Seamless Seafood Supply Chain Management: A Dynamic Blockchain Contract with Role-Based Flexibility and Enhanced Security

The seafood business is now adapting with a number of significant problems, such as supply chain efficiency, sustainability, and traceability. This paper proposes a blockchain-based smart contract for "perfect seafood chain management" to address this process. A novel approach to managing the supply of seafood using blockchain technology is represented by the SeafoodSupplyChain smart contract. The system however, goes beyond the conventional limitation on access based on role. Instead, agreements give stakeholders an adaptable way of petitioning for modifications to their responsibilities, subject to the agreement owner's permission. The agreement also specifies ownership transfers, self-destructive safeguards, and emergency obligations changes. The contract incorporates protections against self-destructive activities to guarantee the integrity of the system, strengthening the security of vital data and processes. After that, the system ensures secure and transparent tracking of seafood movement while efficiently managing roles. By establishing a flexible framework, the "Seamless Seafood Supply Chain Management" contract lays a strong and future-proof foundation for comprehensive and adaptable seafood supply chain solutions. Finally, I will analyze performance of the proposed framework using JMeter. As the industry continues to evolve, this smart contract presents a powerful and transformative tool for seafood businesses to navigate the challenges of the modern era and achieve sustainable growth and success.