Tech Harvest: Transforming Food Management with Intelligent Container Solutions

The ultimate goal of innovation should be to develop a system that is stable and beneficial for society. The emerging revolution from the past decade of multiple low-cost sensors aims to develop multifaceted Internet of things (IoT) devices for uncountable industrial and home usage. The proposed sys- tem revolutionizes container regulation and quality assessment in mega kitchens, addressing various scenarios effectively. It employs ultrasonic sensors to detect container status, ensuring contents are fully covered. Gas sensors and load cells continuously monitor contents, sending data to a MySQL database via a PHP API. Ultrasonic sensor data, determined by container height, alerts users if lids are open, preventing spoilage from atmospheric gasses. Load cell data, amplified by the HX711 module, alerts users when contents fall below set thresholds, reducing manual checks and enabling timely supply orders. The Gas sensor in the container monitors various gases at different ppm levels and implements preventive measures to avoid Food spoilage. Updates occur every 2 seconds, ensuring real-time monitoring. This innovative approach significantly enhances food storage practices, minimizing wastage and mitigating storage issues. By providing timely notifications, alerts, and temperature monitoring, it empowers kitchen managers to optimize efficiency and economy, revolutionizing pantry management in high-volume kitchens. This Research work promises a more sustainable and efficient approach to food storage, embodying the potential of IoT technology to address critical challenges in the culinary industry.