The Humidity and Temperature Monitoring System is an Arduino project that measures and displays humidity and temperature levels in real-time. It uses LEDs to indicate environmental conditions, making it a great tool for learning about sensors and data visualization.

IoT and sensor-based referee assistance system for Kabaddi matches.

Proyek Arduino untuk memonitor estimasi sisa jarak tempuh kendaraan berbasis konsumsi bahan bakar (liter). Sistem ini menggunakan potensiometer sebagai input level BBM dan LCD I2C sebagai penampil informasi. Dirancang untuk simulasi efisiensi bahan bakar kendaraan.

An Arduino-based system that autonomously detects and tracks flames via IR sensing, locks a servo-driven nozzle to the flame's position, and activates a water pump for targeted suppression — minimizing collateral damage over conventional sprinklers.

Frontend code for a contactless mask and temperature detection control system using deep learning, computer vision, and sensor technologies, integrated with Arduino for gate control.