engaging communities through informative campaigns, empowering voters with essential knowledge. With a focus on efficiency and civic engagement, our drone represents the future of logistics and democratic participation, offering unparalleled versatility for businesses and political campaigns alike.
Auto-Hydroponic
My project is a Smart Hydroponic Agri-Bot. Its name is “Auto-Hydroponic”. It uses sensors to monitor and adjust the pH and water level. It can only monitor the temperature and humidity of the environment but cannot change it. As the acid, I’ve used acetic acid(vinegar) and as the base, I’ve used calcium carbonate. A pump circulates and oxygenates the water while another pump adds water when needed. You can send commands to the microcontroller (Arduino Uno R4 Wi-Fi) through the messenger widget in Arduino-IOT-dashboard called “Auto-Hydroponic “. The Arduino board is powered by four 3.7V batteries that are charged by four solar panels. DC adapters power the pumps and solenoid valves. The mechanical structure is simple, it’s a big aquarium of size 14”*10”*10”. The plant I’ve chosen to grow is a money plant. Auto-Hydroponic can help farmers increase crop yield & stop the wastage of water in traditional soil agriculture.
