IskarGul: Development of a Blockchain-Driven Smart Contract Cloud Market Platform

Abstract

This study explores the transformative potential of Iskargul, an innovative platform that revolutionizes agricultural trade through blockchain integration. It provides a comprehensive analysis of Iskargul, including user interface design principles, the detailed implementation of blockchain technology, transparency, smart contracts, user feedback, and a comparison with traditional systems. The user-centric design principles of Iskargul ensure an inclusive and functional interface for both farmers and consumers. The integration of blockchain technology is systematic, focusing on security, scalability, and efficiency. The findings show that Iskargul effectively addresses transparency and traceability issues by recording and tracking the entire journey of products, thereby fostering trust in the supply chain. Smart contracts automate transactions, resulting in high user satisfaction. Despite positive feedback, the study identifies adoption challenges, particularly related to the blockchain learning curve. In comparison with traditional systems, Iskargul excels in efficiency, cost-effectiveness, and user satisfaction, highlighting the transformative potential of blockchain in optimizing the agricultural supply chain. This study offers valuable insights into agricultural trade and blockchain technology, emphasizing the feasibility of blockchain-powered platforms in reshaping traditional practices. While adoption challenges exist, the positive outcomes suggest that blockchain can revolutionize agricultural trade, creating a more efficient, transparent, and secure ecosystem.