Land Mine detection
The Land Mine Detection System is designed to enhance safety in hazardous areas by detecting buried metal objects, such as landmines. This system uses a metal detector sensor to identify metallic objects and triggers a buzzer alert when a potential mine is detected. It is a cost-effective and portable solution that can assist in demining operations.
Smart Logistic System for Supermarkets
The Smart Logistic System is designed to assist supermarkets in managing inventory efficiently. By using ultrasonic sensors, the system can detect stock levels on shelves and display the information on an I2C LCD screen. This ensures real-time tracking of product availability and helps in reducing manual effort.
Smart Blind stick
The Smart Blind Stick is an assistive device designed to help visually impaired individuals navigate safely. It uses an ultrasonic sensor to detect obstacles and alerts the user via a buzzer.
weather monitoring
The Weather Monitoring System is designed to measure environmental parameters such as rainfall and air quality using an Arduino Uno, a rain sensor, and an MQ2 gas sensor. The collected data is transmitted via HC-05 Bluetooth module to a mobile device for remote monitoring.
Forest fire prevention
A Forest Fire Prevention System is designed to detect and prevent wildfires using a flame sensor and an ESP8266 microcontroller. When the sensor detects a fire, the system automatically activates a DC motor (which can be connected to a water pump or fire suppression system).
Laser light security system
A Laser Light Security System is a safety mechanism that detects intrusions using a laser module and an LDR sensor. When the laser beam is interrupted, the ESP8266 triggers a buzzer alarm. This system is ideal for home security, restricted areas, and perimeter surveillance
Solar Tracker
A Solar Tracker is a system that automatically adjusts the position of a solar panel to follow the sun’s movement for maximum energy efficiency. This project uses an Arduino Uno, LDR sensors, and a servo motor to dynamically orient the panel towards the brightest light source.
Earthquake detection system
This project is an Earthquake Detection System using an Arduino Uno, SW-420 vibration sensor, I2C LCD display, and an LED. The system detects seismic activity using the SW-420 vibration sensor, which responds to tremors. If the vibrations exceed a predefined threshold, the LED turns on, and the LCD display shows the earthquake intensity level.
Ctrl.Moist
Keeping your plants healthy just got easier with the automated plant hydration system. Designed for convenience, this smart device takes the guesswork out of watering by automatically adjusting to your plant’s needs.
A built-in soil moisture sensor keeps track of hydration levels, and when the soil gets too dry, a pump starts drawing water from any stable water source through a flexible tube. By delivering the appropriate amount of water according to each plant promoting healthier plant growth, it’s an eco-friendly solution for plant care. This system prevents over-watering and under-watering. Whether you’re a busy professional or just want an easier way to care for your greenery, this device ensures your plants stay healthy with minimal effort.
With its intelligent, hands-free operation, the automated plant hydration system is the perfect solution for “effortless thriving greenery” keeping your plants healthy and ensuring a clean environment.
Our Site: https://sites.google.com/view/ctrlmoist/home
Automatic Traffic System
An **Automatic Traffic System** is an intelligent solution designed to manage and control traffic flow efficiently using advanced technologies such as sensors, cameras, and AI-based algorithms. The system automates traffic signals, monitors congestion, and ensures smooth vehicle movement by dynamically adjusting signal timings based on real-time traffic conditions.
Key components include **vehicle detection sensors**, **CCTV cameras**, and **AI-powered traffic controllers**, which analyze traffic density and optimize signal operations. Additionally, the system can integrate with emergency vehicle prioritization, pedestrian crossings, and adaptive traffic lights to enhance road safety.
Modern implementations also feature **IoT connectivity**, allowing remote monitoring and data-driven traffic management. Integration with smart city infrastructure enables features such as **automatic number plate recognition (ANPR)** for law enforcement and **real-time traffic alerts** for drivers.
By reducing congestion, minimizing fuel consumption, and improving road safety, an **Automatic Traffic System** plays a crucial role in creating sustainable and efficient urban mobility solutions.