IoT based Street Light

Revolutionizing urban lighting, our IoT-based Street Light project harnesses the power of ESP32 microcontrollers for smart, efficient illumination. By integrating sensors and connectivity, it adapts to environmental conditions, optimizing energy usage and enhancing safety. Through remote monitoring and control, it offers municipalities real-time insights, paving the way for sustainable and connected cities.

Fingerprint Attendance IOT

The Fingerprint Attendance IoT project uses Arduino Nano and ESP32 to create a secure and efficient attendance tracking system. The fingerprint sensor (R305) connects to Arduino Nano for enrollment and verification, while ESP32 enables WiFi connectivity to send attendance data to a server or cloud platform. The system stores enrolled fingerprints in device memory and sends real-time attendance records to a web page or mobile app. This project has various applications, including employee and student attendance tracking, access control, and time and attendance systems, making it a versatile and innovative solution for modern attendance management.

Water Level Monitor IOT

The Water Level Monitor IoT project uses Arduino Uno and ESP32 to create a smart water level monitoring system. An ultrasonic or float switch sensor connects to Arduino Uno to measure water levels, which are then transmitted to ESP32 for WiFi connectivity. The system sends real-time water level data to a server or cloud platform, displaying updates on a web page or mobile app. Threshold levels can be set to trigger alerts and notifications, making it ideal for applications like water tank monitoring, swimming pool management, industrial processes, and flood warning systems. This project provides a convenient and efficient way to monitor water levels remotely, reducing the need for manual checks and potential losses due to overflow or depletion.

Payment Notify

The Advanced Payment Sound Box project uses ESP32 to create a secure and interactive payment system without the need for a SIM card. By integrating a payment terminal, such as QR code, RFID, or NFC, with an audio module and MicroSD card, the system enables contactless payments and plays confirmation sounds and voice messages. ESP32's WiFi connectivity allows for online payment processing and authentication, ensuring secure transactions. This project is ideal for various applications, including public transportation, vending machines, parking systems, and event ticketing, providing a convenient and efficient payment solution with audio feedback.