Traffique
In 2024, an estimated 1.19 million people died globally in road traffic accidents
Traffique is an autonomous traffic monitoring and enforcement system designed to revolutionize urban mobility. It integrates advanced technologies, including AI, computer vision, and IoT, to optimize traffic management, enhance law enforcement, and prevent accidents. Traffique addresses Sustainable Development Goals 11 (Sustainable Cities and Communities) and 13 (Climate Action) by providing a forward-thinking solution that reduces traffic-related incidents, lowers emissions, and improves urban planning. With its innovative approach, Traffique has the potential to transform urban infrastructure, creating safer, greener, and more efficient cities. This groundbreaking system not only enhances the daily lives of urban residents but also contributes to global efforts in combating climate change and fostering sustainable development. By leveraging cutting-edge technology, Traffique opens the door to smarter urban ecosystems and sustainable mobility solutions that benefit both people and the planet.
Business Model
Pricing & Cost
Price: ₹35,000
(subject to material cost variations)
Business Advantages
Increases Revenue by reducing labor costs while improving efficiency.
Optimizes Traffic Flow – Fewer accidents and delays mean
businesses operate smoothly, boosting overall economic productivity.
Enhances Transparency – Automated systems
minimize corruption
Reduces Errors – AI-driven monitoring improves accuracy and decision-making.
Leak Stop
This advanced gas leak detector is an intelligent emergency management system that detects gas leaks, automates emergency responses, and sends alerts. It features a gas sensor, LED indicator, buzzer, CO2 releasing pump motor, exhaust fans, and main switch trip mechanism. The system also includes IoT integration for real-time alerts via mobile app, including calls and messages. It solves problems like delayed response times, high risk of explosion or fire, lack of remote alerts, and manual emergency measures. The market potential is significant, with target segments including residential buildings, commercial kitchens, and industries. The system’s key differentiator is its all-in-one emergency response, setting it apart from typical gas detectors. With a competitive pricing strategy, the system can be sold at ₹3,999-₹7,999. This life-saving device is designed to minimize disaster risks and save lives, making it an attractive solution for homes, commercial spaces, and industries. Its unique features and benefits make it compelling
Smart Eco-friendly Office
My project focuses on creating a sustainable and innovative office environment by integrating renewable energy resources, such as solar and wind power, with eco-friendly practices like recycling units and composting for garden manure. The office features an eco-friendly garden, showcasing our commitment to environmental responsibility. The office runs on automation technology with facial recognition capabilities to improve efficiency and security.
By combining innovation and sustainability, my project aims to set a new standard for environmentally responsible offices. The result is a workspace that not only reduces environmental footprint but also provides a model for sustainable innovation, demonstrating that technology and eco-friendliness can go hand-in-hand.
AQ Tracker – A Smart IoT Device for Real-Time Indoor Air Quality Monitoring
AQ Tracker is a smart IoT-based device that monitors indoor air quality in real-time. It detects PM2.5, CO₂, temperature, and humidity, providing instant alerts to help users maintain a healthier indoor environment—especially in high-rise buildings. Compact, affordable, and user-friendly, AQ Tracker is designed to make invisible pollution visible.
THE TONGUE CONTROLLED WHEELCHAIR
A Tongue Controlled Wheelchair (TWC) is a cutting-edge mobility solution for individuals with severe physical disabilities. This innovative device uses sensors placed externally, around the user’s mouth, to detect and interpret tongue movements. These sensors recognize subtle changes in tongue position and translate them into commands that control the wheelchair’s movement, speed, and other functions. This technology enables users with limited limb or hand mobility to navigate their environment with greater ease and independence. The external placement of sensors ensures comfort and avoids potential issues associated with mouthpieces or implants. The TWC system often features customizable controls and integration with other assistive technologies, enhancing its versatility. By utilizing tongue movements for control, the TWC offers a user-friendly and effective way to improve mobility and quality of life for those with significant motor impairments, allowing them greater autonomy in their daily lives.
Litter lynx
In India there is an annual increase of 19 % in the plastic waste and only 30 % of it is recycled. 70 % of the waste is not able to reach to the recycling industries, thus not recycled. Our Litter Lynx has several features which make it best for waste management. Some of its features are-
1)It has wireless sysetem which helps to handle less configuration due to the absence of wires and connnectors.
2)It doesn’t produce tailpipe emissions contributing to cleaner air and reducing greenhouse gas effect.
3)the 4 by 4 driven sysetem improves traction and translates to better grip and control, especially in challenging sand conditions
4)It has an Efficient Litter Collection which enables it to reduce the time and energy required to collect the litter.
5) It has a less Cycle time as compared to Manual Labour which helps it in its aditional functions like-
.Coverage of more area in a short amount of time
.Increase in quantity of litter collection per hour
.Less energy requirement
.Increase in the frequency of litter collection in a perticular area
School Help Desk Robo
Visitors and students at schools often face difficulties navigating the campus, finding information, and getting answers to common questions, which can lead to confusion, wasted time, and increased workload for school staff.
Weather Bot
This smart IoT system detects natural disasters, monitors pollution, and supports farming with sensors like DHT11, MQ135, and vibration sensors. It includes AI tools for health tips, environmental education, and disaster alerts. Special features like volcano alerts, hydration reminders, and agriculture guidance make it useful for safety, learning, and sustainable living.
Emergency Alert System
This project primarily focuses on providing early warnings to people during emergency situations caused by natural disasters such as floods, tsunamis, and landslides. Designed to ensure timely alerts, giving individuals adequate time to evacuate and take necessary precautions to safeguard lives and property.
Smart Museum Artifact Protection System
The Smart Museum Artifact Theft Alarm is an intelligent security system designed to protect valuable museum artifacts using a combination of hardware and AI-based technologies. This project integrates Arduino with advanced sensors and AI features like face recognition, pose detection, and biometric authentication to create a smart, real-time alert system.