Decentralized Information Resource Management: Leveraging Blockchain for Sustainable Development and Security
Jinhong Zhu, Yuan Shang, Xinyi Zhang · 2024
The present study offers a comprehensive examination of blockchain technology as a revolutionary instrument to foster progress across multiple industries, such as finance, healthcare, and agriculture. The analysis of data resource management, the decentralized structure of blockchain, and its function in enhancing transaction security and transparency is the goal of the study. The potential of blockchain technology to tackle significant sustainability issues like data exchange integrity, on-chain transmission, and resource management capabilities is examined. Here, we present a novel blockchain model that addresses integration issues by emphasizing security, privacy, and compatibility while demonstrating how blockchain technology can help realize the Sustainable Development Goals (SDGs) of the UN. This architecture is constructed in layers to increase security and anonymity. It incorporates elements of both public and private blockchains along with state-of-the-art cryptographic techniques like multi-party computing and zero-knowledge proof. It analyzes the adoption barriers of blockchain, such as scalability, regulatory compliance, and compatibility with existing systems, critically and provides solutions and recommendations for further research. This paper presents findings from a number of studies and theoretical analyses to show that blockchain can encourage social inclusion, a circular economy, and cultural inquiry by offering a comprehensive outline of the possibilities and constraints.