Implementing Blockchain for Advanced Supply Chain Data Sharing with Practical Byzantine Fault Tolerance (PBFT) Algorithm

Transparency and accuracy of information remain significant components in the highly evolved supply systems of the contemporary world. This project outlines an effective system for supply chain data sharing and analysis through blockchain technology together with the PBFT algorithm. The interaction between the proposed system and blockchain technology aims to integrate immutability and decentralization to record all the transactions meticulously. Consensus in the network is done through PBFT which as a result makes the network to be fault tolerant to the presence of malicious nodes. Through PBFT, the system preserves high accuracy and low latency in the time needed to verify the transactions. Besides promoting transparency of the supply chain processes, it also provides solutions for controlling data manipulations and fraudulent activities. The end effect is of the creation of a more robust and credible supply chain network that can effectively meet the challenges of complex and dynamic supply chain settings with superior efficiency and reliability.