Enhancing Environmental Data Management through Dynamic Smart Contract Interaction on Blockchain

Abstract

In the realm of environmental data management, ensuring data integrity and accessibility is paramount. This paper presents the implementation of blockchain technology enhanced with Dynamic Smart Contract Interaction (DSCI) to effectively manage NOAA weather and environmental data. The proposed system leverages blockchain’s decentralized nature to secure data, while DSCI facilitates real-time updates, automated processes, and dynamic interactions within the blockchain. This combination ensures data authenticity, integrity, and secure access, providing fishermen with reliable data for strategic decision-making. The system addresses specific challenges in the fisheries sector by integrating NOAA data into a secure blockchain framework, preventing data leakage and manipulation. Key contributions of this study include a detailed explanation of the encryption algorithms and frameworks used, the step-by-step integration process of NOAA data into the blockchain, and quantitative results substantiating the system’s efficiency and robustness. The system’s functionality was rigorously tested through unit, integration, performance, and security testing, demonstrating significant improvements in data management practices, offering enhanced security, transparency, and operational efficiency. Comparative analysis with existing solutions highlights the advantages of the proposed system.