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This project introduces a contactless, smart garbage bin using IoT technologies, designed to improve traditional waste management systems. The system integrates Arduino-based hardware, ultrasonic sensors, and the Blynk application to measure and transmit the bin’s fill level in real time. Users can remotely monitor and receive notifications via the Blynk app, ensuring a seamless and contactless experience. The system demonstrates effective contactless waste management, with potential future enhancements such as improved sensor accuracy, predictive machine learning algorithms, and community engagement. This Smart 4-wheel garbage bin highlights the potential of IoT solutions in optimizing waste management, contributing to cleaner and smarter urban environments.

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Smart 4-Wheel Garbage Bin System Using Arduino Microcontroller and Ultrasonic Sensor

  • 会议论文

  • 发表日期：

    2025年

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  • Nur Sabrina binti Mustaffa,
  • Tengku Nur Azila binti Raja Mamat,
  • Muhammad Farid bin Shaari

摘要

This project introduces a contactless, smart garbage bin using IoT technologies, designed to improve traditional waste management systems. The system integrates Arduino-based hardware, ultrasonic sensors, and the Blynk application to measure and transmit the bin’s fill level in real time. Users can remotely monitor and receive notifications via the Blynk app, ensuring a seamless and contactless experience. The system demonstrates effective contactless waste management, with potential future enhancements such as improved sensor accuracy, predictive machine learning algorithms, and community engagement. This Smart 4-wheel garbage bin highlights the potential of IoT solutions in optimizing waste management, contributing to cleaner and smarter urban environments.