Automated LPG Leak Detection Alarm

Gas detection sensors installed throughout the home trigger an
alarm and automatically open windows upon detecting a gas leak. This immediate
response ensures swift evacuation to safety, potentially saving lives from the
threat of gas-related incidents.

Night Light

We have created a project .To avoid the Accidents and To save electricity .This is our Solution for this problem.

Edge Detection Robot

Some people are going Mountain Treeking through Vehicles At one edge, the car was falling. For that, we have created this Project

Smart Agriculture Monitoring System

In agricultural land, when the water content is low, it will automatically turn on the water pump, and when the light is not sufficient for plants, it will turn on the light for the plants.

Smart Speed Breaker

The Smart Speed Breaker System is a cutting-edge solution designed to bolster road safety by automating the control of speed breakers. Utilizing advanced sensors and actuators, this system detects approaching vehicles and adjusts the speed breaker accordingly, aiming to efficiently reduce vehicle speed and enhance safety for motorists and pedestrians alike. Its components include ultrasonic sensors for vehicle detection, servo motors for speed breaker control, IR transmitters and receivers for signaling, LED indicators for visual feedback, and buzzers for audible alerts. By intelligently managing speed breakers, the system improves traffic flow, minimizes the risk of accidents, and offers a cost-effective means of speed management on roads. Overall, the Smart Speed Breaker System represents a pivotal advancement in road safety technology, prioritizing accident prevention and fostering responsible driving habits.

SPEED GUARD PRO:”SPEED LIMIT ENFORCER”

SPEED GUARD PRO: The “Speed Limit Enforcer” is an innovative coding project designed to enhance road safety by automating speed limit enforcement at toll entry gates. Leveraging cutting-edge technology, including QR code scanning and real-time speed monitoring, this project aims to promote compliance with speed limits and reduce the risk of accidents on roadways.
At the toll entry gate, drivers are required to present a QR code generated upon entry to the toll road. This QR code serves as a unique identifier linked to the vehicle and driver information. The “Speed Limit Enforcer” utilizes cutting-edge technology, such as sensors, cameras, and machine learning algorithms, to monitor vehicle speeds and ensure compliance with posted speed limits. By automating the enforcement process, we can free up law enforcement resources, improve traffic flow, and create a safer driving experience for all road users.

Automatic Coin Dispenser

This project introduces a small prototype of a Coin Dispenser Machine that can be installed in various locations like auto rickshaw stands, bus stands, vegetable and fruit markets, and near roadside restaurants. Its purpose is to provide coins for transactions, addressing the common issue of vendors often not having enough change. By inserting notes into the machine, users can receive coins in return, ensuring they always have the right change on hand. This innovation aims to simplify transactions for both customers and vendors, making it easier to conduct business in these settings without worrying about the availability of coins.

Crack Detector

My innovative project harnesses the power of machine learning to revolutionize the detection of cracks in pipes. Utilizing technology, the bot is equipped with advanced sensors and algorithms that enable it to climb pipes effortlessly, scanning for potential faults with unparalleled accuracy. By employing machine learning algorithms, our system can swiftly identify and categorize cracks, enabling proactive maintenance and minimizing the risk of catastrophic failures. This breakthrough innovation not only enhances safety standards but also significantly reduces downtime and operational costs for industries reliant on pipeline infrastructure. With our solution, organizations can now proactively address maintenance needs, ensuring the integrity and reliability of their piping systems for years to come.

The Saviours

Ensuring safety is a paramount consideration in vehicle design. Modern vehicles are now equipped with a range of safety features such as airbags, front and rear cameras, lane departure warning, tire pressure indicators, adaptive headlights, automatic emergency braking, adaptive cruise control, and more. Despite the advancements in safety features, there is a notable absence in the automotive industry when it comes to addressing the critical issue of detecting and extinguishing fires within vehicles. Presently, no car manufacturer has implemented a feature specifically designed to combat fires.
To address this gap, we propose the development of a prototype that utilizes computer vision and artificial intelligence to automatically sense the presence of fire. Upon detecting a fire, the system will activate an integrated fire-dousing mechanism to swiftly and effectively extinguish the flames. This innovative solution aims to enhance vehicle safety by proactively addressing the threat of fires within the automotive environment.

Catabot

Given the widespread prevalence of cataracts, many individuals tend to be unaware of the condition, often due to time constraints. To address this issue, we have introduced an innovative solution involving a small robot designed to identify and diagnose cataracts efficiently. This robotic system operates by utilizing a trained artificial intelligence model in conjunction with a standard general-purpose camera. The implementation of this technology serves a dual purpose: not only does it enable users to save both time and money, but it also facilitates early detection of cataracts. The robot’s ability to swiftly and accurately assess the condition leverages the power of artificial intelligence, making the screening process more accessible and efficient. By bringing this technology to the forefront, we aim to enhance awareness, accessibility, and timely detection of cataracts, ultimately contributing to improved eye health outcomes for individuals.