Platform Design for Supply Chain based on Blockchain enabled IOT

Military blockchain systems are crucial for ensuring secure and resilient operations, particularly in handling sensitive data and withstanding sophisticated cyberattacks. However, existing blockchain models face challenges related to interoperability, onboarding, maintenance costs, and data storage inefficiencies. Current systems lack standardized protocols for seamless communication across different blockchain environments and are expensive to implement, requiring specialized technical expertise. Furthermore, the unbounded nature of data storage on the blockchain can quickly escalate into an unmanageable issue, limiting scalability and long-term efficiency. To address these issues, this project points to create a decentralized, private, and permissioned blockchain model particularly optimized for military applications. By presenting controlled access and permission layers, the proposed model improves interoperability whereas lessening onboarding and support costs through mechanized and streamlined smart contract processes. In addition, advanced data management and archiving techniques are employed to optimize storage, ensuring long-term scalability and efficiency. This solution will not only address the current limitations but also set a new standard for secure and cost-effective blockchain deployment in military environments.