Data Visualization for Improved Mushroom Cultivation: A User-Friendly Approach

Abstract

The escalating global population has led to an increasing demand for horticultural products, particularly mushrooms, renowned for their rich nutritional composition. To optimize mushroom cultivation, it is crucial to monitor environmental conditions, including temperature and humidity, to ensure optimal growth. In this study, we designed and implemented an IoT-based mobile application to continuously monitor temperature and humidity in mushroom cultivation houses. The installation process involved strategically placing the components of the system for efficient data collection, and the mobile app was designed with a user-friendly interface for easy navigation and access to critical information. Additionally, we analyzed latency and data sent, demonstrating efficient data transmission and minimal delays in data packet travel. The evaluation of the mobile app's features showed high accuracy and effectiveness in providing real-time status updates. Furthermore, a Likert scale survey confirmed positive feedback from users, affirming the application's potential usefulness in mushroom farming. This system offers promising prospects for enhancing sustainability and profitability in the mushroom cultivation industry.