Towards a Customizable and Cost-Effective Monitoring System for Vannamei Shrimp Cultivation

The advancement of technology has revolutionized the operational practices in vannamei shrimp (L. vannamei) cultivation, shifting towards a science-based and data-driven approach. The success of shrimp cultivation heavily relies on making informed technical decisions throughout the process. To facilitate optimal decision-making, an integrated monitoring system encompassing feed-growth data, water quality data, and material inputs is imperative. This research aims to design a customizable system that optimizes available resources and offers easily modifiable and adaptable program scripts for users. The development process involved constructing a prototype device, script development, and system implementation testing. The prototype incorporated three sensors (temperature, pH, and dissolved oxygen) and utilized floats for flexible customization based on specific needs and available sensors or materials. Data analysis and visualization were achieved through various free options. Remarkably, the system only required 2-3 concise scripts to operate effectively. The experimental results demonstrated the system's potential for broader application and future development. The proposed monitoring system provides a cost-effective solution, offering flexibility, reliability, and valuable data-driven insights to enhance decision-making in vannamei shrimp cultivation.